earth-light-technologies

Earthlight Named to Solar Power World's 2026 Top Contractors List

Mon, 10 Aug 2026 17:43:58 GMT

Earthlight Named to Solar Power World's 2026 Top Solar Contractors List

Earthlight Technologies has something big to celebrate. We have been named to Solar Power World's 2026 Top Solar Contractors List, ranking No. 114 among solar installers nationwide, No. 3 in Connecticut, and No. 4 in Oregon.

Our CEO and Co-Founder Sam Schneider was also invited to contribute his perspective to the publication's July issue. Together, Earthlight's rankings and Sam's inclusion reflect both the work our team completed throughout 2025 and the company's growing voice within the solar industry.

What Is Solar Power World?

Solar Power World has a front-row seat to the U.S. solar industry. Its coverage follows the projects, policies, technology, and people shaping how solar is designed, installed, and brought to communities across the country.

Each year, the publication turns its attention to the companies doing that work through its Top Solar Contractors List. The list brings together participating contractors working across residential, commercial, community, and utility-scale solar, offering a nationwide look at the companies helping the industry grow.

How the Rankings Are Determined

The Top Solar Contractors List is based on completed solar installations, not public voting. Participating companies report the number of kilowatts they installed during the previous calendar year, and Solar Power World verifies the information against state interconnection records. That means the 2026 list is based on work completed in 2025.

The publication organizes the results nationally and by state, market, and service type. Earthlight reported 20,708.11 kilowatts, or more than 20.7 megawatts, installed during the year. That placed the company No. 114 among solar installers nationwide.

Earthlight also earned the No. 3 position in Connecticut with 14,835.27 kilowatts installed and the No. 4 position in Oregon with 2,690.15 kilowatts installed. Our residential solar and commercial solar teams across both states contributed to those totals.

A Company-Wide Accomplishment

Behind those totals are homeowners and businesses with systems our team carried from planning through completion. Some were residential installations. Others were large commercial projects that required months, or even years, of preparation and coordination. All of them depended on people across Earthlight doing their part.

From the first customer conversation to design, engineering, permitting, scheduling, installation, inspection, interconnection, and service, many teams help move a project forward. The way each step is handled shapes the experience our customers have and the quality of the finished system.

This accomplishment belongs to the entire Earthlight team. It reflects the employees working directly with customers, the crews completing installations in the field, and the people supporting every project behind the scenes. Each role contributed to what Earthlight accomplished in 2025.

Earthlight's Voice in the Industry

Earthlight's presence in the July issue goes beyond the rankings. Solar Power World invited CEO and Co-Founder Sam Schneider to contribute his perspective to the publication, where he is featured on page 52.

Solar Power World reaches contractors, developers, manufacturers, and other professionals across the country. Asking Sam to contribute gave Earthlight a voice in a larger industry conversation and recognized the experience our leadership team brings to the solar field.

Since helping found Earthlight in 2008, Sam has guided the company through significant changes in solar technology, policy, and customer needs. His inclusion shows that Earthlight is not only completing projects at a nationally recognized scale. We are also contributing insight to the conversations shaping the industry.

Celebrating the People Behind the Work

This year's issue gives Earthlight plenty to celebrate. We are proud of every employee who contributed and grateful to the homeowners, businesses, partners, and communities that continue to place their trust in our team. Explore Solar Power World’s 2026 Top Solar Contractors List , view Earthlight’s placements on the

national installer , Connecticut , and Oregon lists, and read the full July 2026 issue .

Want to see the team and history behind this recognition? Visit our About Us page , or if you're considering a solar project of your own, contact Earthlight today .

Earthlight CEO Sam Schneider Named to HBJ 40 Under 40

Mon, 10 Aug 2026 17:43:56 GMT

Earthlight CEO and Co-Founder Sam Schneider Named to Hartford Business Journal's 2026 40 Under Forty Class

Ellington, CT — Earthlight Technologies is proud to announce that CEO and co-founder Sam Schneider has been named to Hartford Business Journal's 2026 40 Under Forty class.

Each year, the program recognizes 40 professionals under the age of 40 for their professional accomplishments and service to the community. Sam's selection brings attention to nearly two decades of leadership at Earthlight and the impact he continues to make throughout Connecticut.

From a Small Lighting Shop to a Regional Energy Leader

Since co-founding Earthlight Technologies in 2008, Sam has helped the business grow from a small lighting upgrade shop into a company of approximately 170 employees. Today, its teams serve homeowners, businesses, schools, municipalities, and other organizations across Connecticut, Massachusetts, Rhode Island, Illinois, and Oregon. The scope of that work has expanded well beyond lighting to include solar, battery storage, energy efficiency, EV charging, roofing, and sports lighting.

This growth is one of the clearest measures of Sam's leadership. He has helped build experienced teams and develop the internal capabilities needed to enter new markets and take on increasingly complex projects. Managing and installing projects in-house and supporting customers long after installation have remained priorities throughout that expansion, preserving the accountability and high standards established early in the company's history. You can read more about that history on our About Us page .

Core Values That Have Guided Earthlight's Growth

Earthlight's growth has been guided by a clear understanding of the kind of company Sam wanted to build. Earthlight's five core values — We Value Each Other, We Do the Right Thing, We Demand Quality, We Work Safely, and We Are Responsible Stewards — reflect the expectations he has helped establish. Across the company, these values influence how teams work together, serve customers, and approach every decision.

Building a Leadership Team That Reflects Those Values

Sam has a strong ability to recognize what people do well and where they can make the greatest contribution. That approach has shaped hiring throughout Earthlight and has been especially important in building the company's leadership team . Bringing the right people into key roles has allowed employees to do their best work and helped both Sam and Earthlight grow in new ways.

"Earthlight would not be where it is today without the incredible team behind it, and I certainly would not be here without them," Sam said. "Building out our leadership team has allowed both the company and me to grow in so many ways."

A Leader Invested in the Community

Sam has carried that sense of responsibility into the broader community. He serves on the Board of Directors for the Connecticut Sustainable Business Council, where he contributes to conversations surrounding responsible business practices and sustainable growth. He also supports the Cornerstone Foundation in Rockville, Connecticut, and has shared his professional experience with students at Southern Connecticut State University.

Community involvement has also become an important part of Earthlight's culture under Sam's leadership. The company's annual golf tournament raises money for Midwest Food Bank, supporting its work to provide food and resources to people facing hardship. These efforts reflect Sam's belief that a successful business should remain connected to the people and communities around it.

Congratulations, Sam

Sam is proud of how much Earthlight has grown, and he is quick to credit the employees and leaders who made that progress possible. His selection is a proud moment for Earthlight and a meaningful acknowledgment of the leadership that continues to shape the company. Earthlight congratulates Sam on earning a place among Hartford Business Journal's 2026 40 Under Forty honorees. The full 2026 class will be featured in Hartford Business Journal's August 10 issue. Read the full article here.

Want to learn more about the team behind Earthlight's growth? Meet our leadership team on the About Us page.

Turning Roof Space Into Revenue With Commercial Solar Leases

Mon, 10 Aug 2026 17:19:56 GMT

Turning Roof Space Into Revenue: How Commercial Solar Leases Work

Commercial property owners are accustomed to collecting rent from the space inside their buildings. Warehouses, manufacturing facilities, office buildings, and retail centers all generate value because someone occupies them and pays for the right to use that space. But what about the roof? Not many building owners think about their roofs as a source of income, even though that unused space could be doing far more for the bottom line.

For most building owners, the roof has historically been viewed as a necessary expense. It requires maintenance, repairs, inspections, and eventually replacement. It protects the building from the elements, but it rarely, if ever, produces income. In recent years, that has started to change with the rise of third-party owned rooftop solar projects that monetize an underutilized asset.

How a Commercial Roof Lease for Solar Works

Today, many commercial property owners are generating long-term revenue by leasing roof space for solar development. Rather than purchasing and operating a solar system themselves, they simply allow a qualified solar investor to use a portion of their roof in exchange for lease payments. This allows the building owner to generate income without having to become an expert in the solar field.

In many ways, it is no different than adding a new tenant to the building. The solar investor provides the capital, owns the equipment, and is responsible for operating and maintaining the system. The property owner provides permission to use the roof space and receives income in return. In Connecticut, that annual roof lease payment is typically structured as a 20-year agreement, longer than many traditional tenant leases.

Why the Arrangement Appeals to Building Owners

For building owners, the appeal is straightforward. There is no large capital investment required, no responsibility for system performance, and no high-maintenance tenant to manage, just equipment residing on the roof generating power. An underutilized portion of the property becomes a source of predictable, long-term income. This raises the net operating income of the building without any capital expenditure, which benefits the owner whether the intention is to hold the building long term or increase its sale price down the road.

We are seeing more and more commercial real estate owners take advantage of this opportunity. What often starts with a single building quickly expands into a broader portfolio strategy. Once owners understand the economics, the limited risk exposure, and the simplicity of the arrangement, they frequently begin evaluating additional properties for solar suitability.

Not Every Roof Is a Good Candidate

Of course, not every building is a good candidate. Roof size, structural capacity, age, roofing condition, utility infrastructure, and interconnection availability all play important roles in determining whether a project can move forward. A solar lease only creates value if a project successfully makes it from concept to operation. That is why choosing the right partner matters.

Connecticut's solar market has unique utility requirements and interconnection challenges that can significantly impact project success. Identifying a promising roof is only the first step. Successfully navigating the engineering, utility coordination, permitting, financing, and construction process is what ultimately turns a rooftop opportunity into a revenue-producing asset. Property owners exploring C-PACE financing for other building upgrades often find that a solar roof lease pairs well with those broader capital improvement plans.

How Earthlight Helps Building Owners Navigate the Process

At Earthlight, we have spent years helping customers navigate those challenges as part of our commercial solar services. Our team understands the technical and utility-side complexities that often determine whether a project succeeds or stalls. We work with experienced investment partners who provide the capital, own the systems, and manage long-term operations, while allowing building owners to benefit from the value of their roof space.

For the right property, the opportunity can be surprisingly simple: grant permission for a new kind of tenant, generate long-term lease revenue, and transform an asset that was once viewed solely as an expense into one that helps produce income.

Find Out if Your Roof Qualifies

If you own or manage a commercial building, or a portfolio of buildings, and would like to understand whether your roof could be a good candidate for revenue generation, contact Earthlight Commercial Services at (860) 871-9700 or commercialservices@earthlighttech.com. You can also reach out through our Contact Us page to get started.

Meet Jay Chabot, Solar Energy Consultant at Earthlight Technologies

Fri, 07 Aug 2026 16:53:58 GMT

Behind every solar installation is a person homeowners trust to walk them through one of the biggest decisions for their home. Meet Jay Chabot, a Solar Energy Consultant who has spent 13 years in the solar industry, all of them with Earthlight Technologies since 2017.

Meet Jay Chabot, Earthlight Solar Energy Consultant

Jay describes himself the way his friends and family would: fair to a fault. Outside of work, he referees different sports, and he brings that same sense of even-handedness into how he treats every homeowner he works with. "I kind of treat everybody equally," he explains, and that philosophy has shaped how he approaches 13 years of solar consultations.

What drew Jay to solar in the first place wasn't a sales pitch, it was a belief that the work genuinely helps people. "I think there's some predatory companies out there," he says, which is exactly why he values working somewhere that consistently does right by its customers.

Why Homeowners Should Compare Solar Quotes

Jay is candid about something not every solar consultant will tell you directly: he expects homeowners to shop around. "Most of the clients we work with, they'll go to two or three different solar companies and figure out, oh wow, this is the best deal for me," he says. Rather than seeing that as a threat, Jay treats it as validation. In his experience, Earthlight consistently comes out ahead once homeowners compare pricing, equipment quality, and service.

That confidence comes from more than a sales pitch. It comes from 13 years of watching how Earthlight handles the details that matter most to homeowners: fair pricing, quality products, and support that continues long after a system is installed.

What a Good Solar Consultant Should Offer

Jay's approach reflects what homeowners should expect from any solar consultant, not just at Earthlight:

Honest answers, even when they might not lead to an immediate sale
Encouragement to compare multiple quotes rather than pressure to sign on the spot
Clear explanations of equipment options and what they cost
A track record with the same company, not a revolving door of sales reps
A genuine interest in whether solar actually makes sense for your specific home

Consultants who have stayed with one company for over a decade, like Jay, tend to have a deeper understanding of how that company handles service, warranties, and long-term support, because they have seen it play out with hundreds of past customers.

When to Call a Professional

If you are exploring residential solar for your home and want a consultant who will walk you through your options honestly, without pressure, Jay and the rest of Earthlight's team are ready to help. You can learn more about Jay's background on his consultant profile page . Ready to talk through your options? Contact Earthlight Technologies today to schedule a consultation.

Frequently Asked Questions

Solar Is a Big Investment. Make Sure You Feel Confident When You Buy.

Fri, 07 Aug 2026 16:51:55 GMT

If you already have a solar quote in hand, here is a question worth asking before you sign anything: do you actually know who will be standing behind that system in year five, year ten, or year twenty? Choosing solar isn't just about the panels on your roof. It's about the company you're trusting to be there long after installation day, and that is exactly the message Earthlight Technologies wants homeowners to hear before they commit to a proposal.

Why It Pays to Get a Second Opinion on Your Solar Quote

Many homeowners get their first solar quote from a door-to-door sales visit or a fast-moving national sales team, sign quickly, and never have anyone else review the details. But a solar system is a decades-long investment, and a second set of eyes on the proposal, system design, equipment, pricing, and the fine print, can catch things the first company glossed over. If you already have a quote sitting in your inbox, it is worth pausing before you sign and getting an outside opinion first.

What "Local" Actually Means for Solar Customers

As one Earthlight team member put it directly: "Earthlight's not a big corporation just passing through. We're locally based with offices you can visit, teams you can meet, and experiences you can have. We're not big door knockers." That distinction matters more than it might seem at first. A company with physical offices across Connecticut, Massachusetts, and Oregon, staffed by people you can actually sit down with, is a very different proposition than a sales rep who knocked on your door once and moved on to the next neighborhood.

When something goes wrong with a solar system, whether it is a service issue, a warranty question, or a system that isn't producing as promised, homeowners need to know there is a real business behind the guarantee, not just a name on a contract.

Warning Signs of a "Sketchy" Solar Quote

Not every solar proposal is created equal, and a handful of warning signs tend to show up in quotes worth double-checking:

High-pressure timelines that push you to sign the same day
Vague or missing details about the equipment being installed
No clear explanation of who handles service and maintenance after installation
A sales rep who cannot answer specific technical or financing questions
No local office or physical presence you can visit

If your current quote checks any of these boxes, that is exactly the kind of situation where a second opinion is worth the extra day or two it takes to get one.

What a Second Opinion Review Actually Involves

Getting a second opinion does not mean starting the entire process over. Earthlight's team can review an existing proposal's system design, equipment selection, pricing structure, and financing terms so homeowners understand exactly what they would be investing in and who would be responsible for supporting it afterward. This kind of review typically takes a single conversation and can be done whether or not you ultimately move forward with Earthlight, giving you a clearer picture either way before you sign.

When to Call a Professional

If you have a solar quote you are unsure about, do not sign it without a second set of eyes. Earthlight's team offers in-house r esidential solar design, installation, and long-term support, and is happy to review any existing proposal at no cost. Contact Earthlight Technologies today or call 860-871-9700 for a second opinion before you make a decision you will live with for decades.

Frequently Asked Questions

Winter Outages Are Coming: Is Your Home Battery-Ready?

Fri, 07 Aug 2026 16:50:08 GMT

Winter weather advisories are becoming a familiar sight across New England, and with them comes an uncomfortable reality: the power grid doesn't always hold up. Downed lines, overloaded circuits, and ice-covered equipment can leave homes in the dark for hours or days at exactly the moment you need heat, light, and a working refrigerator the most.

Since 2008, Earthlight has helped more than 5,000 families across Connecticut, Massachusetts, and Oregon build whole-home energy solutions that keep them running when the grid doesn't. Below, we break down how battery storage delivers real energy independence — not just during outages, but every single day.

Why Winter Is When Battery Storage Proves Its Worth

Winter storms put a uniquely heavy strain on the New England grid. Ice accumulation on power lines, high winds knocking down branches, and spiking demand from electric heating systems all combine to make winter outages both more likely and more disruptive than outages at other times of year. Losing power in July is an inconvenience. Losing power in a January nor'easter, with a home that depends on electricity to run its heating system, can quickly become a safety issue.

That's exactly the scenario a home battery system is built to handle. When a battery is paired with a solar array, your home isn't just protected from a single overnight outage — it can continue generating and storing its own power throughout an extended weather event, rather than draining a fixed reserve and eventually running dry the way a standalone backup battery would.

How Battery Storage Creates Everyday Energy Independence

While outage protection tends to be what gets homeowners' attention first, it's really only half the story. On a normal day, your solar system generates more energy than your home uses during peak sunlight hours. Without storage, that excess energy has nowhere to go except back to the grid, often at a lower credit rate than what you pay to draw power back at night. With a battery, that same excess energy gets stored on-site and used later — in the evening, overnight, or during peak-demand hours when grid electricity typically costs the most.

That shift is what actually reduces dependence on rising utility rates over time, rather than just offsetting them. It's also part of why we've seen such strong momentum behind battery adoption recently: substantial advancements in battery technology, combined with expanding state and federal incentives, have made pairing storage with solar more accessible and more financially sound than it's ever been.

Not Just for Homes: Business Continuity Matters Too

Winter outages don't discriminate between residential and commercial properties, and for businesses, downtime often carries a direct financial cost on top of the inconvenience. Refrigeration, security systems, point-of-sale equipment, and HVAC all depend on consistent power, and an extended outage can mean lost inventory, lost sales, or both. Earthlight's commercial battery storage solutions apply the same energy independence principle at a scale built for business operations.

Choosing the Right Battery Solution for Your Home

Earthlight installs and services both Tesla Powerwall and FranklinWH battery systems, giving homeowners options depending on their capacity needs, budget, and existing solar setup. Our residential battery storage team can walk you through which system fits your home, how many hours of backup you can expect during an outage, and how state and federal incentives apply to your specific situation.

Frequently Asked Questions

Don't Wait for the Next Storm to Take Action

Winter weather isn't getting more predictable, but your home's power supply can be. Contact one of our energy experts today to find the battery solution that fits your home or business and start your journey toward real energy independence.

Stars, Stripes & Safety Day 2026: Earthlight's Safety Culture

Fri, 07 Aug 2026 16:37:49 GMT

Once a year, Earthlight Technologies shuts down the usual schedule for something more important: a full day dedicated entirely to safety. Stars, Stripes & Safety Day brings together crews, office staff, and leadership from across the company, all 160-plus employees, for hands-on training, team building, and a reminder of the values that guide the work every single day.

Watch the recap: Stars, Stripes & Safety Day 2026

Why Earthlight Dedicates an Entire Day to Safety

For most companies, safety training happens in short sessions squeezed between other priorities. Earthlight takes a different approach. Once a year, the entire organization, from crews out on the roof to staff in the office, pauses regular operations for a single, company-wide safety event. As CEO Sam Schneider put it, this is one of his favorite days of the year because "everyone's here in the building, everyone's participating."

This year's theme, Stars, Stripes & Safety, brought a patriotic spirit to the day while keeping the focus squarely on the fundamentals: refreshing veteran crew members on best practices and giving newer team members a clear, hands-on introduction to how Earthlight operates safely, every day, on every job.

Inside the Training: Six Stations, Five Hours, One Goal

Safety Day is not a lecture. It is built around roughly five hours of rotating, hands-on training across six different stations, covering the real risks solar and electrical crews face in the field. Training stations this year included:

CPR and emergency response training
Lift safety
Bucket truck safety
Arc flash safety
Proper use of personal protective equipment, including gear to prevent electrocution and burns
Equipment and trailer strapping procedures

What stands out is who leads these sessions. Company leaders, including members of the Schneider family, personally run several of the trainings, walking crews through exactly how to strap equipment to a trailer or select the right suit for high-voltage work. It is a visible way of showing that safety leadership starts at the top, not just in a handbook.

Building Culture, Not Just Compliance

Safety Day does double duty. Alongside the technical training, the event includes a vendor show featuring tool manufacturers and suppliers crews rely on daily, plus a closing awards ceremony recognizing team members for their commitment to safe work practices.

That combination, serious training paired with recognition and connection, is intentional. As one team member described it, the event is "definitely a culture builder," and part of what sets Earthlight apart is that its core values run through the fabric of the company rather than sitting on a poster in a break room. We work safely is one of five core values Earthlight holds, alongside valuing each other, doing the right thing, demanding quality, and being responsible stewards, and Safety Day is one of the clearest examples of that value in action.

What This Means for Earthlight Customers

For homeowners and businesses considering solar, this kind of investment in safety training is not just an internal culture story, it directly affects the quality and reliability of the work being done on their roof or property. Earthlight's crews are in-house, not subcontracted, and events like Safety Day are part of how the company maintains consistent standards across every job, whether it is a residential solar installation or ongoing system service and maintenance.

Want to learn more about the team behind Earthlight's work, or see current career opportunities? Visit our About Us page to read more about our core values, or check out our Careers page if you are interested in joining a team that puts safety and culture first.

If you are evaluating solar companies and want to know how a contractor trains and supports its crews, it is a fair question to ask directly. A company that invests a full day, every year, in company-wide safety training is signaling how seriously it takes the people doing the work, and by extension, the work itself. Contact Earthlight Technologies today to learn more about our team and our approach to safe, quality installations.

Frequently Asked Questions

He Compared Solar Companies. Here’s Why He Chose Earthlight!

Fri, 07 Aug 2026 16:22:09 GMT

Choosing a solar company is a bigger decision than most homeowners expect. It is not just about panels and pricing — it is about who explains the process clearly, who shows up when they say they will, and who is still there after the system is switched on. That is exactly what one Connecticut homeowner, Lazlo, found when he compared quotes before ultimately choosing Earthlight Technologies.

Watch Lazlo's full story: Why This Homeowner Chose Earthlight Technologies

Why Rising Utility Costs Push Homeowners to Solar

Lazlo's decision to go solar started with a familiar frustration: unpredictable electric bills. Like many Connecticut homeowners dealing with Eversource rate changes, he wanted a fixed, predictable number he could plan around. "I'm a budget guy," he explained, "I want to know how much it's going to be... consistent is worth it for me." That single priority, predictability, is one of the most common reasons homeowners across Connecticut , Massachusetts , and Oregon start exploring solar in the first place.

What Separated Earthlight From Other Solar Quotes

Before choosing a company, Lazlo did what every informed homeowner should do: he gathered multiple quotes, in his case four, and compared them closely. What stood out was not the price alone, but the way each company communicated. "The Earthlight salesman... went through the details, talked it through with me," he said, contrasting that with other companies that "just kind of came and threw prices... here's a price, here's a price, here's a price."

This distinction matters because solar is a long-term investment, often spanning 20 to 25 years. A company willing to walk through system design, equipment choices, and financing options in plain language is signaling how it will treat you after the contract is signed, not just before.

Solar Lease vs. Buy: How to Decide Which Is Right for You

One of the most common questions homeowners ask is whether to lease a solar system or purchase it outright. For Lazlo, the deciding factor came down to a single question Earthlight asked him: "Are you going to live in this house in 25 years?" Since he wasn't certain, leasing made more sense for his situation.

Leasing a solar system means the company that installs it, in this case Earthlight, continues to maintain and monitor it for the life of the agreement. As Lazlo put it, "Even though you lease it, you still want it to be running all the time... so you can buy that power from yourself versus buying it from the utility." If a leased system underperforms, homeowners should be able to call their solar provider and get it addressed quickly, since a system that isn't producing means you're back to paying full utility rates. You can compare leasing, PPA , and ownership options in detail on Earthlight's financing options page .

Why Communication and Timelines Matter During Installation

Beyond financing, Lazlo repeatedly pointed to communication as the difference between a stressful process and a smooth one. "You guys have sent me timelines," he said. "Otherwise you just sit kind of waiting." Solar installation involves several stages, including design, permitting, utility approval, and physical installation, and each can shift based on local requirements. Homeowners who know what to expect at each stage feel far more confident in the process, even when things take time.

This is also why an established, in-house team matters. Earthlight's crews handle design, installation, and ongoing service directly rather than outsourcing to subcontractors, which supports the kind of consistent communication Lazlo experienced from quote to completion.

When to Call a Professional

If you're comparing solar quotes and want a company that explains your options clearly, from residential solar installation to lease versus ownership financing, it's worth asking each installer the same questions Lazlo asked: How will my system be monitored? What happens if it underperforms? What communication should I expect during installation?

Ready to get your own straightforward, no-pressure solar consultation? Contact Earthlight Technologies today to speak with our team.

Frequently Asked Questions

CT Net Metering Is Changing Jan. 1: Lock In Your Solar Savings Now

Fri, 07 Aug 2026 16:17:35 GMT

If you're a Connecticut homeowner who has been on the fence about solar, this is the year the fence disappears. Starting January 1st, Eversource is expected to change the rules around net metering — and for most solar homeowners, that means giving up roughly 7% of the energy savings they're counting on. The homeowners who lock in today's rules before that date will keep them for the next 20 years. The ones who wait will be stuck under the new rules for just as long.

This isn't a minor tweak. Over the life of a typical solar system, that 7% difference can add up to $10,000 or more in lost savings. Below, we break down what's actually changing, why the timing matters so much right now, and what Connecticut homeowners should do before the deadline hits.

What Is Net Metering, and Why Does It Matter?

Net metering is the mechanism that lets solar homeowners get credit for the excess electricity their panels generate but don't use right away. When your system produces more power than your home needs — on a sunny afternoon, for example — that extra energy flows back onto the grid, and your utility credits your account for it. Later, when your panels aren't producing enough (at night, or on a cloudy day), you draw from those credits instead of paying full price for grid electricity.

The rate at which that excess energy gets credited is the whole ballgame. Under today's net metering structure, Connecticut homeowners are credited at a rate that makes solar's payback timeline and long-term savings pencil out favorably. That's the rate Eversource is planning to adjust starting January 1st, and it's why we've also covered the broader shift in our Connecticut residential solar program changes for 2026 and our guide to Connecticut's netting tariff.

Why a 7% Cut Adds Up to So Much Mone y

Seven percent can sound small in isolation, but solar savings compound over the life of a system, which typically runs 25 years or more. A 7% reduction applied every single billing cycle, year after year, doesn't just shave a little off the top — it meaningfully extends your payback period and reduces your total lifetime savings. For many households, that difference works out to $10,000 or more over the system's lifespan, depending on system size and household energy use.

That's the core reason timing matters here in a way it usually doesn't with solar decisions. Most of the time, "when" you go solar is flexible. This time, the rules in place on the day your system is approved and interconnected are the rules that follow you for the next 20 years. Waiting even a few months past January 1st could mean locking in the lower rate for two decades instead of the current one.

How to Lock In Today's Rate Before January 1st

Locking in the current net metering structure isn't just about signing a contract before the deadline — it typically requires your system to be approved and interconnected under the existing rules, which means the process needs to start well before January 1st. Between design, permitting, installation, and utility interconnection, solar projects take time to move through the pipeline, so the homeowners who benefit most are the ones who start now rather than in December.

Our residential solar team can walk you through where your specific timeline stands, what your home would produce and save under today's rules versus the new ones, and what financing options — including PPA and leasing options — make the most sense for your budget.

Why Homeowners Trust Earthlight With This Decision

Since 2008, Earthlight has helped more than 4,000 homeowners across Connecticut, Massachusetts, and Oregon go solar and start saving. We're not a broker connecting you with a subcontractor — our own in-house crews handle design, installation, and ongoing service, so the same team that helps you understand the net metering timeline is the same team installing your system and standing behind it afterward.

Frequently Asked Questions

Don't Wait Until It's Too Late

If you've been thinking about going solar, the calendar just gave you a very real reason to stop waiting. Talk to one of our solar experts today to find out where your home stands and how quickly we can get you locked in under today's net metering rules.

How Do Solar Panels Attach to the Roof? A Look Inside Our Install Process

Fri, 07 Aug 2026 16:15:00 GMT

It's one of the questions our team hears more than almost any other: how do solar panels actually attach to a roof without creating leaks down the road? It's a fair question. Your roof is one of the most important parts of your home, and the last thing you want is a solar installation that compromises it. The good news is that modern racking hardware, when installed correctly, is designed to protect your roof's integrity for decades — not just for the life of your solar system.

In this behind-the-scenes look, one of our expert residential solar installers walks through exactly how we mount panels to a home's roof, from the very first anchor point to the final microinverter connection. Below, we break down each step of the process in more detail, explain why we choose the equipment we do, and answer the questions homeowners ask us most.

1. Setting the Anchor Points: IronRidge FlashFoot Hardware

Every solar installation starts at the roof deck, with the anchor points that will eventually support the entire racking system. We use IronRidge's roof attachment hardware — sometimes called "hugs" or "feet" in the field — because it has consistently performed well across thousands of installations. This is the foundation everything else builds on, so getting it right matters more than any other step in the process.

What makes this hardware different from older attachment methods is the built-in adhesive sealant. As the mounting screw is driven in, the sealant is drawn down the shank of the screw, filling the penetration point from the inside out. That means the roof is sealed both internally, around the fastener itself, and externally, at the surface of the shingle. It's a two-layer approach to weatherproofing a single penetration point, which is exactly what you want when you're creating dozens of attachment points across a roof.

The base of each foot also includes a cushioned layer that contours to the texture of architectural shingles. Shingle roofs aren't perfectly flat — they have high spots and low spots created by the layered shingle pattern. That cushion compresses into the low spots and rises to meet the high spots, so the seal stays even across the entire foot rather than sitting on just the highest points of the shingle surface.

Our installers locate each anchor directly over a roof rafter, not just anywhere on the decking. Fastening into solid framing, rather than only into plywood sheathing, is what gives the connection its long-term strength. In our installer's own words on the job: even before the screws are driven home, the feet "hold really well." Once secured, they're locked in place and ready to carry the weight of the rail system above them.

2. Attaching the Mounting Rails

With the anchor points secured across the roof, the next step is connecting the mounting rails that will actually hold the solar panels. This is where IronRidge's dock-and-rail system comes into play. Each anchor foot includes a dock that locks directly into the aluminum rail, creating a continuous, structurally rigid line across the roof.

The rail simply clicks into place on top of the dock, and our team works down the line, making sure every connection point is properly seated and clicked in before moving on. Once the full rail is in position, it gets tightened down along its entire length. This isn't a step to rush — an evenly tightened, properly seated rail is what keeps the whole system rigid enough to handle wind load, snow load, and years of thermal expansion and contraction without shifting.

The result is a clean, level mounting surface running the length of the array. This rail system is also what gives future service and maintenance work a much easier starting point, since panels can be removed and reset on the same rail infrastructure without having to redo the roof penetrations.

3. Installing Enphase IQ8 Microinverters

Once the rails are in place, it's time to add the microinverters — specifically, Enphase's IQ8 series, which represents the latest generation of their technology. Unlike a single central inverter that manages an entire array's output at once, a microinverter is attached to each individual panel.

That distinction matters more than it might seem. With microinverters, every panel operates independently. If one panel is partially shaded by a tree branch or chimney, or performs slightly differently due to age or a minor defect, it doesn't drag down the output of the rest of the array the way it can in a string inverter setup. Each IQ8 also gives our monitoring platform panel-level visibility, so if a single panel's output starts to dip, we can usually identify it remotely and address it before it becomes a bigger issue.

Installation at this stage is straightforward but precise: each microinverter clips onto the rail at the designated mounting point and is wired into the array's connector run. Once every panel position has its microinverter attached and plugged in, the system is ready for the panels themselves to be set onto the rails and connected.

Most homeowners never see this part of the process, since it happens before the panels ever go on and is hidden from view once the installation is complete. But it's worth understanding, because it's the part of the system responsible for keeping your roof dry and your array secure for the next 25+ years.

Why This Process Protects Your Roof's Long-Term Integrity

Every equipment choice in this process, from the sealant-backed anchor feet to the rafter-mounted attachment points, is made with one goal in mind: protecting the long-term integrity of your roof, not just getting panels installed as quickly as possible. That's also part of why we've expanded into roofing services directly — when solar and roofing are handled by the same in-house team, there's no ambiguity about who's responsible for a penetration point or a seal.

It's also why we recommend having a qualified, credentialed installer handle this work rather than treating it as a simple hardware installation. Small details, like verifying rafter placement before driving a screw or ensuring even rail tension across a long run, are the difference between a system that performs quietly for decades and one that leads to callbacks and roof repairs down the line.

Frequently Asked Questions

Thinking About Going Solar?

Every step of our installation process, from the first roof anchor to the final panel connection, is handled by our own in-house crews — not subcontractors. If you're ready to see how much you could save with a system built to protect your roof for the long haul, talk to one of our solar experts today or explore our financing options to see what fits your budget.

Earthlight Technologies Featured on WFSB Channel 3

Fri, 07 Aug 2026 16:08:55 GMT

Earthlight Technologies recently welcomed WFSB Channel 3 to our headquarters in Ellington, Connecticut. Scot Haney sat down with two of the five Schneider brothers who own the company, co-founder and CEO Sam Schneider and COO Jake Schneider, to learn how a family business started in 2008 grew into one of Connecticut's leading solar and energy solutions companies. The segment covers everything from solar affordability and battery storage to a tour of our custom-built net-zero facility.

Watch the full segment below, or keep reading for the highlights and answers to the most common questions covered in the interview.

A Family-Owned Solar Company Since 2008

Earthlight was founded in Ellington, Connecticut in 2008 by the Schneider family. Today, Sam and his four brothers own the company, supported by a full team of 170 employees. As Sam explained to WFSB, that family foundation shapes how every project is handled: "One of our core values is we do the right thing. That's where our trust is built."

Unlike installers who subcontract their work, Earthlight is a fully integrated energy company. Our in-house crews handle residential solar and commercial solar, battery backup storage, EV charging, and energy efficiency, making Earthlight a true one-stop shop for green energy. You can learn more about our story and leadership on our About Us page.

Think You Can't Afford Solar? Think Again

One of the biggest topics in the segment was affordability. As Jake told WFSB, one of the most common misconceptions is "I don't have the money to put into that." In reality, homeowners have several ways to go solar with no money down.

With a power purchase agreement (PPA), you don't purchase the system itself. Instead, you simply agree to purchase the power it produces at a locked-in rate that stays fixed for 25 years, while utility rates in Connecticut currently sit around $0.30 per kilowatt hour and continue to climb. If you prefer to own your system, it can pay for itself in as little as eight years depending on your home. Explore all of our financing options to see which path fits your budget.

The #1 Battery Installer in Connecticut

Batteries were another highlight of the interview. A home battery works like a generator for your house, keeping your lights on during outages while storing the clean energy your panels produce. Earthlight was recently recognized as the number one battery installer in the state of Connecticut, and lease and PPA options are now available for batteries as well, along with state incentives that make them surprisingly affordable.

Help for "Orphaned" Solar Systems

Do you have solar panels on your roof from a company that's long gone? You're not alone. Earthlight's large in-house service department actively works on what we call orphan systems, panels installed by companies that have since disappeared, leaving homeowners with no one to call. Whether your system wasn't installed properly or has developed failures, our service team is here to help, even if you weren't originally our customer.

Fast, Professional Installations

A typical Earthlight crew includes five people: a licensed electrician, an apprentice, and three roof specialists. For an average-sized home of about 30 solar panels, the crew can complete the installation in a single day, with the utmost attention to quality so your system performs for 25 to 30 years.

Tour Our Net-Zero Headquarters

The Schneider brothers didn't just build a solar company; they built their own net-zero headquarters. Completed in 2022 and general-contracted by the brothers themselves, the Ellington facility produces 100% of its own electricity from renewable solar. Families stop by weekly with their electric bills asking how to eliminate them, and the team loves showing visitors around. The facility is open Monday through Friday, and you can also find Earthlight at the Big E, right next to the barnyard, where the team offers special incentives.

Frequently Asked Questions

Ready to Take Control of Your Energy Costs?

Whether you want to eliminate your electric bill, back up your home with battery storage, or get help with an existing solar system, the Earthlight team is ready to help. Visit us at 128 West Road in Ellington, stop by our booth at the Big E, or contact us today for a free consultation and find out how much you could save.

Will Solar Panels Leak Your New Roof? Here's the Proof They Won't

Fri, 07 Aug 2026 14:47:07 GMT

"Will solar panels leak my roof?" It's one of the first questions we hear from homeowners, especially those who've just put on a brand-new roof and don't want to risk it for a solar installation. It's a completely reasonable worry — a roof leak is expensive, disruptive, and exactly the kind of thing you don't want tied back to a decision you made to save money on electricity.

So we asked Johnny, one of our expert installers, to show homeowners exactly what happens underneath a solar panel mounting point, and why a properly installed system shouldn't put a brand-new roof at any added risk.

The Real Difference Is in the Hardware

Every solar mounting point starts with a penetration through the roof — there's no way around that. What matters is what happens at that penetration point, and that's where the equipment choice makes all the difference. Earthlight uses IronRidge's roof attachment hardware, which comes with a genuinely adhesive, sticky underside. Once it's placed on the shingle, it seals down so thoroughly that it's almost impossible to remove without damaging the surrounding shingle — which is exactly the kind of bond you want at a roof penetration point.

The detail that sets this hardware apart shows up the moment the mounting screw goes in. As Johnny points out, the screw pulls a significant amount of that adhesive sealant down with it as it drives through the foot and into the roof. That's a meaningful difference from many other mounting feet on the market, which only seal the surface around the screw but leave the shank itself dry as it passes through.

Why Surface-Only Sealing Isn't Enough

Here's the problem with mounting hardware that only seals at the surface: if water ever works its way underneath a shingle — which can happen over time with wind-driven rain or ice damming, even on a well-installed roof — it can travel down the screw shank itself and find its way into the roof deck. The top of the penetration might look perfectly sealed, while a slow leak develops underneath, completely out of sight.

Because IronRidge's hardware pulls sealant down the shank as the screw is driven, that pathway gets filled from the inside out, not just capped at the top. It's the difference between sealing the surface of a problem and sealing the actual path water would need to travel. On the installations we've inspected, the underside of the roof deck around these penetration points stays completely dry — which is the real test of whether a mounting system does its job.

Built With Your New Roof's Warranty in Mind

For homeowners with a recently installed roof, this distinction matters even more. A brand-new roof usually comes with a manufacturer's warranty, and the last thing you want is a solar installation that puts that warranty at risk or creates a leak that shows up years down the line with no clear cause. Choosing mounting hardware that seals penetrations from the inside out is one of the ways we make sure a new roof and a new solar system can coexist without one putting the other at risk.

This is also part of why Earthlight built out its own roofing division — when the same in-house team understands both roofing and solar installation, there's no gray area about whose responsibility a penetration point is, and no guesswork about whether the hardware is compatible with your specific roofing material and warranty terms.

If you're curious about the full mounting process from start to finish — including how the rails and microinverters go on after these anchor points are set — we walk through that step by step in our post on how solar panels attach to the roof.

Frequently Asked Questions

Have More Questions About Going Solar?

Every piece of hardware we choose is selected with your roof's long-term integrity in mind, not just getting panels installed quickly. Talk to one of our solar experts today to see how much you can benefit from going solar without putting your roof at risk.

A Simple Math Lesson

Tue, 21 Jul 2026 13:54:33 GMT

Energy = Power x Time, and energy use is measured in kilowatt hours (kWh). Your utility bill will charge you per kWh which is 1/1000 of a Watt multiplied by the number of hours used (or “on”).

Therefore if you have an older technology in operation, for example the 400W metal halide bulbs in your parking lot, and you have them on for a standard 7 hours/day (dusk ‘til dawn), you are spending 400W / 1000kW x 2548hours/year x $0.17/kWh = $173/year on that one fixture.

If you replace that one fixture with an LED equivalent that operates with 150W, you will spend

150W / 1000kW x 2548hours/year x $0.17/kWh = $65/year

Simple math will tell you that you will save $108/year if you replace that one fixture. This does not incorporate any savings on the maintenance of those new fixtures, considering that many LED fixtures have a life of 10 years.

Written by: Andrew Bessette

What the Heck Is a ZREC?

Tue, 21 Jul 2026 13:46:00 GMT

Anyone who has done a little digging on the new trend to “solarize” or “go solar” has most likely heard the term ZREC used in conversation. Unfortunately, it is used so routinely that the assumption is made that everyone knows what it is. See below if you are yearning for an explanation.

What is a ZREC?

ZREC stands for Zero Emissions Renewable Energy Credit , and refers to a program offered to commercial business owners in Connecticut . Connecticut’s utility companies — like Connecticut Light and Power (CL&P) and UI — provide commercial solar system owners with a 15-year contractual revenue which pays them a fixed price for every kilowatt-hour (kWh) of solar electricity generated. This is in addition to the savings on their electric bill, making this a valuable incentive for commercial solar installation.

It is a lottery process, and it is the only direct monetary incentive for commercial solar offered by the utility. If you win the lottery, the payback term for your solar system is significantly accelerated. If you don’t win the lottery, it doesn’t mean that you can’t commit to going solar; the standard commercial solar incentives , like the 30% tax credit and depreciation still exist, but it will take a little longer to pay off the system.

You may have heard on the news Governor Malloy is moving towards offering a similar solar benefit program on a residential level, but currently CT residents are offered a rebate for going solar, rather than a ZREC. As the plan progresses and technology expands so will the rebates and incentives, and we can expect to see more Connecticut solar programs pop up.

How do I apply for ZREC?

Earthlight named Advanced C-PACE Contractor

Tue, 21 Jul 2026 13:43:32 GMT

Recently, Earthlight Technologies was named an Advanced C-PACE Contractor in Connecticut. C-PACE Advanced Contractors are contractors that have demonstrated significant experience in the C-PACE Program and are driving growth of the program. This designation recognizes our level of experience helping commercial property owners with their energy-efficient and solar updates.

What is C-PACE?

C-PACE stands for Commercial Property Assessed Clean Energy , and is a program run in Connecticut by the Connecticut Green Bank. This program helps commercial building owners finance energy efficient upgrades to their building through a voluntary assessment on their property tax bill.

Learn more about C-PACE on our Commercial Incentives page. You can also see recent commercial projects we’ve completed that have benefited from this program. To learn if your building qualifies for C-PACE financing, contact us today.

Where Can I Learn More About C-PACE?

Introducing the Massachusetts SMART Program

Tue, 21 Jul 2026 13:40:18 GMT

What is the SMART Program?

The Solar Massachusetts Renewable Target (SMART) program is a new solar incentive for residential and commercial solar projects in MA. Established by the Massachusetts Division of Energy Resources (DOER), the SMART Program’s goal is to create 1600 MW of new energy production from solar. This program works by creating a consistent incentive structure that is an improvement over the constantly-fluctuating SREC rates.

One of the unique features of the SMART program is its declining block rate structure. Unlike the SREC program, whose rates went up and down on a regular basis, the available incentives decline the longer the program runs. In other words, the earlier you sign up for this program, the better incentive you will receive.

If you are accepted into the SMART program, you will receive your incentive every month for the length of the program: smaller residential projects receive a 10-year agreement, while larger commercial projects can qualify for a 20-year term.

There are some limitations to the SMART program. The program only applies to new solar installations that are connected to one of the three participating utility companies: Eversource, National Grid, and Unitil. In addition, the program requires successful completion of the SMART program application.

Details of the SMART Program

Apply for the SMART Program

The Massachusetts SMART program just launched, taking their first applications at the end of November 2018. To enjoy the best rates from this program, you’ll want to apply soon. Contact Earthlight to talk about how this program will lower your rates on a new solar installation.

Saving You Even More Money on Your Solar Installation

One of the reasons for the growth of solar in the last few years is because of the availability of solar incentives. In addition to the federal tax credit, state and local governments offer grants and rebates to offset the cost of the installation and even provide passive income for a number of years.

Massachusetts has always had some of the best incentives in the country. Now with the SMART program, they are poised to take the lead in making solar even more affordable for every homeowner and company.

12 Energy Saving Tips for Small Businesses

Tue, 21 Jul 2026 13:36:45 GMT

We care about the environment AND your business! Here are a few tips to help your business become more energy efficient!

1. Conduct an energy audit

A no-cost, no-obligation energy assessment of your facility shows you how much energy and money you could save by upgrading to energy-efficient equipment.

Remind employees to turn off lights (and other equipment) when not in use. High utility costs often include paying for energy that is completely wasted.

2. Turn the lights off

3. Change your light bulbs

Replace incandescent light bulbs with ENERGY STAR-qualified compact LED lamps (CFLs), wherever appropriate. CFLs cost about 75 percent less to operate and last about 10 times longer.

Consider upgrading to T8 (1″ diameter) LED lamp tubes with solid-state electronic ballasts that are more efficient than older T12 (1.5″ diameter) tubes with magnetic ballasts.

4. Upgrade to LED lamp tubes

5. Install occupancy sensors

Install switch plate occupancy sensors in proper locations to automatically turn off lighting when no one is present and back on when people return. Even good equipment can be installed incorrectly, so don’t install the sensor behind a coat rack, door, bookcase, etc. It must be able to “see” an approaching person’s motion to turn on the light before or as they enter an unlit area.

6. Use natural light

Adjust lighting to your actual needs; use free “daylight” during the day.

7. Use energy-efficient exit signs

Install ENERGY STAR-qualified exit signs. These exit signs can dramatically reduce maintenance by eliminating lamp replacement and can save up to $10 per sign annually in electricity costs while preventing up to 500 pounds of greenhouse gas emissions.

8. Tune up your HVAC system

Even a new ENERGY STAR-qualified HVAC system, like a new car, will decline in performance without regular maintenance. Ensure your HVAC contractor will provide “pre-season” tune-ups before each cooling and heating season. You save energy and money, and your system may last years longer with minimal costs for yearly maintenance fees.

Regularly change (or clean if reusable) HVAC filters every month during peak cooling or heating seasons. New filters usually only cost a few dollars. Dirty filters cost more to use, overwork the equipment, and result in lower indoor air quality.

9. Change and clean up your HVAC filters

10. Control direct sunlight with blinds

Control direct sun through windows, depending on the season and local climate. During the cooling season, block direct heat gain from the sun shining through glass on the East and especially the West sides of the facility. Depending on your facility, options such as solar screens, solar films, awnings, and vegetation can help keep facilities cooler.

11. Use fans

Fans can help your business maintain a comfortable temperature, humidity, and air movement. Moving air can make a somewhat higher temperature and humidity feel comfortable. Fans can help delay or reduce the need for air conditioning, and a temperature setting of only three to five degrees higher can feel as comfortable with fans.

12. Plug leaks with weather stripping and caulking

Caulking and weather stripping let you manage your ventilation, which is the deliberate controlled exchange of stuffy inside air for fresher outdoor air.

Solar Energy Terms You Should Know

Tue, 21 Jul 2026 13:31:58 GMT

Going solar can be overwhelming, but we’re here to make it simple! Read below for a glossary of solar terms to help familiarize yourself with the power of solar!

Alternating Current (AC)

A type of electrical current used in lighting, appliances, and in the outlets in your home or office. Solar systems need to convert DC into AC to connect to your electrical systems and the grid.

A system of connected solar panels, usually mounted on a roof or on the ground.

Array

Direct Current (DC)

A type of electrical current run by electronics and small appliances. This type of current is generated by batteries or through a transformer. DC is the type of current produced by solar systems.

The grid connects utility companies to their customers using power lines. Homeowners with solar systems usually remain connected to the grid to use energy at night and sell excess energy during the day.

Grid

Inverter

A component of a solar system that turns DC power into AC power for use in the home/office or return to the grid.

Kilowatt (kW)

This is a unit of electrical power. It is equal to 1000 watts. Solar systems are measured by how many kWs they can generate.

Kilowatt-hour (kWh)

This is the standard unit for measuring energy usage. One kWh is equal to 1kw (or 1000 watts) used over the course of one hour. For electric bills the rate is normally a few cents per kWh.

Net Metering

This is an agreement between you and your utility company that allows you to sell excess electricity to the grid. This can offset your energy used at nighttime or on cloudy days, reducing or even eliminating your energy bill. Many customers love watching their utility meter run backwards as they send energy to the grid!

The process of converting sunlight into electricity. Often abbreviated as PV.

Photovoltaic (PV)

Solar Renewable Energy Certificate (SREC)

Also known as SREC, REC, or ZREC (for Zero Emissions Renewable Energy Credit), these credits are a way for homeowners to be paid by utility companies based on their output. One SREC is the equivalent of 1000 kWh of electricity. Rules, rates, and availability are state-specific.

VP of Revenue Featured on Podcast

Tue, 21 Jul 2026 13:26:38 GMT

Here at Earthlight, one of our biggest strengths is our team , which is why we are honored to have our very own Mike Maiscalco featured on a podcast about leaders in business. Mike discusses his career and expertise in the 38th episode of The Entrepreneurs’ Guild.

Mike Maiscalco started at Earthlight in April of 2018. Mike knew Sam Schneider from as far back as 2009 when he was working for another business in town, and Earthlight had just started. “When I met with Tim & Sam in 2018 regarding coming on board, I was stunned by the growth and success they achieved and wanted to be part of the growing team to provide a positive impact”, Mike recalls. Mike joined Earthlight in finance and accounting as the Chief Financial Officer. As his career at Earthlight progressed, he become entwined in most aspects of the business, including Residential Solar, Commercial Solar and Energy Efficiency sales and operations, as well as the overall strategic planning and leadership for Earthlight.

Mike was our 50th team member and now helps oversee over 100 employees as our Vice President of Revenue. “I really enjoy working at Earthlight because of the great people; they are some of the most talented people in the industry and I feel a real sense of team and collaboration on a daily basis”.

Listen to The Entrepreneurs’ Guild episode here: https://teams.earthlighttech.com/podcast

Why Solar Panels Need To Be Cleaned Regularly

Tue, 21 Jul 2026 13:24:55 GMT

Solar panels are excellent additions to any business. They help your business save money and become more environmentally friendly. And when you partner with the right solar power company , the installation process for your new solar panels is easy and fast. But what are you supposed to do after you install your solar panels professionally? Many business owners are unaware that they should clean their solar panels, especially if their businesses encounter dust on a daily basis, such as on agricultural farms. Check out the reasons why solar panels need to be cleaned regularly.

Cleaning Boosts Their Efficiency

The first reason to clean your solar panels is to boost their efficiency. When your solar panels get dirty, the dirt and grime partially block the sunlight from entering the panel. At Earthlight Technologies, we have often seen a 10- to 30-percent production recovery after a thorough cleaning. To ensure that you get the most out of your investment for your business, remember to clean your solar panel on a regular basis.

DIY solar panel cleaning tips often do more harm than good for your business’s panels. To ensure that your panels remain in the best condition without any damage, you should leave the cleaning to the professionals. This advice is especially true for businesses that encounter dirt and debris daily, such as agricultural farms or other places that have ground-mounted solar panels.

Cleaning Prevents Damage

They Won’t Become Clean Naturally

Did you know that rainwater on its own won’t effectively clean solar panels? This is a common but false belief that many solar panel owners have. So the last reason why your solar panels need to be cleaned regularly is because rainwater alone is not enough. Solar panels are like car windshields. Even though it rains, you still need to clean your windshield. This is the case for your business’s solar panels as well. So don’t rely on mother nature to clean your solar panels for you. While rain may help, you’ll need to put some in effort yourself.

Here at Earthlight Technologies, we now offer O&M services for your business , such as 24/7 system production monitoring, annual maintenance visits, and repairs. These services help commercial and industrial solar system owners keep their solar panels in the best possible condition and receive the highest ROI. To learn more about our O&M or installation services, take a look at our demonstration video and reach out to us today.

What’s the Best Direction for Solar Panels To Face?

Tue, 21 Jul 2026 13:23:15 GMT

Solar panels are truly technological marvels. These solar energy solutions are useful for environmentalists looking to do their part in saving the planet, as they conserve energy. If you’ve gone through the trouble of installing solar panels, you want to maximize their use, and you can do this by facing them in the direction that will allow for maximum output. Read on to discover the best direction for your solar panels to face.

What Is the Best Direction Overall?

If possible, you should face your solar panels geographically south. Doing so will give you the most coverage and provide you with maximum output. This is because panels receive maximum sunlight when they face this direction. Facing solar panels east or west wouldn’t exactly be ideal simply because the sun will eventually move completely to the other side. This doesn’t give your panels the coverage they require. Therefore, south is ultimately the best direction for your solar panels to face.

If you’re looking to receive more bang for your buck, then south-facing solar panels are the way to go. You may achieve the highest electricity bill savings and the quickest rebate when you face your panels south. It’s clear that the south wins out over the other directions regarding savings.

South Is Great for Savings

South Is Perfect for Battery Storage

South-facing solar panels will have much better energy output. This means they’ll be able to power your battery storage unit more efficiently. Battery storage units are perfect for rainy days, nighttime, and power outages—solar panels can still charge in these conditions; they just output less power. Power outages and cloudy conditions can occur without warning, and the last thing you want is to not have enough power to charge your battery because your solar panels aren’t facing the right direction. Maximum solar output means you’ll always have a surplus of energy that can support you when you need it most.

In short, solar panels are useful, but using them to their maximum capacity is important. Facing your panels south is a great step in the right direction, since it maximizes energy efficiency. Once your panels are in the right position, you can start reaping the benefits.

Why Metal Roofs Are Well Suited for Solar Panel Installation

Tue, 21 Jul 2026 13:20:43 GMT

A metal roof is a great investment for your home. They are durable, long-lasting, and make solar panel installation easy. As a matter of fact, there are many reasons why metal roofs and solar panels are a perfect pair. Learn why metal roofs are well suited for solar panel installation.

Durable and Long-Lasting

Metal roofs are durable and can last between 40 to 70 years with regular maintenance. Since metal roofs are so durable, you will not need to spend a ton of money on roof repairs or replacements throughout the years. Similarly, solar panels for your home also last a long time, usually around 25 years or more. As you can see, both of these investments are long-lasting and worth your time and money.

Almost everyone knows that solar panels are energy-efficient, but did you know that metal roofs can also help you conserve energy? The coating and paint that professionals use on metal roofs reflect heat and sunlight, keeping the inside of your home cool and comfortable. When you pair solar panels with metal roofs, you conserve a significant amount of energy while reducing your power bills.

Energy-Efficient

Eco-Friendly

Another reason metal roofs are well suited for solar panel installation is that they are both eco-friendly. Manufacturers use recyclable components to create metal roofs. This means that metal roofs are eco-friendly and beneficial for the environment. Solar panels are also eco-friendly since they generate energy from natural sunlight instead of harmful fossil fuels or gases.

Strong and Weather Resistant

Everyone needs a strong, weather-resistant roof to protect their homes. While certain types of roofing cannot withstand high winds or severe storms, metal roofs perform extremely well in rough conditions. When you anchor solar panels to a strong and sturdy metal roof, you can count on them to remain in place even during severe weather.

What Factors Into the Cost of Commercial Solar Panels?

Tue, 21 Jul 2026 13:18:27 GMT

Equipping your business with solar panels offers a range of benefits, from reduced carbon footprints to decreased electricity bills. Like with any purchase, knowing what you are investing in and the various factors affecting costs play a huge role in the decision process. So what factors into the cost of commercial solar panels, and how do they save or spend your money?

Installation Mount

Solar panels come with different mounts, giving you various placement options and costs. The three major mount types for commercial solar panels include roof, floor, and carport mounts. Typically, floor mounts cost the most for installation due to the additional equipment needed to prop and secure the panels. Floor mounts require poles, cement foundations, and other reinforcers that increase their total cost. The system’s placement location further affects the installation cost depending on its distance from other components in the system, including the central power unit or charge controller.

On top of different mount options, solar panels also come in a variety of panel types. Most solar panels consist of monocrystalline, polycrystalline, or thin-film panels. The accessibility, supply-demand, and ease of production factor into the cost of these material types. The total cost of your solar panel system varies depending on the panel type. Compared to monocrystalline and thin-film, polycrystalline panels are the cheapest selection.

Equipment Type

System Size

The larger the square footage used by the system and the higher the electricity demand, the more panels you’ll need. Between the desired coverage space and the number of panels required, the size of your system increases or decreases the cost. The efficiency of your solar panels also plays a part in the total equipment your system uses, further varying the amount you pay.

Net Metering

Net Energy Metering (NEM) saves you costs on running solar panels. NEM is an agreement and billing arrangement allowing solar panel users to send unused energy back to the grid for credit. The credits gained from NEM go toward your next energy bills, or they can be saved for later dates. However, NEM agreements vary per state.

On a larger scale, the Solar Investment Tax Credit (ITC) factors into your total, long-term solar panel costs. The solar ITC was implemented to encourage people to switch to a more renewable energy source. This federal policy offsets the costs of commercial solar panels. Solar panel users and investors can receive tax credits toward the income taxes they might owe the government. With the solar ITC in play, using solar panels for your business saves you long-term costs.

Various elements factor into the cost of commercial solar panels, from the type of system you choose to different protocols offered in your location. Pairing your space with the best type of panels, mount options, and set up for your needs saves you money and determines the experience you’ll have using solar energy. With the right system for your goals and workspace, you can receive the bountiful benefits a solar panel system offers.

Tax Credit

5 Benefits of Solar Battery Storage for Your Home

Tue, 21 Jul 2026 13:16:26 GMT

Getting solar panels for your home is one of the best decisions. Your electric bill may drop significantly, and the panels will pay for themselves over time. But what’s the next step? For most people, it’s to get solar battery storage to harness the solar panel’s electricity. Having a reserve of eco-friendly energy is a huge benefit of solar battery storage for your house. We’ll go into why this is the case below.

Energy Independence

When you get backup battery storage, you’ll suddenly find that you don’t have to rely on your utilities. The rise of global warming has certainly led to hotter summers and colder winters, which may cause electric grids to go down as people struggle to heat and cool their homes. Possessing a Franklin WH battery system or a Tesla Powerwall is akin to having a backup generator in places where power outages are common.

You’re also not at the mercy of how much energy your solar panel produces each day. While solar systems are brilliant, they don’t always create lots of energy since the sun doesn’t shine brightly all the time. An advantage of solar batteries for your home is that they can store excess power in a battery system instead of siphoning from the grid if the solar panel isn’t sufficient.

When you install your battery, you’ll be able to optimize how much power you can conserve from your solar panels. Why not take full advantage of this amazing power source? Furthermore, if you don’t store the solar power in a battery, you’ll have to pull from the grid, which means you’ll start to pull from “dirty energy.” If you want to be eco-friendly, this is a good first step and is a definite advantage of solar battery storage. Most electrical plants generate electricity by burning fossil fuels. Therefore, you’ll be well on your way to doing your part to save the environment by getting a solar power storage system.

Reduced Carbon Footprint

Electric Bill Savings

This one is obvious, but a key benefit of having solar battery storage in your home is that it can help you save on your electric bill. How much you save depends on “net metering,” which is when your utility company gives you credit for the excess solar power you send to the grid. This offsets some future energy costs for many people and is one of the biggest advantages of having solar batteries for your home.

It’s Quiet

One of the best benefits of a battery storage device is its overall lack of noise. Who wants to hear a generator roar to life when the grid goes down? No one. Solar batteries are completely silent, and you don’t have to worry about getting to sleep or waking up the neighbors. Moreover, conventional generators create lots of “dirty energy” because they give off hydrocarbons and nitrogen oxides. Both of these are air pollutants. This goes back to the previous point of being eco-friendly. Many of our other options don’t have designs to help us “breathe easy,” as it were.

While solar panels are eco-friendly, you may wonder what to do during nighttime. Furthermore, solar panels are far less efficient on cloudy days. For those cases, it can be wise to have a backup to ensure you’ll have a steady power source all year long. Solar power is excellent, but this is an added precaution to ensure you have all the power you need. Another advantage of having a solar battery for your home is that they make a great backup when outages occur in your area!

Solar panels are truly the way of the future. Here at Earthlight Technologies , we believe in keeping the environment at the forefront of our concerns, and we hope you’ll do the same. By combining solar energy with the best storage we have to offer, you’ll be able to do your part in saving our planet. Contact us today to learn more about the advantages of a solar battery for your home!

It’s Good for a Rainy Day

How Does Solar Storage Help With Unexpected Outages?

Mon, 20 Jul 2026 16:20:12 GMT

Solar panels are truly technological marvels. They’re stellar ways to start becoming energy independent, providing us with clean energy to help us do our part in saving the environment. However, you also need battery storage to assist with situations such as power outages. So how does solar storage help with unexpected outages? Find out below.

How Does It Work?

Given the effects of global warming, we’re using our air conditioners and furnaces more and more throughout the extreme-weather months. This leads to increased power outages in times when we need power most. Solar batteries mitigate this problem by ensuring you still have power during outages. Solar power is still “grid tied,” so it will go down whenever your grid goes down. However, solar batteries conserve and store your solar energy.

Adding a solar battery to your solar panel system will provide consistent power to your home in the event of a blackout. It works by collecting energy from the solar panels and storing the unused portion. In case of emergency, you can still charge many of your essential items using this stored energy.

Storage capacity is how long your storage will last in the case of an outage. The higher the storage capacity, the longer you can weather an outage. Most batteries can store solar energy anywhere from one to five days. You’ll never be left in the cold—or the heat.

Storage Capacity

You’ll Be Able To Charge All Your Essentials

During a power outage, your storage device can light your home, charge your mobile devices, and keep your fridge cool. They won’t provide the same output as your standard HVAC system, but in a pinch, they’ll take care of your essentials, and sometimes that’s all you need. This is one of the best ways solar storage can help with outages.

In short, solar batteries are here to stay, and they’re amazing to take advantage of. They can meet all your essential needs in an emergency, and you’ll be able to use yours whenever you need it. If you need help during an outage, you’ll be covered.

How Your Business Can Benefit From an Energy Audit

Mon, 20 Jul 2026 16:17:49 GMT

Running a business can be challenging, and it’s hard to make time in your day for something like an energy audit. Read on to learn how your business can benefit from an energy audit and explore the benefits of performing a commercial energy audit. You’ll find that if you haven’t done one yet, it’s crucial to conduct a business energy audit as soon as possible.

Save Money

One of the main ways your business can benefit from an energy audit is by saving money. Performing an energy audit today can help you lower your monthly energy bills and expenses. If you are looking for commercial energy audit services, Earthlight Solar and Energy Solutions offers energy efficiency assessments conducted by certified energy auditors. Finding room for improvement in your energy usage is the first step toward saving money!

After a business energy audit, auditors will likely recommend a few ways to enhance your energy efficiency. This helpful feedback will allow you to make crucial improvements to the systems you use in your building. Having better functioning systems will benefit how your facility runs and operates. Upgrading your systems will even make your building more valuable and improve factors like resale value if you own the property. A building energy audit can also help you find spaces where your building isn’t sealed against the elements.

Improve Your Building

Make an Environmental Impact

With all the improvements you’ll be making to your budget and your building, it’s nice to know that you’ll be helping the environment too. Saving on energy isn’t just great for your wallet; it’s also great for the earth. You’ll be able to make a massive impact on your business after your energy audit. Go green today and impress customers with your business ethics.

Have Someone Else Handle the Details

With Earthlight Solar and Energy Solutions, you won’t have to spend too much time focusing on the results of your business energy audit. Our team handles all the project planning, installation, and services so you can focus on the day-to-day operations of your business. Now that you know how your business can benefit from an energy audit, book an energy audit service with Earthlight Solar and Energy Solutions today!

4 Ways EV Charging Stations Can Benefit Your Business

Mon, 20 Jul 2026 16:15:47 GMT

There are more electric vehicles on the road every day, and as our cars adapt, so too must our businesses. These are the ways EV charging stations can benefit your business. Consider if EV charging stations are essential to incorporate into your parking lot.

Show You’re Sustainable

If your business is trying to be more sustainable, incorporating EV charging stations for business is an excellent step in the right direction. Your employees and customers will take notice of your EV charging stations and see that you’re taking more steps toward sustainability than the average retailer. Creating EV charging stations in your lot is a great way to show you’re more sustainable.

More customers than ever before care deeply about shopping with retailers who promote good ethics. A big part of this is shopping with the most sustainable brands. By adding commercial EV charging stations to your business, you’re signaling that you invest in sustainable strategies. Customers with EVs also need a reliable place to charge their vehicles. You’ll attract customers with EVs by being one of the few businesses that offer EV charging in your lot. Become a reliable stop on the list for customers with EVs to gain more business. You’ll also keep customers with EVs in the store for longer, as they’ll have to wait for their car to charge.

Draw Customers’ Attention

Make Employees Happy

Employees are some of your best customers. And like your customers, they’ll be pleased to see you taking the initiative to be more sustainable. Employees care about their business and its ability to change the world, so installing commercial EV charging stations may be a significant step toward keeping employees’ trust and faith in the workplace. Charging at work is crucial for employees who drive electric vehicles. So they’ll also love the ability to keep a charge at work and home. You can incentivize employees’ sustainable behavior by providing them with perks like free EV charging and parking. This will do even more to expand your positive impact on the world.

See Tax and Utility Benefits

Another benefit of installing EV charging stations at your business can also help you unlock fantastic tax and utility benefits. In some locations, installing EV charging stations is tax-deductible for a business. So you could save money on your taxes if you get them. You may also be able to save money on your utilities when you install EV charging stations. Look into your area’s EV charging station benefits to see if you could qualify for a tax break or utility savings for your business.

Now that you understand all the ways EV charging stations can benefit your business, it’s time to invest. If you’re looking for EV charging stations for business, Earthlight Technologies can help. Contact us today to get EV charging stations and start seeing the benefits of offering sustainable technologies.

How To Get EV Charging Stations

Tips for Bringing EV Charging to Your Workplace

Mon, 20 Jul 2026 16:13:17 GMT

Electric cars are on the rise. As this trend continues, more employees will want a place to charge their new electric cars. So how can you best accommodate them? Read more about our tips on how to bring EV charging to your workplace below.

Do Your Employees Need EV Charging?

There is no point in spending money on an entire set of charging stations if no one needs it. Before installing one, assess whether there’s even a demand for it. EV charging stations can be expensive, depending on your budget. You’ll pay anywhere from $500 to $1,200 for installation using your electric vehicle charging station contractor, plus an additional $900 to $1,300 for a level one charging station. Because of this, it’s important to look at your budget, assess the demand, and count the costs. An employee survey would be great in cases like this. Just make sure you assume that 5 to 10 percent of your employees will have electric cars in the next few years. It’s a trend since people are becoming more environmentally conscious. If interest is there, installing EV charging stations can greatly benefit your business.

If you’ve decided to invest in EV charging at work, you want to make the experience as seamless for your employees as possible. Having your employees constantly check to see if their car has stopped charging can cut productivity, so develop or outsource an app that can tell them it’s stopped charging. They’ll even be able to get notifications from their phone telling them when their car has finished charging. They might even come in early to get a place in their parking spot at the charging station! This will tremendously help keep your employees focused on their work, not their car. This is a particularly useful tip for bringing EV charging to your workplace since it helps your employees be more productive overall.

Use Networked Charging

Create Pricing Policies

Create a charging policy so you can accommodate more people. You’ll be able to set fees that will give employees the chance to charge their cars in a way that’s also fair to others who want to charge theirs. Overall, it’ll help you manage who’s using your stations and for how long. This makes it more efficient overall.

In short, giving your employees the space to charge their cars isn’t just a way to accommodate them. It also shows that you care about them and are on top of cutting-edge technology. You’ll become one of the first to embrace a new technology that will take the world by storm. Embrace it for your sake and your employees’. we offer charge stations and installations for you on top of our solar panels and other energy options. Check out Earthlight Technologies today!

6 Ways To Lower Your Businesses Electricity Bill

Mon, 20 Jul 2026 16:11:27 GMT

Lowering your electricity bills is an integral part of any business and can help your bottom line. There’s nothing worse than “financial leaks” in strange places, and you’ll be surprised at how much electricity bills can negatively impact your company’s finances. Check out our six ways to lower your business’s electric bill below.

Go Solar

Going solar has the benefit of saving you on your utility bills and giving you a fantastic return on investment. The initial cost is somewhat high. However, your solar panels will begin to pay for themselves after a while. For instance, in Connecticut, solar incentives help in offsetting the cost, and make going solar a much more affordable investment. This can lead to business energy savings that occur much faster than you first thought possible.

Another easy way to save your business’s energy is to do what your parents always told you to do: shut the door! Leaving your doors and windows open makes your HVAC system work extra hard. Drafts let cold air out in the summer and warm air out in the winter. This makes your heating and cooling inefficient, so close windows and doors when they aren’t in use. It might be a good idea to do a business energy audit so you can find out how much energy you may be wasting. An energy audit can provide you with potential ways to optimize your business’s electricity usage.

Close Doors

Switch to Cloud Computing

Storing files on a local server requires a data center or dedicated computer room. Unfortunately, these spaces use extra energy and create heat. For this reason, they need to be kept cool so they don’t overheat. This means you need extra power to cool a room that’s already using power. Switching to the cloud removes this issue by negating the need for an IT room. Everything is digital, and servers are not needed. This is an efficient way to lower your business’s electrical bill and increase commercial electricity savings.

Get Energy Efficient Technology

There are a few ways you can do this. One way is to use the power-saver mode on your computer. Hibernation mode can save a ton of energy over time. You could also use Energy Star appliances to maximize energy efficiency in your air conditioners, computers, and other equipment. Finally, you should replace your PCs and monitors with laptops that consume less energy.

Another simple business energy saving tip is to take care of the building you’re in. Optimizing your business could mean insulating the building so that you don’t rely as much on heaters and air conditioners that use up a lot of energy. An old, drafty building can cause your appliances to overexert themselves. You can plant shady trees to keep heat from coming through your windows or add more windows to create natural light.

Optimize Your Building’s Structure

Set Workplace Standards

Monitoring your employees’ behavior is vital as well. Using the elevators less helps keep them from using up energy. You can also remind your employees to close doors to prevent drafts from making your appliances work overtime. If you have loading dock doors or any other doors that normally stay open most of the day, close them when possible. This can easily reduce business energy costs.

In short, it’s important to ensure you use energy efficiently. These ways of saving electricity and cutting costs will do just that. Here at Earthlight Technologies, we specialize in commercial solar solutions! Reach out today to find out more about how solar can put money back into your business!

5 Reasons Why You Should Hire Professional Solar Installers

Mon, 20 Jul 2026 16:07:24 GMT

Solar panels are a remarkable technological advancement. They allow you to tap into clean energy, reduce electric bills, and do your part to save the environment. You should get them installed, but why should you hire professional solar installers to install them rather than going the DIY route? We’ll give our reasons below.

It’s Safer

Sure, you can get on your roof and go to work, but why not hire a professional? Professional solar panel installation involves a lot of variables and moving parts. You’ll need to climb up and down ladders and walk across the roof. Carrying a solar panel while doing this will be difficult and could lead to an accident if you’re not careful. Instead, hire outside help. Someone trained to do everything you’re trying to DIY will tremendously reduce the chance of an accident.

You might think you have everything you need to install your solar panels, but you would be surprised what else is required. Professional solar panel installation requires specific tools beyond the standard wrench and hammer. The professionals will have these items and then some. Specialized equipment is essential to ensure that panels are installed correctly. You don’t want to improvise and use tools that aren’t meant for the job. Calling on professional solar panel installers is your best bet.

They Have the Equipment

They’re Experts

Watching a professional solar panel installation company complete the job may look simple, but it isn’t a straightforward process. It seems easy because they’ve been practicing the same installation techniques over and over for years. Everything will be handled professionally and within a short period. Rather than trying to learn the process yourself, leave it to the experts.

Solar Panel Warranty

This is an important reason why you should hire professional solar installers. Companies generally offer a warranty on their product which should give you coverage for many types of damage. Unfortunately, if you choose to install the panels on your own, you won’t get any warranty. If something happens during or after the installation process, you might have to obtain a replacement which could cost up to a few thousand dollars. However, going with a professional company gives you the option of fully supported coverage packages.

Installing solar panels on your home tremendously increases your home’s resale value. Many home buyers are looking for home additions like decks and solar panels. However, this can only occur if you work with professionals. Doing it yourself doesn’t offer you this resale value since they aren’t installed according to required standards. This can actually end up reducing the value of your property. Additionally, professional installers can ensure your home receives the right type of panels for your specific roof type.

In short, getting your solar panels professionally installed helps you tremendously in all areas of the installation process. Having a solar service professional do the job for you is a bonus. Here at Earthlight Technologies, we offer installation services for all your needs. Contact Earthlight today to learn more!

It Increases Your Resale Value

4 Differences Between Residential and Commercial Solar Power

Mon, 20 Jul 2026 16:04:35 GMT

Solar panels are trending and becoming increasingly popular for businesses and residential homes. However, they are always installed and treated in different ways. So how are residential and commercial solar panels different? There are many ways, and we’ll enumerate them below.

Commercial Panels Less Time for Installation

Installing solar panels can be a tricky process. However, oddly enough, they’re easier to install when the time is right. Planning installation involves many factors, including neighboring businesses and permits. Residential systems are much easier to plan for but take longer to install. Commercial panels are usually installed on flat roofs, while residential panels are installed on slopes. This complicates things. Basically, you’ll get the same result with varying levels of difficulty.

Commercial panels are more expensive overall since you usually need more of them. The cells are larger so they can produce more power. As such, they work more efficiently than residential panels. The bottom line isn’t a huge difference, but it’s still there. Overall, they also save about the same amount of money. Efficiency is a huge difference between commercial and residential solar power.

Commercial Panels Are More Efficient

Communication Differs

Communication with customers differs from commercial contracting in contrast to solar power systems for your home. Commercial projects span longer, and it’s important to set up clear expectations at the onset. Commercial and residential installation can take a significant amount of time, so setting a date early and adjusting according to changes matters. Ensure the company has the clients’ best needs in mind and communicate with them.

More Options

Commercial systems feature more options. When businesses start doing solar panel research, the number of options to keep them off the grid is usually surprising. The installation is similar, but they can expand with more creativity, given the real estate. It’s not uncommon to see solar-paneled parking lots and ground installation. This can’t be done on a residential property with several neighborhood restrictions.

In short, commercial and residential solar panels are trending. There are clear differences between the two, but they are very similar overall. Here at Earthlight Technologies , we offer the installation of solar panels for your home and your business. C ontact Earthlight Technologies today!

A Quick Guide to Picking a Quality Energy Auditor

Mon, 20 Jul 2026 16:01:53 GMT

An energy auditor measures energy consumption in the building, points out problem areas, and helps you understand where you’re spending too much money. So, how do you choose one who will do the job well? Check out our quick guide to picking a good energy auditor below.

Inquire About the Process

What is the commercial energy audit company’s process? Energy auditing is a multi-step process, so ask the company you choose to walk you through their steps. They should start outside and work their way in. They should also inspect the walls and foundations and use thermal imaging to find drafts. Knowing their process will help you determine if they’re the right company for you.

Learning about a company’s experience is essential to deciding whether or not you want to work with them. The longer they’ve been in business, the more reliable, right? While this is true in most cases, it isn’t the case for all of them. Some newer companies are willing to work hard to get business and gain a reputation. Ask around and get referrals to make the best choice. This is an essential part of this guide to picking a quality energy auditor.

Research the Company

Never Place Your Bets on Just One

Never place your bets on just one company. It’s okay to look around. Get one or two outside opinions and ask others for references. You can even ask the company for a sample energy audit. You’ll be surprised how many companies will do a “mini audit” for their customers if they’re willing to go the extra mile. Ask for references from jobs they’ve done recently and watch for their reaction. You’ll be surprised at what you find and how your options open up when you do this.

In short, finding the right energy auditor can be tricky. However, if you keep these tips in mind, you’ll find the one you need. Here at Earthlight Technologies , we offer the best solar panel installations in the business. Shop Earthlight Technologies today!

How Much Power Does a Commercial Solar Panel Generate?

Mon, 20 Jul 2026 15:58:55 GMT

Businesses across the country are turning to solar energy as a reliable, cost-saving power source. But before investing in a system, it’s important to understand how much power a solar panel produces and how efficiency, size, and system design all influence energy output. Here’s what to know when evaluating solar for your business.

Understanding Commercial Solar Panel Output

A single commercial solar panel typically outputs between 400 and 600 watts of power under standard test conditions. However, total system power output depends on several factors—most notably the number of panels, available roof or ground space, and local sunlight hours.

For example, a 100-kilowatt (kW) commercial solar array made up of high-efficiency panels could generate around 135,000 to 160,000 kilowatt-hours (kWh) of electricity per year. This can offset a significant portion of a business’s annual energy costs while reducing dependence on the grid and contributing to broader goals for using renewable energy sources.

Understanding energy measurements helps you compare production estimates accurately. Some key terms include:

Watt (W): The basic unit of power.
Kilowatt (kW): Equal to 1,000 watts, often used to measure system size.
Kilowatt-hour (kWh): A measure of solar energy production over time; one kWh equals 1,000 watts used for one hour.
Direct Current (DC): Power produced directly by the solar panels.
Alternating Current (AC): The form of power used by businesses and converted from DC via an inverter.

Key Energy Terms for Businesses

How Commercial Solar Panels Generate Energy

Commercial solar panels use photovoltaic (PV) cells made primarily of silicon to capture sunlight and convert it into electricity. Here’s the process:

PV cells absorb sunlight and release electrons.

These electrons move through the cell, creating an electric current.

The direct current (DC) power is sent through an inverter.

The inverter converts DC to alternating current (AC) power that your facility can use.

When designed and installed properly, this process produces consistent, renewable power during daylight hours. Advances in solar technology have improved solar panel efficiency, helping today’s systems generate more energy even under partial cloud cover or during variable sunlight exposure conditions.

Several variables influence how much energy your system will generate:

Panel Efficiency: Modern commercial solar panel efficiency has levels between 18% and 22%, meaning they convert that portion of sunlight into usable electricity.
Panel Orientation and Tilt: Proper placement ensures maximum exposure to sunlight throughout the day.
Geographic Location: Businesses in sunnier regions or with minimal shading experience higher output due to better solar irradiance and longer peak sun hours.
System Size and Wattage: Larger systems with higher-wattage panels naturally generate more energy.

Factors That Affect Commercial Solar Power Generation

Commercial Solar Panel Sizes and Wattage

These figures vary depending on local sunlight conditions and roof space, but they provide an average wattage of commercial solar panels and a baseline for understanding commercial solar power generation.

Why Businesses Choose Commercial Solar

Lower Operating Costs: Solar offsets utility expenses and shields against rising rates.

Sustainability Goals: Clean energy reduces your carbon footprint and supports corporate responsibility initiatives.

Long-Term ROI: Many systems pay for themselves in 5–7 years through savings, incentives, and a measurable return on investment.

Energy Independence: On-site generation provides greater control over your power source.

Are You Considering Commercial Solar for Your Business?

Understanding how much energy a commercial solar panel produces is just the first step. At Earthlight Tech , we design and install custom solar energy systems in Connecticut , Massachusetts, and Oregon that maximize output, efficiency, and savings for each facility.

Contact our team today to learn how commercial solar panel installation can power your business forward with reliable, renewable performance.

5 Common Myths About EV Charging Stations

Mon, 20 Jul 2026 15:54:55 GMT

EV charging is the next frontier for many employers. Electric vehicles that use electricity instead of gas are all the rage. You might find that more employers are considering accommodating their employees with charging stations. However, there are some common myths about EV charging stations that deter some people. Let’s go into why these myths aren’t true.

EV Charging Takes a Long Time

This one has some bearing, but it isn’t nearly as true as you think. Residential and commercial electric vehicle chargers can take up to 48 hours to charge if depleted. However, most electric vehicles—especially the commercial ones that you’ll likely be using for your business—can run from 200-300 miles on a single charge. Given that the average person drives 29 miles daily, employees will probably only need to charge their vehicles once a week.

Not only can your employees charge at home, but you’ll be able to bust this myth pretty quickly—you’re supplying the charging stations! Employees will love you for it since you’ll be one of the places within a 10-mile radius where they can charge their vehicles. Because of this, you might consider making your charging station one of the best in terms of accessibility or speed. This will allow your employees to charge more in less time.

There Is Nowhere To Charge

Charging Costs Too Much

The cost of driving an electric vehicle is far less than a gas-powered one. Some people worry about the cost of charging up at public charging stations. You can make your charging station free or low price for your employees. This will help you in the long run.

One of the top myths about EV charging stations is that it’s worse than fossil fuels. Pollution is indeed generated by power plants that produce electricity. However, you aren’t exactly a supervillain for using charging stations. EVs are responsible for lower levels of greenhouse gases overall, so the opposite is the case. You can feel great about having EV charging stations at your home.

Charging an EV Is Worse for the Environment Than Fossil Fuels

The Electric Grid Can’t Handle It

This is false. While electric cars are certainly on the rise, it’s a gradual process. And with each installation of EV chargers, the grid is assessed to see if it will be able to take on that extra power. If not, a transformer upgrade will be completed so the grid will not go down. The truth is most people use gas vehicles. In addition, most grids are robust enough to accommodate various charging stations without a hassle. They draw power from the grid, but you don’t have to worry about causing a blackout because you’re helping your employees.

Overall, we understand that there are a ton of misconceptions about EV Charging stations, but we also understand that it’ll be a boon to your business. We hope you’ll consider it!

What Is the Life Expectancy of a Solar Battery?

Mon, 20 Jul 2026 15:48:33 GMT

Solar power is all the rage. That said, there are many things you can do to improve the experience you have with one. One of those things is getting a solar battery. A solar battery is a key to ensuring you’re covered in case of emergency and can still use solar to power your home when the grid goes out. It’s necessary if you want to capitalize fully on the benefits of solar power. That said, what’s the life expectancy of a solar battery? We’ll dive into the answer here.

How Long Does It Last?

Solar battery life expectancy is around 5 to 15 years on average. If you decide to get one, you’ll eventually need a replacement to keep up with your solar panels’ 20- to 30-year life span. Fifteen years is a long time; some people live in their homes for that amount of time before moving, so you’re certainly getting the most bang for your buck. This is key information to know as we analyze the life expectancy of your solar battery.

So, what determines the lifespan of your solar panel battery? One factor is the type of battery you choose. The least expensive option is the lead-acid battery. People have used these for decades for both residential and commercial purposes. They also have lower discharge than lithium-ion batteries.

Lithium-ion batteries are top tier. They’re light, compact, and have a long lifespan. Saltwater batteries are a relatively new technology that use saltwater electrolytes to function. This technology is new and environmentally friendly.

Solar Battery Type

Solar Battery Usage

Solar battery usage cycles are also a factor in solar battery life expectancy. You must manually discharge some batteries, which can be difficult if you regularly forget to do so. This can lead to batteries that lose capacity and efficiency. Luckily, other batteries will shut off when they reach capacity, which expands their life. Overall, several factors determine the life expectancy of a solar battery. It’s up to you to juggle these factors and determine the right battery for your needs.

At Earthlight Technologies , we’re experts in all things solar for your home or business . To learn more about everything we have to offer, give us a call !

What To Know Before Installing Residential Solar Panels

Mon, 20 Jul 2026 15:46:26 GMT

Getting solar panels is an exciting venture. However, there are several questions you should ask yourself before you consider installation. How much do they cost? What happens to excess energy? And what about your warranty? You’ll want to know these things before installing your residential solar panels, so listen up as we take you through this rundown.

How Much Do Solar Panels Cost and How Will I Save?

This is one of the first things you should ask yourself. The answer to this question will determine if it’s worth getting ground-mounted solar panels in the first place. Solar panels cost anywhere between $15,000 and $100,000 in total. Don’t let the cost deter you, though; while you can buy solar panels outright, loan and leasing options are available, so you don’t have to pay upfront costs.

As far as savings are concerned, this varies by state, but installing solar panels typically saves you anywhere between $15000 to $25,000 in overall energy costs over the lifecycle of your panels. You can also expect to save $1000 per year. This may seem like a small amount at first, but think about it—that’s $1,000 more in your wallet. Who wouldn’t want that?

One of the next things you’ll want to know before installing solar panels is what to do with any excess electricity. Luckily, the energy won’t go to waste. If your home produces extra energy, it’ll feed into the city’s grid. This allows you to receive a small credit on your utility bill. This is even more money in your pocket. The excess power can also go into your battery storage device; we recommend getting one, as you might need it in case of an emergency. In this case, it’s saved in case of an emergency during an outage. This is a key point that you should know before installing residential solar panels.

What Happens if My Panels Produce More Energy Than I Need?

What Kinds of Warranties Do You Have?

Generally, you’re dealing with several types of solar warranties. In performance warranties, your manufacturer backs the performance of the solar panels and supports you throughout the panel’s lifecycle. Product warranties help you in case there are problems with the panel itself. This could be failures, like not getting as much power as you could for no discernable reason—or electrical failures. Make sure you read the terms of the warranty before you get your panels.

Overall, if you pay attention to these tips, you’ll be better ready to get a solar panel that fits your needs. At Earthlight Technologies , we have the know-how to walk you through what to know before installing residential solar panels. To find out more and start the process for your home, reach out to us today !

When Is the Best Time of Year To Install Solar Panels?

Mon, 20 Jul 2026 15:43:36 GMT

If you’re considering installing solar panels, you’re likely privy to the benefits. However, you might wonder about the best time of year to install solar panels. Depending on the season, an installation from a solar power company will likely warrant a wait. Alternatively, you could get them installed right away. Regardless, we’re here to help you make the right decision. Read on to find out more.

Installing in Spring

The spring season offers many benefits. The mild temperatures feel more comfortable when your solar panels are being installed, and the economic season is ripe. During installation, your home may be without power for a day or so because elements of your electrical system need replacements. Spring makes this bearable. Cool temperatures can offset the time for inspection and installation, given that utility companies aren’t always reasonable. Installing solar panels in the spring allows you to prepare everything you need for the sunny summer.

Summer is the most popular season for solar panel installation for obvious reasons. The northern hemisphere gets more sunlight hours in the summer, so you’re more likely to reap the benefits of installation. Your solar panels are most efficient in the summer, offering immediate value for homeowners. However, summer entails long wait times for installation, intense heat, and higher prices because installation is so in demand.

Installing in Summer

Installing in Fall

Fall and spring have the same benefits: cooler temperatures, lower wait times, and inexpensive installation fees. The turnover rate is also faster. Fall is more efficient when it comes to absorbing solar energy. Since photovoltaic (PV) panels generate solar energy, the system uses light, not heat, to produce electricity. Autumn is a sunny season, and PV panels are more efficient in cold weather. All these benefits make it our pick for the best time of year to install solar panels.

Winter is the least optimal time of year for a solar panel installation. You get cheaper rates and faster install times, but the panels produce the least electricity. You’ll also need to do preliminary maintenance to prepare your roof. You’ll be responsible for prepping your shingles and mitigating snow and ice.

We recommend waiting until next fall or spring if you want solar panels installed. Overall, there are many options, but fall is our pick. Autumn is the most energy efficient, has mild weather at the beginning of the season, and is less expensive in the long run. We hope you take these points into account when buying solar panels.

Installing in Winter

5 Benefits of Solar Power for Your Business

Mon, 20 Jul 2026 15:41:24 GMT

Solar energy is on the rise, and more businesses are jumping on the trend. Solar’s longevity, lower operating expenses, and environmentally friendly qualities make it a great choice for businesses looking to hop on the solar power wave. But what exactly are the benefits of solar power for your business? Read on to learn more.

Reduces Operating Costs

Keeping the lights on costs serious money, especially for big businesses. It’s important to cut these electricity expenses whenever possible. Since your business is connected to the grid, you may shell out more money than you would if you had solar energy. Sustainable buildings can decrease their operating costs significantly by the square foot. If you want to save money, going green is the way. This is a great benefit of solar power for your business.

The solar revolution has increased the demand for commercial buildings to want to go solar. As demand rises, using solar energy for your business will enhance its prospects if you’re trying to sell. You will be able to sell your business more easily and at a higher price.

Increases Business Value

Improves Your Brand

There are a ton of environmental concerns when it comes to working with the grid, and many consumers are becoming aware of these concerns. Using solar energy means you can foster a sustainable brand image as a selling point. This could be an excellent push in the right direction for customers interested in saving the environment.

Did you know that solar eventually pays for itself? Instead of paying a monthly electric bill, you can just put it toward the upfront cost of the solar panel system. Generally, people see a return on investment around year 10. With solar panels lasting 25 or 30 years, this is quite a good deal in the long run. Saying goodbye to electric bills is definitely one of the benefits of solar power!

Pays for Itself in 10 Years

Lots of Financing Options

Finally, we understand that only some people want to invest in the upfront cost of going solar. It’s pricey, but numerous financing and loan options are available, especially for businesses. For example, there is a solar incentive in Connecticut that allows businesses to make the switch to solar with tax exemptions and no down payment.

If you’re ready to take the leap and start reaping the benefits of solar panels for your business, shop with us at Earthlight Technologies . We’ll provide you with all the necessary services to complete your solar installation quickly and efficiently. To find out more about everything we have to offer and schedule a consultation, give us a call today !

What Does a Commercial Energy Audit Entail?

Mon, 20 Jul 2026 15:37:20 GMT

So, your company is looking to start saving money by embracing energy-efficient methods. Energy audits are great for finding out where the energy in your building goes. What exactly does a commercial energy audit entail? We hope to answer that question and more below as we take you through the commercial energy audit service process.

Review Your Energy Bills

Before the pros get started, they have to learn the lay of the land. The first thing your energy auditor will do is collect your facility’s utility bills that indicate historical iterations of energy consumption. These documents are usually spreadsheets or PDFs designed for this purpose, and you can easily request them from the utility company. Ideally, the energy auditor would want a year’s worth of records before they begin. If you want the energy auditor to take thorough stock of everything, prepare by collecting those records ahead of time.

Expect the auditor to scrutinize your facility so they can get data on-site. Prepare your facility manager to walk the auditor through the building. You can expect them to pay special attention to HVAC units, water heaters, boilers, chillers, and other equipment to determine factors affecting energy efficiency. Such factors include age, performance, and life expectancy. Expect the auditor to take pictures and notes of the process; they want to be as thorough as possible. This evaluation is one of the main things a commercial energy audit entails.

Evaluate Existing Systems

Follow the Report

After the audit, you’ll get a report reviewing various pain points in the structures the auditors found. They’ll also suggest solutions to these issues. Their findings are based on quantitative and qualitative data collected from your building and utility history. The company’s engineer should be able to give you this information and package it in a simple way for you to understand. You’ll be able to make better decisions about your company’s energy efficiency measures.

3 Things To Consider When Installing EV Charging Stations

Mon, 20 Jul 2026 15:35:20 GMT

You must consider multiple factors when you have an electric vehicle (EV). EV charging stations will only become more popular as time progresses, so how do we approach them? What considerations must we make when installing EV charging stations, and how can these stations benefit us? Learn more about the top things to consider when installing EV charging stations below.

Does Having One Align with Your Business Goals?

Before you start installing EV charging stations in your parking lot, you must first unpack your business needs and wants. Who will be using them? You must understand your employees, clients, and frequent visitors enough to know how many have EVs. What’s the point of having a row of EV charging stations if no one uses them? Even if you don’t see a need for them now, EV charging stations are becoming increasingly popular, so you might want to invest in one for the future. Determining whether an EV charging station fits your business needs and goals is a very important thing to consider when installing one.

If you want to install commercial electric vehicle charging stations , it’s important to know that they come in different types. For classification, here’s a simple rule of thumb: the higher the charging level, the faster a vehicle will charge. Level one is ideal for residential areas, while level two is best for most businesses. Major metropolitan cities and fleet depots require a lot of power, so they use level-three charging stations. You shouldn’t automatically default to the fastest charging level out there. Instead, think about how much you’re willing to pay, what type of vehicles need charging (e.g., an SUV vs. a sedan), and how long it takes to charge them.

Charger Type

Station Location

Once you determine the charging type that fits your needs and goals, you must figure out where you will place your EV stations. Consider the distance between the physical charging station and the electrical panel. Longer distances increase the need for wiring and trenching, and this can augment installation costs. Minimize this factor as much as you’re able. Ideal locations for placing your station include the following:

Building entrances
Well-lit areas with clear signage
Locations with Wi-fi connectivity

When you’re considering installing an EV charging station, ensure you plan for it and take everything into account. That’s where this article comes in, to help you make better decisions for yourself and your business.

How Does Solar Battery Storage for Your Home Work?

Mon, 20 Jul 2026 15:24:38 GMT

For many homeowners, switching to solar power can take a little nudge. They know in their hearts that it’s the right thing to do—they just need proof that it works. After all, what happens on a cloudy day? Does that mean you have to sit in the dark?

Of course not. Thanks to powerful and effective batteries, solar power doesn’t come and go with passing clouds. Whether you bank that energy for when you need it or send it back through the power grid for instant savings, your embrace of solar power does the world a small favor. We’ll explore how solar battery storage for your home works and how you can benefit.

Creating the Current

Battery storage begins when the sun’s visible light hits your solar panel. As the photons in that light contact the semiconductor in your solar panel, they dislodge electrons from the semiconductor material. The panel’s wires absorb these electrons and form an electrical current that can power your home. They do this all without burning fossil fuels or taking chances with nuclear energy.

After that current starts flowing, it faces a fork in the road. AC/DC isn’t just a classic rock band; AC and DC are the two forms of electricity that your solar power can yield. Solar panels first convert sunlight into direct-current electricity. However, your home runs on an alternating current. When you plug something into an outlet, that’s AC at work. How does solar battery storage for your home work if you’re creating DC power for an AC system? Simple: a device called an inverter converts DC into AC for use throughout your home. Meanwhile, excess power can flow to your system’s battery.

AC for Now, Battery for Later

Selling Power on a Full Battery

On days when the sun generates more solar power than your household needs and your battery is full, you can use that extra energy. Have you ever watched the needle of your energy meter spin and wished it could run backward instead? No one can turn back time, but solar power can turn back meters. If you have surplus energy, you can feed that energy back through the power grid and effectively sell that power back to your utility provider. This is most often an option on sunny days with comfortable temperatures that don’t require you to blast your air conditioning.

With a solar battery, though, you don’t have to send all your surplus power back into the grid. You can save that energy for a rainy day—literally. The Tesla Powerwall or Franklin WH battery system from Earthlight Technologies allows you to store excess electricity for later use, whether at night, during a power outage, or when you’re receiving less solar power. If you experience a blackout, a solar battery can keep the lights on until the power is back. If your utility company charges more for electricity at night than during the day, your battery can provide that power instead and help you save money. And as any solar consumer knows, you save a lot more than money when you use solar panels and batteries.

Your Battery’s Benefits

A Quick Guide to Caring for Solar Panels During Bad Weather

Mon, 20 Jul 2026 15:22:23 GMT

Solar panels are a great investment, but you must know how to care for them. This is especially true during harsh weather. Care and concern for your solar panels will go a long way in protecting your investment. Because of this, we’re here to help. Look below for our quick guide to caring for your solar panels during bad weather.

Adjust the Angle of Your Panels

The angle of your solar panels during winter should be different from the angle during summer. This is especially true during harsh weather conditions. Some people won’t be able to do this if the solar panels are on their roofs. If that’s the case, the best you can do is just clean off snow and debris. Otherwise, adjust your panels to get a bit more light during the winter. You also want to angle them so that snow can fall off them more readily. This is a crucial part of our guide to caring for solar panels during bad weather.

After a particularly harsh storm, consider maintaining it. A solar power company can help you with this if you have it in your contract. If snow is still on your panels, you can clean them off routinely to make sure they’re free of obstruction. Remember, your panels can’t do their job if they have a foot of snow blocking them from sunlight. This is one of the first things you must do, especially since the snow’s weight stresses a PV system’s support structure. That said, you might get a little lucky. Darker solar panels attract heat, making the snow melt faster. Solar panels trap sun rays, so this could make your life much easier.

Do Cleaning and Maintenance

Get Snow Guards

Adding snow guards to your solar array will help hold back large amounts of snow. If you get several feet of snow during winter, this is necessary. Snow guards are also useful for safety purposes. Otherwise, the snow will slide off your panel and fall onto the landscaping or, worse, the people below. If you follow these tips, you should be well on your way to managing snowfall on your panels during bad weather.

5 Benefits of Residential Solar Panels

Mon, 20 Jul 2026 15:19:31 GMT

Solar power is advancing rapidly, and for good reason. This clean energy option offers a wide range of advantages for both homeowners and the environment. From reducing your electricity bills to lowering your carbon footprint, the benefits of residential solar panels are substantial, especially for homeowners looking to make smart long-term investments.

Less Impact on the Environment

Installing a solar energy system on your home significantly reduces your environmental impact. Traditional energy production methods rely on fossil fuels such as coal and gas, which contribute to air and water pollution, carbon emissions, and hazardous waste. These sources are non-renewable and continue to degrade our planet’s health. In contrast, solar energy is a renewable energy source that converts sunlight into electricity without releasing pollutants, helping to reduce your carbon footprint and support a more sustainable future.

Arguably one of the biggest motivators for switching to solar is the cost savings on electric bills. With a properly installed system, your home can generate much of the electricity it consumes, leading to substantial reductions in monthly electricity bills. Many homeowners also benefit from net metering , a billing arrangement that allows you to earn credits for any excess energy your solar power system sends back to the grid. Over time, the financial benefits of solar become clear, as your energy production offsets rising utility rates. Additionally, many homeowners experience a strong return on investment, especially in areas with high sunlight exposure and supportive local policies.

Utility Bill Savings

Reliable Energy

Another major perk is energy independence. By producing your own power, you’re less reliant on utility companies and less vulnerable to fluctuating energy prices or grid outages. Even on overcast days, solar systems continue to generate energy (though at reduced efficiency) and many homeowners pair their panels with energy storage to keep the lights on during blackouts. If energy reliability is a concern, residential solar offers a compelling solution.

Low Maintenance & Long Lifespan

Once installed by professional solar installers , home solar panels typically require little maintenance. High-quality solar systems are built to last , with a long lifespan that allows them to withstand harsh weather. Usually, you’ll only need to perform periodic cleaning to remove leaves, snow, or debris. With minimal effort, your system can operate efficiently for decades, making it a hassle-free solution for long-term clean energy production.

Rebates and Incentives That Offset Initial Costs

While the initial cost of going solar may seem steep, various solar incentives can make the switch more affordable. The solar tax credit, also known as the Federal Investment Tax Credit (ITC) , allows you to deduct a percentage of your installation costs from your federal taxes. Many states and municipalities also offer local rebates and financial perks. A trusted solar company can walk you through your eligibility and handle paperwork to ensure you get the most out of your investment.

Ready to Experience the Benefits of Solar Panels in Homes?

Ready to take control of your energy future? At Earthlight Technologies, we specialize in designing and installing high-performance solar energy systems for homeowners throughout Connecticut , Massachusetts , and Oregon . Whether you’re motivated by the environmental or financial benefits of home solar panels, we’ll help you find the right system for your home.

Going Solar: A Quick Guide to Solar Carports

Mon, 20 Jul 2026 15:15:28 GMT

If you’re interested in going solar but don’t have much real estate and can’t put panels on your roof, there is another solution: a solar carport. Solar carports are a great and unique way to utilize solar power while retaining the land that you have. You can benefit from it whether you’re operating a commercial business or looking to make one for home use. Learn more about going solar with our quick guide to solar carports below.

What’s a Carport?

A solar carport is the darling of the solar technology ecosystem. With businesses and residential homeowners looking for unique ways to implement solar panels without taking up space, they provide a multifaceted solution. Solar carports are similar in structure to traditional carports in that you can park your car within them. The enclosure helps keep drivers and their passengers out of the rain or snow, and the solar panel mounted on the roof powers your business, home, or electric car. We review several benefits related to solar carport installation below.

Carports are the pinnacle of renewable energy. You can turn an unproductive garage or parking space into a money-making machine by transforming it into a renewable energy system through commercial solar panel installation . Additionally, you can protect your vehicles from the ravishes of rainfall, snow, and UV rays, which will increase its longevity. One of the key issues that both home and business owners face is that traditional solar panels aren’t easily accessible. Most business owners need crews of people to assist in cleaning them, and homeowners could find accessing their roofs to clean their panels quite challenging.

Benefits of Carports

Cost of Solar Carports

Solar carports are more expensive than the traditional roof or ground-bound solar panel systems. If you add a solar battery to the mix, you can expect to pay more, increasing the total cost. But the system is worth it, given the benefits we listed above. However, the price isn’t set in stone. Your cost will vary no matter which panels you choose, the installation company you decide upon, and other factors.

If our quick guide to solar carports has you convinced to go solar, we have you covered here at Earthlight Technologies! We support you in all your solar inquiries and requirements. Talk with a member of our team or shop Earthlight Technologies today to get started!

5 Signs Your Business Needs an Energy Audit

Mon, 20 Jul 2026 14:52:54 GMT

Keeping your business’s lights on is a priority. That goes without saying, right? The cost of keeping your lights on can get surprisingly high. Equipment and technology also increase energy costs, so you might wonder what you can do to manage energy bills. The best way to know how much energy your business uses is to get an energy audit. Read on to learn some signs your business needs an energy audit.

Your Energy Bills Are Increasing

If you look at your bill and it seems to get higher each month, your energy usage is the likely culprit. An energy audit requires a professional to measure the energy output of your equipment. This information will expose the biggest energy sink in your building. If you remove these energy suckers, the result will directly reflect in your energy bill.

Old buildings aren’t energy efficient. It’s important to remember this when inspecting your energy bill and trying to figure out where your money is going. It might be wise to make some upgrades to your old building. An energy audit can help you determine which systems in your building need upgrades.

Your Building Is Old

You Need an Equipment Problem Identifier

Determining the culprits of energy leakages can tell you if your equipment is experiencing issues. Your equipment could simply be old and energy inefficient; in that case, it could be time to replace it. Energy audit services will help you discern the causes of energy leaks, which can help you figure out if you should replace your equipment.

You Want To Positively Impact the Environment

If you want your business to positively affect the environment, you should switch to energy-efficient equipment. Many appliances and machines are Energy Star certified, meaning they’re more likely to save you money in the long run while using less energy. Energy-efficient machinery will greatly lessen your business’s carbon footprint.

Energy audits are perfect for understanding what’s happening in your business. Having your ear to the ground in these matters is important, especially when they directly impact your bottom line. If you want to know where your energy is going, then your business needs an energy audit.

If you’re interested in getting energy audits, check out our services at Earthlight Technologies! We offer various services, from energy audits to solar panel installation.

You Want a Lay of the Land

Why Your Shopping Center Needs EV Charging Stations

Mon, 20 Jul 2026 14:49:17 GMT

Have you ever considered ways you can help save the environment as a business owner? Electric vehicle (EV) charging stations might be your answer. EV charging stations are stations that charge electric cars, as the name implies. But why are they so beneficial, and how do these benefits transfer to your shopping center when you install a station? Read below if you want to learn why your shopping center needs EV charging stations.

The Benefits of Sustainability

It pays to be sustainable, and when customers learn that you care about the environment, they’ll feel like you’re a company they can trust. Offering EV charging stations makes your store more accessible for those driving electric cars, and electric cars are beneficial for the environment. This also has the added benefit of encouraging people to consider an electric vehicle as their next option rather than another gas-powered car. This could have substantial long-term effects. Your shopping center could become a great leader in the sustainability movement, especially among businesses. Becoming a leader in sustainability is a major reason why your shopping center needs EV charging stations.

One of the best reasons why your shopping center needs EV charging stations is that it can help build your customer base. If you have EV charging stations in your parking lot, people with electric cars are more likely to shop with you, or at the very least, you can attract them to your store. Imagine for a moment that you have an electric vehicle and need to charge it but can’t find a charger. If you see one in front of your favorite shopping center, what stops you from picking up a few items? This is a great way to open your shopping center to a larger audience.

Build a Customer Base

Tax Advantages

Installing an EV charging station for your business is a key way to take advantage of tax benefits. Owning an EV has a tax advantage, especially since the American Recovery and Reinvestment Act allows you to benefit from various tax credits depending on the battery’s size. Some laws have been passed that qualify you for a substantial tax credit should you own charging stations, so look for any federal laws that could assist you.

If you want to learn more about EV charging stations and install them for your business, call us here at Earthlight Technologies. We’ll give you the information you need and give you a rundown of our services!

5 Benefits of Solar Battery Storage for Your Business

Mon, 20 Jul 2026 14:46:39 GMT

Solar is taking the world by storm in tons of different ways. It’s convenient and requires very little overhead. Since this is the case, businesses have often begun to use it in ways that can bolster operations. However, getting a solar battery to complement your solar panels will be useful. Let’s review some of the benefits of solar battery storage for your business.

Utility Savings

Businesses save significant money when they have a backup power system such as a Tesla Powerwall or Franklin WH battery system. Most businesses have to rely on the grid and all its utility costs. This is detrimental since prices tend to fluctuate due to environmental concerns, and a price hike is the last thing you want to deal with when you have a business. A solar battery immediately stores any excess power from your commercial solar panels and reuses it when required.

A solar power battery is a lifesaver during emergencies. Downtime is a serious problem for modern businesses, especially the ones with servers or data centers filled with customer and employee information. This can make your customers lose faith in you. Instead, batteries ensure you have emergency power on deck for any power outage. You’ll be ready for the worst, even when other businesses aren’t.

Power During Emergencies

Reliable Power Supply

Commercial solar batteries are incredibly reliable. They can power businesses when the solar panels aren’t producing electricity. You’ll never have to worry about lights not turning on when the sun goes down or the sky is overcast.

A company can do a lot with an image that shows they care for the environment. Eco-friendliness is a powerful subject in today’s world. By showing you’re going green, you’ll win the hearts of the millions of people out there who are trying to maintain an environmentally friendly lifestyle. You can improve customer perception and boost your customer image.

Environmentally Friendly Persona

Solar batteries are also noiseless. They’re powerful yet silent, and their components work well without disrupting the surrounding establishment. This means they’ll also be quieter for your workers and will help greatly improve productivity. Overall, these are just a few benefits of solar battery storage for your business.

If you want to learn more about solar panels and batteries, we have many products and services here at Earthlight Technologies. We have various products that will suit even your toughest problems.

No Noise Pollution

4 Signs You Might Need to Replace Your Solar Panels

Mon, 20 Jul 2026 13:43:31 GMT

No one can deny that manufacturers built solar panels to last. However, they’re still prone to wear and tear, poor installation, and defects just like anything else. Sometimes they fail. Solar panels are quite an investment, so it’s important to know when you should replace them. Here are four signs alerting you that you might need to replace your solar panels.

Performance and Output

Generally, solar panels last up to 20 years if you care for them properly. Homeowners should be aware that around the 20-year mark, you might notice that they’re only performing at 90 percent electrical output when they used to operate at 100 percent. This degradation rate is natural, but if you notice a larger decrease in energy output, that could indicate that something is wrong with your solar panels. Your solar panels may have stopped paying for themselves when you notice a rise in your electric bill and begin paying more out of pocket. This rise in pay is one of the first signs you might see when it’s time to replace your solar panels.

Things happen. Strong storms, hail, flying debris, and falling trees can make a serious mess and cause a ton of damage to your solar panels. If you experienced a particularly troublesome storm, it might be worth heading onto your roof or out to your lawn to inspect your panels. If you notice any cracks, dents, or damage, call a licensed solar company to get an estimate and see how much it would cost to get a replacement.

Physical Damage

Discoloration or Burn Marks

Consult a solar panel expert if you notice any burnt or discolored areas on your panels’ surfaces. These areas are the result of lamination and corroded panels, which equates to uneven temperature distribution. They can also lead to a decrease in energy output, so if you want to continue to save money, call that expert today. You might also see yellow to dark brown discoloration on the white conductor strips that run down the middle of your panel. You can expect a specialist to tell you to get a new one when you see this.

Discoloration or Burn Marks

We mentioned this before, but we’ll note it again—solar panels are built to last. With an average lifespan of 20-30 years, it’s a great investment—even a decades-old solar panel can support your current needs. Unfortunately, you might not be able to upgrade your solar panels because our modern-day 60-cell panels aren’t compatible with older models with 72 cells. Because of this, it’s much easier to replace them rather than attempt to upgrade.

Call Earthlight Technologies today to inquire about our solar energy solutions . We can repair and replace solar panels and so much more. We’ll take care of everything that you need! Our team has deep expertise in the Connecticut, Massachusetts, Oregon, and Central Oregon markets.

Solar Panels and Age

Ground- vs. Roof-Mounted Solar Panels: What’s Right for You?

Mon, 20 Jul 2026 13:39:56 GMT

Homeowners and businesses alike are using solar power more than ever before. Taking advantage of free energy has intrigued environmentalists interested in sustainability and residents looking to save money. However, you must consider a few things before you commit. For example, should you get ground- or roof-mounted solar panels? If you’re unsure, read on. We’ll analyze the pros and cons of each below.

Ground-Mounted Solar Panels

The great advantage of ground-mounted solar panels is their flexibility. When you install them, you can align—or realign—them to give you the best sun possible. Remember that your panels will produce more energy the more sunlight they receive. For this reason, you can align them better for greater output than rooftop systems. Ground-mounted panels also allow easy access, so you don’t have to climb up your roof to clean or maintain them.

When you don’t have a lot of space on the ground of your property, it might be wise to get roof-mounted panels. Roof mounts don’t require another structure to house your panels. This makes having roof panels less expensive overall. The upfront cost is generally less than ground-mounted systems, and you don’t have to pay extra for poles and concrete. You also won’t need to survey your soil before mounting.

Roof-Mounted Solar Panels

Which Is Best for You?

There is no right answer to this. If you’re on a budget and don’t want to go through the hassle of creating an extra structure for ground-mounted panels, you should go for roof-mounted panels. If not, and you want to get the most energy out of your panels, you should consider ground-mounted panels, especially for their easy maintenance. Hopefully, this analysis of ground- versus roof-mounted solar panels has helped you learn what’s right for you. Go out and get the best solar panels for your needs!

If you’re interested in ground-mounted solar panels , check out what we offer at Earthlight Technologies. If you have any questions, give us a call—we’ll have answers! Contact us today for more information. We have deep expertise in the Connecticut, Massachusetts, Oregon, and Central Oregon markets.

4 Common Myths About Commercial Energy Audits

Mon, 20 Jul 2026 13:37:57 GMT

It’s an exciting time for people who invest in solar power. Solar panels are popular for both businesses and residents alike. This is for a good reason: it saves time and makes it easier for companies to save money. However, even though solar is popular, there are many misconceptions about commercial energy audits. Learn more about the top common myths about energy audits below.

Anyone Can Do It

You can decide that you should do your energy audit on your own, but it would be less effective. Sure, you know your building is like the back of your hand, but this is both a blessing and a curse. There are likely many blind spots in your building—areas you walk past without thinking twice about or areas that fade into the background because you see them so often. Your energy auditor can bring you a fresh perspective on your building. They’ll see things that you won’t, which is exactly what you want.

When it comes to the top common myths about commercial energy audits, one of them is that there’s too much disruption that occurs during the audit. Given that the auditor typically turns things on and off to determine how much energy you use while carefully going through the entire building, we can see why you might feel that way. This ultimately depends on how small or large the building is. If you’re looking for an energy diagnostic session, it could take only one to three hours, which isn’t a lot. If you’re looking for a detailed report, it could take longer, but isn’t it worth knowing your pain points?

It’s Too Disruptive

All Audits Are the Same

This myth might be preventing you from getting an audit for your business. The truth is not all audits are similar, and some are more comprehensive than others. The least comprehensive one is a simple walk-through analysis, where the energy manager walks around and inspects the business to determine which equipment is deficient and which isn’t. An investment-grade audit provides customized info on investments and implementation that can revitalize your entire business. It’s up to you which one you choose.

Finally, one of the biggest reasons businesses forgo commercial energy audits is because they feel it’s pricy. However, we would suggest that it’s far pricier to use energy when you don’t need to. An energy audit can be less than 2000 dollars depending on its level of comprehension and the company you use. You don’t need to book an energy audit with all the bells and whistles. If you don’t want to spend much money, book something more basic, and call it a day.

We’ve talked a lot about energy audits here. If we’ve convinced you to get one, work with us at Earthlight Technologies. We offer energy audit services that are perfect for your business. If you have any questions, contact us today!

It’s Too Expensive

How Your School Can Benefit From Solar Panels

Mon, 20 Jul 2026 13:35:42 GMT

There are many ways schools serve society. Primarily, schools educate our communities. However, there are many other ways that schools can help protect and preserve the world. One of our biggest concerns today is air pollution and dirty energy sources, and schools can push out a lot of each. One of the many ways schools can help mitigate this is by “going green” with solar panels. Learn more about how your school can benefit from solar panels below.

Stay on Track

Everyone has been in school when a power outage happens at least once. While students generally love it, since a long power outage means they can go home, teachers might have trouble getting their classes back on track after an outage. Teachers often have to shift lesson plans or add more homework to the roster for their students, which means longer nights grading and playing catch up in class.

You can mitigate this problem completely by using solar panels and a solar battery. It doesn’t matter how bad a storm is outside. Your school won’t rely on the grid anymore so that you can continue your school regimen without a hitch. Getting back on track can take a while, so your teachers will thank you.

No matter how you slice it, paying less for electricity is a always plus. Running a school can mean raising the monthly electricity bills, especially when you depend on the grid. Think of how many things use power in your school. Lights for each classroom, printers and computers in the library, and even fax machines can contribute to rising energy bills. However, when you opt to go solar, you slash these prices significantly. While the initial cost is nothing to shrug at, eventually, your panels will start paying for themselves, and you’ll save money in no time.

Low Electric Bills

Eco-Friendly and Sustainable

Who doesn’t want to play their part in saving the environment? If you get solar panels for your school, you can reduce your carbon footprint and pollution in your community. This investment also allows you to run your school independently and sustainably, lowering your dependence on non-renewable fossil fuels and a grid that uses “dirty energy” to generate power. Your panels will generate power if there’s sunlight, and with solar batteries, you’ll have power even without sunlight. This is how your school can benefit from getting solar panels: you can be a superhero, one panel at a time.

If you want solar panels for your school, take advantage of our solar energy solutions in CT by choosing Earthlight Technologies. If you have any questions or what to learn more information, call us!

Level 2 vs. Level 3 Charging: What’s the Difference?

Mon, 20 Jul 2026 13:30:49 GMT

Electric vehicles are taking the world by storm. They function as a useful alternative to traditional vehicles that run on fossil fuels; they are especially important today when fossil fuels continue to tear apart our ozone layer. Since it positively impacts our society, we think it’s important to analyze an integral part of this system: the EV charging station. There are many differences between Level 2 and 3 EV charging stations, and we’ll dive into the most prominent ones below.

The Level 1 Charging Station: A Quick Review

To begin, we must back up a bit. The Level 2 charging station charges faster and more easily than the Level 1. The Level 1 charging station is entry-level. It charges the slowest out of all three levels, and Level 2 is a significant step up. You’ll also need a charging station of your own, which can cost a fair amount.

Level 2 stations are publicly available. You might see them in parking lots or in front of commercial stores. That said, you can also find them used in residential homes. Level 2 charging stations use J1772 Tesla connectors that you can plug into your vehicle, but only if they have an adaptor. They typically power your vehicle at 120 Volts.

The Level 2 Charging Station

The Level 3 Charging Station

There are several differences between Level 2 and Level 3 chargers. Level 3 is the Porsche of all charging stations. It’s the fastest and most efficient way to charge your car. It can recharge your vehicle at 3–20 miles per minute, which is exceptional. Most businesses carry these charging stations, which are often more expensive than the vehicles they charge. It’s not uncommon to see one outside your local Walmart or Kroger. That said, if a resident wanted one, they could get one. Just expect it to cost a pretty penny.

If you’re interested in jumping on the electric car trend, you should know that we install commercial electric vehicle charging stations . At Earthlight Technologies, we ensure your commercial vehicle is well cared for. Additionally, we install solar panels, so if you’re interested in free energy, call us today!

Home Battery Backup vs. Generator: Which Is Right for Your Home?

Mon, 20 Jul 2026 13:28:47 GMT

When the power goes out, you want a backup system you can count on. But choosing between a home battery backup and a standby generator isn’t always straightforward. Both keep your lights on during an outage, but they work differently, suit different homes, and come with different long-term costs.

We’ve put together this guide to walk you through everything you need to know: how each system works, what they actually cost, how they hold up on noise and maintenance, and which option makes more sense depending on your home’s setup.

In This Guide:

What is a home battery backup system?
What is a home standby generator?
Battery backup vs. generator: side-by-side comparison
Cost breakdown
Noise comparison
Solar battery backup vs. generator
Which backup system is right for you?
Frequently asked questions

A home battery backup system stores electricity and supplies it to your home automatically when the grid goes down. It doesn’t generate power on its own. Instead, it stores energy from your solar panels or the utility grid and releases it when you need it.

A complete system has three core components:

Battery: Stores the energy your home draws on during an outage
Inverter: Converts stored DC power into AC electricity that your appliances can use
Charge controller: Manages the flow of electricity between your solar panels, battery, and home

Modern home battery systems, like the Tesla Powerwall and FranklinWH , are compact units that install indoors or outdoors. When the grid goes down, they switch to backup power in milliseconds. Most homeowners don’t even notice that the outage happened.

What Is a Home Battery Backup System?

What Is a Home Standby Generator?

A home standby generator is a permanently installed unit that kicks on automatically when it detects a power outage. Unlike portable generators, standby generators are wired directly into your home’s electrical system and run on a continuous fuel supply, typically natural gas, liquid propane, or diesel.

Standby generators can power your entire home for as long as fuel is available, which makes them a common choice in areas prone to outages lasting several days. The trade-offs are real, though: they’re loud, require regular maintenance, produce carbon emissions, and don’t work well alongside solar panels.

Some smaller solar-powered generators exist, but they typically provide only a fraction of the output of a full standby unit.

Here’s how the two systems compare across the factors that matter most to homeowners:

Battery Backup vs. Generator: Side-by-Side Comparison

Cost is usually the first question homeowners ask. Here’s a clear picture of what you’re actually comparing.

Cost: Battery Backup vs. Generator

Home Battery Backup System Costs

Battery backup systems carry a higher upfront cost, but there’s an important offset: homeowners who install a battery backup paired with solar panels qualify for the federal Investment Tax Credit (ITC), which currently covers 30% of the total installation cost. That’s a substantial reduction, and it applies to both the battery and the solar installation together.

If your energy needs are higher or you want whole-home coverage, adding a second battery is an option. Costs scale with capacity.

Standby generators generally have a lower sticker price than battery systems, but that’s not the full picture. Installation adds to the cost: you’ll need a concrete pad, electrical work, and a gas line connection. On top of that, there are ongoing fuel costs and annual maintenance, including oil changes, filter replacements, and load testing. Generators are generally not eligible for federal tax incentives.

Home Generator Costs

When you factor in zero fuel costs, minimal maintenance, and the 30% federal tax credit, battery backup systems often work out to be more cost-effective over time, especially for solar homeowners who are already generating electricity and want to make the most of it.

Long-Term Cost Comparison

Noise: Generator vs. Battery Backup

This is one area where battery backups have a clear edge. Most home standby generators run at 65 to 75 decibels, roughly the same as a vacuum cleaner running continuously just outside your home. That’s disruptive during the day, and genuinely difficult to sleep through at night.

Battery backup systems are completely silent. There are no moving parts, no combustion, no exhaust. You get reliable backup power without any of the noise.

If you’ve been searching for a quiet battery backup generator alternative, a home battery system is the answer. It delivers the reliability you’d expect from a generator, without any of the sound or emissions.

For homeowners who have solar panels, or who are considering adding them, a battery backup system is the more natural fit. Here’s why:

A battery backup stores the excess electricity your solar panels generate during the day, so you can use it at night or during an outage.
When the grid goes down, and the sun is shining, your panels can keep charging the battery, which can extend backup power well beyond a single charge.
Generators don’t integrate with solar systems. They’re a separate fuel-dependent system that doesn’t work with the energy you’re already producing.
The 30% federal tax credit applies to battery and solar installations together, which makes the combination more financially practical.

The Tesla Powerwall and FranklinWH were both designed specifically to work alongside solar systems. They include built-in energy management that automatically prioritizes solar charging and handles the switch to backup power without any manual input.

Solar Battery Backup vs. Generator: Why the Pairing Matters

The right choice comes down to your priorities, your home’s energy setup, and where you live. Here’s a simple framework:

Which Backup System Is Right for You?

A Home Battery Backup System Is Likely the Better Fit If:

You have solar panels, or you’re planning to install them
You want silent, emissions-free backup power
Your outages typically last less than 48 hours
You want to take advantage of the 30% federal tax credit
You prefer low maintenance with no ongoing fuel costs
You’re in a neighborhood with noise restrictions or close neighbors

You’re in an area where outages routinely last several days
You need to power high-draw appliances like HVAC systems or well pumps
You don’t have solar panels and aren’t planning to add them
Lower upfront cost is the priority, and you’re comfortable with ongoing fuel and maintenance expenses

For most solar homeowners, a battery backup system provides more than enough emergency power, reduces long-term costs, and makes better use of the solar investment already in place.

A Standby Generator May Make More Sense If:

Frequently Asked Questions

Here are answers to the questions we hear most often when homeowners are comparing battery backup systems and generators:

We’re Tesla Powerwall Certified Installers, and we also offer the FranklinWH battery system. We work with homeowners in Connecticut, Massachusetts, and Oregon to find the backup power setup that fits their home, their solar system, and their budget.

If you’re weighing your options or ready to move forward, reach out to our team. We’re happy to walk you through what makes sense for your specific situation.

Connecticut: (860) 871-9700

Massachusetts: (413) 318-8838

Oregon: (503) 874-4142

Get Help Choosing the Right Backup System for Your Home

5 Helpful Tips for Understanding Solar Panel Power Output

Mon, 20 Jul 2026 13:19:56 GMT

Solar energy is becoming an increasingly popular option for powering homes and businesses. As this trend continues to grow, it’s important to understand solar power output to make the most of your setup. We’ve compiled some tips for getting a better handle on your solar panel system.

1. Know Your System

The first step in understanding your solar power output is to get acquainted with the system you have installed. Ensure you know what type and size of solar panels are being used, what mounting hardware they’re mounted on, and any other components that may interact with the panels (such as inverters). In addition, familiarize yourself with the specifics of your local environment, such as average temperatures and the amount of sunlight available.

Once you know what kind of system you have installed, you can calculate how much solar power output is required to meet your energy needs. Begin by taking stock of your daily electricity usage, then use that figure to estimate the system size you will need. If you’re unsure, use a solar calculator to gain an accurate estimate.

2. Calculate Your Size Requirements

3. Understand Your Solar Performance

Performance is a key factor in solar power output, and understanding how your panels are performing can help ensure you’re getting the most out of your system. Make sure to check on performance regularly, as changes in weather and other factors can impact output. Consider investing in a solar monitoring system to keep track of performance levels over time.

Monitoring your energy usage will allow you to better understand how much power you are consuming, which can provide valuable insight into the efficiency of your solar panels. Investing in an energy monitoring system can provide real-time data on your appliance and electricity usage, allowing you to identify areas where you can make improvements.

4. Monitor your Energy Usage

Adding a battery storage system to your solar panel setup can help even out power output over time and provide additional backup power in the event of a power outage. If you are looking for a way to maximize your solar power output, battery storage could be the right solution.

5. Consider Battery Storage Solutions

Where To Get Solar Panels in Connecticut

We hope our tips help you better understand solar power output and use your home’s solar system more effectively. If you’re a solar installer in CT and need solar panels, Earthlight Technologies is one of the top panel dealers in the region and the nation. Browse our website to learn more, or contact our helpful staff.

Do Solar Panels Increase Home Value?

Mon, 20 Jul 2026 13:16:34 GMT

As homeowners and commercial real estate owners continue to seek ways to lower energy costs and invest in sustainable solutions, one popular option emerges—solar panels. But many homeowners have the same questions regarding solar panels, like whether adding them will increase their home’s value. We explore the potential benefits of adding solar panels to your home and how they might impact its overall value below.

The Benefits of Residential Solar Panels

Solar panels aren’t just a trendy feature; they represent a long-term investment in renewable energy. By tapping into the sun’s power, homeowners and businesses can reduce carbon emissions and lower their dependence on fossil fuels, all while diminishing their monthly energy bills. The environmental benefits and the ongoing cost savings make solar panels an attractive addition to any property.

The practical value of solar panels and their impact on lowering energy bills for a home for decades make them incredibly attractive to many homebuyers. Solar panels are a significant advantage, especially in certain parts of the country where sunlight is abundant, like the southwest, California, and Florida.

But no matter where you live, adding solar panels will increase your home’s value and make it more attractive to homebuyers. The minimal maintenance requirements, annual energy savings, and the added bonus of not paying for installation costs make solar-powered homes very attractive on the market.

Solar Panels and Property Value

Tax Exceptions Make Solar Panels Even More Appealing

The financial benefits for homeowners contemplating a solar panel installation don’t stop with increased property values. Many states offer tax exceptions and incentives to property owners who invest in solar energy. For example, some states provide property tax exemptions for the increased value related to solar installations. Although your property value may increase due to the solar panels, your property taxes will not be affected.

Adding solar panels to your property is not only a wise financial move but also an eco-friendly one. Solar panels present a compelling case for homeowners and commercial real estate owners due to their proven ability to increase property values, provide long-term energy savings, and offer state-level tax exemptions.

If you’re considering switching to solar energy, you’re in luck. There’s no need to search far and wide for a trusted residential solar company in Connecticut . Earthlight Technologies specializes in solar panel installations and is trusted by homeowners and businesses to guide them through the transition to clean, renewable energy. Contact Earthlight Technologies today and take the first step toward a more sustainable, valuable future for your property.

Conclusion

Tips on How to Hire the Best Solar Company in Oregon

Mon, 20 Jul 2026 13:04:40 GMT

So you decided to go solar. It’s a good decision.

Over the long term, solar panels will save thousands on your energy bills and add quite a bit to the value of your home. The National Renewable Energy Laboratory estimates that on average, the value of a home jumps by $20 for every $1 drop in annual energy bills. We’re talking about some serious money.

Plus, you can feel good about pulling power from the sun – a carbon free resource that keeps the lights on and the fridge cold. With battery storage, you’ll be just fine even if the grid goes down for a time.

Before signing a solar contract, you have a handful of important considerations.

Obviously, price matters. But if a solar installation company gives you a much lower estimate, you should proceed with caution. Experienced installers know the costs involved to install your system correctly. Newer installation companies may come in at a low bid because they either don’t know the true costs of doing it right, or they’re so new that they really, really want the business.

It’s also important to know that many reputable installation companies may not repair another company’s mistakes for you – and so if installed incorrectly the first time, you could end up paying to have the solar panels removed and any damage repaired, prior to incurring the cost of an entirely new install.

Solar can be a blessing, but it can become a curse if you choose an unreliable solar installer. In this article, we’ll outline the main things to consider before choosing a solar company in Bend, Redmond, or across Oregon.

If you’d like to talk about solar for your home, start by giving us a call at 541-248-5373 , or send us a message anytime:

Risks of Choosing the Wrong Solar Company

Some solar companies are unscrupulous and may give you a misleading contract, which charges you too much or lets them off the hook if your system doesn’t deliver as promised.

You should be especially cautious when signing a solar lease or power purchase agreement (PPA). PPAs work well for in some situations, but they can also be tough to terminate and can saddle you with a monthly payment for a solar system that you don’t own. Always be sure to read and understand the terms of your solar lease or PPA before agreeing to a long-term contract.

Also, piercing the roof to attach the panels might lead to leaks and structural problems.

The roof must be evaluated correctly before installation, or it might not withstand the solar panels’ weight and pressure. Also, piercing the roof to attach the panels might lead to leaks and structural problems. Proper flashing and sealing are essential.

Roof Damage

Wiring Issues

Improper wiring can lead to electrical hazards, fire risks, or performance losses. Also, wires can degrade or damage over time if exposed to sunlight, moisture, or sharp edges. To prevent this, your wires must be run, bundled, labeled, and connected correctly, as well as shielded from environmental factors.

Improper wiring like this can lead to electrical hazards, fire risks, or performance losses.

Also, if your inverter is not compatible, configured, or installed properly, it may fail to convert the DC from the panels to the AC for the grid or the appliances. This can result in power losses, overheating, or malfunctioning of the inverter. To prevent this, the inverter must be aligned with the rest of your system specifications, and installed in a cool and ventilated place.

Before the install, you should ask the right questions. Doing your due diligence can help you avoid poor workmanship, leaks, or other simple errors that could cause future troubles.

These questions aren’t meant to be exhaustive, but they’ll help you filter out the solar companies that are likely to cause serious regret. We’ll also offer answers for Earthlight Technologies, which is based in Bend, Oregon and in the top 5% of solar installers nationally.

Feel free to call with any follow up questions: 541-248-5373.

Misleading Solar Contracts

Questions to ask Solar Companies in Bend, Oregon and Across Oregon

Solar Panel Installation in Oregon: The Bottom Line

Ask questions to make sure you’re choosing the right solar installer for your project. Installing solar panels is a big investment, and you want to make sure you get the return you expect.

If you have questions about installing solar panels on your home in Bend, Redmond, or across Oregon, please give us a call at 541-248-5373 . We’re happy to help.

IoT Energy Management: What It Is & Why It’s Important

Mon, 20 Jul 2026 12:56:43 GMT

In today’s world, energy management has become more crucial. With the increasing demand for clean and renewable energy sources and the need for greater efficiency in consumption, the Internet of Things (IoT) has emerged as a game-changer in this field. Below, we’ll explain how IoT plays an essential role in energy management, shedding light on the overall impact and potential for future advances.

The Promise of IoT in Energy Management

IoT refers to the interconnected network of devices and systems communicating through the internet. As IoT gains momentum in various industries, this cutting-edge technology will particularly benefit energy management. IoT enables real-time monitoring and control of energy consumption, allowing users to make data-driven decisions and achieve optimal efficiency.

One of the most significant contributions of IoT to energy management is the ability to monitor energy consumption in real-time. Smart meters, for example, provide continuous updates on energy usage patterns, ultimately empowering users to identify inefficiencies and adjust their habits accordingly.

Furthermore, IoT devices collect an immense amount of data that experts can analyze to uncover trends and patterns. By processing this information, users can uncover the most effective strategies for reducing waste, optimizing energy use, and minimizing environmental impact.

Real-Time Monitoring and Data Analysis

Demand Response Management

Another area where IoT plays an essential role in energy management is in demand response management. IoT helps balance energy supply and demand during peak consumption periods by enabling utilities to communicate directly with customer devices. Users can receive instant notifications and incentives to reduce their consumption at critical times, contributing to grid stability and easing the burden on energy providers.

As IoT continues to evolve, the possibilities for its application in energy management become virtually limitless. As more devices integrate into this interconnected ecosystem, the potential for greater efficiency, cost savings, and sustainability will only grow.

IoT can transform how we consume, distribute, and generate energy, from intelligent home energy management to large-scale smart grids. The myriad opportunities IoT engenders will ultimately contribute to a cleaner, more sustainable future for all.

The Future of IoT in Energy Management

As a leader in renewable energy, Earthlight Technologies is committed to providing innovative solutions for homeowners and businesses. Whether through solar panel installations or business energy audits, Earthlight harnesses the power of IoT to ensure you can meet your energy management goals while minimizing waste and promoting a more eco-friendly existence.

At Earthlight Technologies, we understand the significance of IoT in energy management and utilize these powerful systems for unparalleled efficiency and cost savings. If you think your solar energy system could use an audit or are interested in new solar panels, visit Earthlight Technologies online or contact our expert staff to learn more.

Harnessing the Power of IoT with Earthlight Technologies

Oregon Solar Incentives in 2026

Mon, 20 Jul 2026 12:54:00 GMT

Going Solar in Oregon Still Makes Sense in 2026 for Residential and Commercial Buildings.

Congress let the residential federal solar tax credit expire at the end of 2025. On paper, that’s a significant blow; that credit had been putting thousands of dollars back in homeowners’ pockets for years. But spend any time talking to installers or reviewing Oregon’s current incentive landscape, and the picture becomes more complicated.

Oregon has quietly built one of the more resilient state-level solar support systems in the country. The Energy Trust of Oregon, a nonprofit funded by utility customers, has maintained its rebates. Net metering rules haven’t changed, and for commercial property owners, the federal Investment Tax Credit has not expired.

The Federal Solar Incentive Landscape Changed in 2026

When Congress passed the “One Big Beautiful Bill” in July 2025, the residential solar Investment Tax Credit was cut. Starting January 1, 2026, homeowners who buy a residential solar panel system installation can no longer claim that credit on their f ederal taxes. That’s a meaningful change, for a $25,000 system, the old 30% credit would have returned $7,500.

However , this credit disappeared for direct residential purchases. If you finance your system through a Power Purchase Agreement or a lease, you’re effectively creating a commercial arrangement, and the commercial ITC remains fully intact. Many solar installers are guiding customers toward these structures for exactly that reason.

⚠ Important Note

The Oregon Solar + Storage Rebate Program (administered by ODOE) has had its funding fully reserved since May 2024 and is no longer accepting new applications. Do not count on this program when budgeting your project — check ODOE’s website for any updates before moving forward.

The state and utility-level programs are where most of the action is now, and Oregon’s offerings are more varied than people realize. Here’s what you need to know

What Oregon Offers in 2026 for Solar Energy Incentives

Solar Incentives for Oregon Homeowners in 2026

If you’re a Portland General Electric or Pacific Power customer, the Energy Trust of Oregon’s rebate program is the first thing you should be looking at. The structure changed from previous years: instead of using a tiered per-watt rebate, the ETO now offers a flat $2,500 per system.

The way it works is that the rebate comes off the top of your installation quote. Your ETO Trade Ally contractor applies it as a discount, so you never have to file paperwork or wait for a check. The discount is applied directly to your bill and is removed from the price you pay..

“When you sign your net metering contract, you’re locked into that credit value for the lifetime of your system.”

— Energy Trust of Oregon, NEM Policy Documentation

If you pair your solar system with battery storage a separate incentive kicks in: $400 per kilowatt-hour of capacity, capped at $5,000.

A standard 15-kWh battery, like a Tesla Powerwall 3 or an Enphase IQ Battery, would hit that cap exactly. That’s on top of the $2,500 system rebate, so a solar-plus-storage setup could see $7,500 in combined incentives before you factor in NEM credits.

Adding a Solar Battery Changes the Incentive

Solar Incentives for Commercial Properties

The upfront rebates get most of the attention for incentives, but net energy metering might be the most valuable in terms of long-term impact. Oregon’s current policy gives solar owners a 1:1 credit, meaning every kilowatt-hour you push back to the grid is credited at your full retail rate. Given that PGE and Pacific Power rates have climbed about 40% in aggregate since 2020, that retail rate is very generous.

The rules around credits are worth understanding. You accumulate them month-to-month across 12 months. Whatever remains unused after March rolls over to the Low Income Energy Assistance Program rather than being paid out in cash. That’s not a penalty, but it means the goal is to size your system to match your consumption rather than to dramatically overproduce.

One more thing worth noting: when you sign your NEM agreement, the credit rate you lock in follows you for the life of the system. Future rate changes, restructuring, or policy revisions won’t touch you. It’s one of the cleaner consumer protections in the program.

Net Metering Is A Solar Incentive Keeps Paying

Whatever Congress did to the residential credit, the commercial Investment Tax Credit survived intact. That means if you install solar panels for your business, you can still offset a meaningful po rtion of system costs against your federal tax liability. The exact percentage depends on project details and compliance with prevailing wage and domestic content requirements introduced under the Inflation Reduction Act, but the credit is very much alive.

Oregon’s Building Performance Standard for Commercial Buildings

House Bill 3409, passed in 2023, created a Building Performance Standard for Oregon’s commercial building stock. It’s essentially a set of energy efficiency benchmarks that large buildings will be required to hit over time. ODOE has been offering financial incentives to support early movers: up to $50,000 for Tier 2 buildings and up to $100,000 for Tier 1 buildings. Solar can be part of a broader compliance strategy here, potentially stacking with other energy upgrade work.

The Energy Trust also has dedicated commercial programs for properties of all types and sizes. These aren’t just solar programs — they cover equipment upgrades, new construction efficiency support, and major renovation projects. If you’re already planning a significant capital improvement, it’s worth engaging ETO early to see what support is available before you finalize the design.

ODOE’s Energy HIPPO tool at energyinfo.oregon.gov lets you enter your address and pull up every available incentive program for your property. It takes about three minutes and can surface programs you wouldn’t think to look for on your own.

The Bottom Line Regarding Federal & Oregon Solar Incentives in 2026

The loss of the residential federal tax credit is real, and anyone who tells you otherwise is being polite rather than honest. For a homeowner who was counting on that 30% return to make the numbers work, the math shifted this year.

But Oregon’s programs didn’t disappear when the federal credit did. The ETO rebate is still there. Battery storage incentives are still there. Net metering with its 1:1 retail rate credit on a rising utility tariff is still there. For commercial properties, the federal credit never left. Taken together, the incentive stack is thinner than it was eighteen months ago, but it’s still a meaningful collection of programs for anyone willing to do the homework.

The single most important step you can take right now is working with an ETO Trade Ally contractor. Most of the rebates in this story are only accessible through that channel, and a good Trade Ally installer will know how to layer the programs to maximize your return. Ask them to show you the math before you sign anything, and then check it yourself on ODOE’s Energy HIPPO tool.

Solar in Oregon isn’t what it was in 2024. But it’s not what some of the alarmist headlines have suggested either. The programs that remain are real, and for the right property and the right owner, the economics still hold.

This article reflects program information as of March 2026. Incentive availability, funding levels, and program terms change frequently. Verify current details with the Energy Trust of Oregon ( energytrust.org ), ODOE ( oregon.gov/energy ), and your utility before making any installation decisions. This is not financial or legal advice.

Does Homeowners Insurance Cover Solar Panels?

Mon, 20 Jul 2026 12:40:13 GMT

Solar batteries are essential in harnessing the sun’s power for your home or business, acting as a backup system, and storing excess energy for later use. Taking care of your solar battery is crucial in ensuring the longevity and efficiency of your solar panel system. Below, we share expert tips on how to extend the life of your solar battery.

1. Keep Your Solar Battery in Optimal Temperature Conditions

Extreme temperature fluctuations can significantly impact your solar battery’s performance and lifespan. To minimize these adverse effects, ensure your battery storage area is well-insulated and maintain an optimal temperature range between 60°F and 70°F (15°C and 25°C).

Monitoring your solar battery’s health is vital in identifying potential issues before they escalate. Monitor parameters like voltage, state of charge, current, and temperature. Regular maintenance, such as cleaning the battery terminals to avoid corrosion buildup, will also help ensure optimal performance and extend the battery’s life.

2. Regularly Monitor and Maintain Your Solar Battery

3. Avoid Overcharging and Deep Discharging

Overcharging and deep discharging your solar battery can reduce efficiency and incite a shorter lifespan. Install a solar charge controller to prevent overcharging and set up a low-voltage disconnect system to avoid deep discharging.

When it comes to your solar battery, quality matters. The higher quality the battery, the longer it’s likely to last, which may require spending more up-front, but the long-term value is undeniable. High-quality batteries often come with longer warranties and have better performance and durability, ultimately extending their lifespan.

4. Invest in a High-Quality Solar Battery

Make the Most of Your Solar Battery Investment With Earthlight Technologies

Hiring a professional to install and maintain your solar battery system will ensure the equipment is properly set up and expertly serviced. An experienced technician can address any issues and recommend the best practices for maintaining your solar battery.

5. Opt for Professional Installation and Services

Following these expert tips will help you extend the life of your solar battery, ensuring you get the best performance and value from your solar panel system. As an industry leader with years of experience, Earthlight Technologies offers high-quality solar panel and battery installations, reliable customer service, and expert guidance throughout your solar journey to ensure an efficient and long-lasting solar energy system. Upgrade your system with a Franklin WH battery system or a Tesla Powerwall from Earthlight Technologies for dependable battery storage. Learn more on our site or contact our staff with any questions today.

How to Extend the Life of Your Solar Battery

Mon, 20 Jul 2026 12:37:54 GMT

1. Keep Your Solar Battery in Optimal Temperature Conditions

2. Regularly Monitor and Maintain Your Solar Battery

3. Avoid Overcharging and Deep Discharging

4. Invest in a High-Quality Solar Battery

Make the Most of Your Solar Battery Investment With Earthlight Technologies

5. Opt for Professional Installation and Services

What You Should Know About Net Metering in Massachusetts (2026)

Mon, 20 Jul 2026 12:35:04 GMT

As we stride into the heart of 2024, Massachusetts homeowners continue to play a crucial role in the state’s commitment to renewable energy. One of the key initiatives empowering residents to embrace clean energy is the Net Metering Program. In this post, we’ll delve into the intricacies of the program, exploring how it works and the benefits it offers to those who choose to harness the power of the sun.

What is Net Metering?

Net metering is a billing arrangement that allows homeowners with solar panel systems to receive credit for the excess electricity they generate and feed back into the grid. In simple terms, when your solar panels produce more energy than your home consumes, the surplus is sent back to the grid, and you earn credits on your electricity bill.

If you have Eversource, National Grid, or Unitil as your electrical utility, you can take advantage of net metering.

Imagine your home with solar panels on the roof. As these panels soak up the sun’s rays, they generate electricity. Any surplus electricity that you don’t use immediately gets fed back into the grid, and here’s the beauty of it – you get credited for it! These credits are like virtual dollars that accumulate over time, effectively reducing your overall energy costs.

Homes equipped with solar panels will also have bi-directional (or net) meters. These meters measure the electricity flowing in both directions — into your home when you need it and back to the grid when you’re generating surplus energy.

How Does it Work?

How Does it Work During the Winter?

It’s true that your solar array won’t produce as much energy during the winter, but that’s where the benefit of net metering really comes into play! The surplus credits you generate during the spring and summer months can now be used to offset your energy costs when the solar panels aren’t producing enough energy, such as during the winter, at night, or on cloudy days.

One of the most appealing aspects of the net metering for homeowners is the significant financial benefit it brings. By participating in this program, you can see a substantial reduction in your electricity bills. The more energy your solar panels produce, the more credits you accumulate, translating into more savings for you. It’s a win-win situation – you save money while contributing to a sustainable energy future.

Financial Benefits for Homeowners

Steps to Get Started

Choose your Installer: Find a reputable solar installer to set up solar panels on your property.
Connect to the Grid: Your solar panels will be connected to the electrical grid, allowing excess energy your system generates to flow back to the grid.
Offset Your Bills: Use these credits to offset your future electricity bills and enjoy the benefits of your solar investment!

As we navigate the ever-evolving landscape of renewable energy, the net metering program in Massachusetts stands as a beacon of progress. For homeowners, it’s not just about saving money—it’s about making a positive impact on the environment and contributing to the collective effort towards a sustainable and clean energy future. Embrace the power of the sun, harness it for your home, and let net metering be the bridge to a greener tomorrow.

Empowering Homeowners: A Guide to Connecticut’s Netting Tariff

Mon, 20 Jul 2026 12:31:11 GMT

For many people, ringing in the new year starts with the goal of saving money; which, as we all know, is never as easy as it sounds. Still, many people add the goal of being a greener household, or more energy conscious. With the addition of a residential solar system and the use of the netting tariff program here in Connecticut, you can easily accomplish both of those goals!

If you are thinking about going solar and are on the fence, this blog will help you understand one of the greatest benefits of solar power: the netting tariff program. Earthlight Technologies is here to educate you and help you understand this seemingly complex process. Let’s break it down into a few parts!

What is the Netting Tariff?

The netting tariff is Connecticut’s answer to net metering, replacing the state’s previous system as part of the Residential Renewable Energy Solutions (RES) Program . This updated approach is designed to encourage more homeowners to harness the power of solar energy while providing new compensation options. The netting tariff is one option, and in simple terms, it allows you to generate your own electricity using solar panels and earn monetary credits for any excess energy you produce. These credits can then be used to offset your future electricity bills, putting you in control of your energy expenses.

Imagine your home with solar panels on the roof. As these panels soak up the sun’s rays, they generate electricity. When your solar panels produce more electricity than your home consumes, the excess energy doesn’t go to waste. Instead, you can sell back to the grid; you receive monetary on-bill credits on your utility bill for the energy you’ve contributed. These credits are used to offset your electricity costs during times when your solar panels aren’t producing as much energy, such as at night or during the winter months.

How Does it Work?

Solar Net Metering Bill Example

Let’s take a look at an example of what metering credits would look like on your electric bill if you are a homeowner in Somers, CT.

Above is the dreaded electric bill. Some of it might look unfamiliar to someone without solar power, so let’s explore.

Let’s go top to bottom; First, let’s take a look at that -$1,562.18 on the top line. This number is the amount of money the utility company has credited to this homeowner. As a homeowner, you earn credit when your energy produced from your solar array is more than what is consumed in a pay period. These credits are calculated based on the retail rate, meaning you receive compensation at the same price you would normally pay for electricity from the grid. Additionally, these credits are similar roll-over minutes for your phone, meaning that they accrue over time!

We then subtract the amount you owe from your built-up credits, in this case the “Total current charges” amounts to $302.41. In this case the homeowners’ credits fully pay for their electric bill! This is shown with the “Total Amount Due”, in this example the homeowner “owes” -$1,259.77. This remaining number is the credit they have left after paying, they still have credit left over to pay for future electric bills!

One of the most appealing aspects of the netting tariff for homeowners is the significant financial benefit it brings. By participating in this program, you can see a substantial reduction in your electricity bills. The more energy your solar panels produce, the more credits you accumulate, translating into more savings for you. It’s a win-win situation – you save money while contributing to a sustainable energy future . Plus, when you live in a Distressed Municipality or meet certain income qualification standards, you will also receive additional payouts from your utility!

Benefits Of Net Metering in Connecticut

Increased Home Value

Energy Independence

Produce your own clean energy and rely on yourself more for your energy solution instead of fossil fuels. This impact can be felt the most during the unpredictable winters across New England.

Solar panels can also impact the value of your home and property; to the right buyers this can be seen as an investment that the new homeowner can also benefit from!

Financial Benefits

Environmentally Friendly

You can support Connecticut’s renewable energy goals by contributing to a cleaner, more sustainable energy future while also achieving your own renewable energy goals.

The Connecticut netting tariff program ensures that every kilowatt-hour your solar panels generate contributes to both your wallet and the planet!

Steps to Get Started Today

Choose your Installer: Find a reputable solar installer to set up a solar installation on your property.
Qualify for Incentives: Inform your installer of any state or utility hardship programs you participate in to increase your incentive.
Connect to the Grid: Your solar panels will be connected to the electrical grid, allowing surplus energy your system generates to flow back to the grid.
Offset Your Bills: Use these credits to offset your future electricity bills and enjoy the benefits of your solar investment!

Net metering in Connecticut is more than just a financial tool, it’s a way for homeowners to take control of their energy future. By understanding how it works and the benefits it provides, you can make informed decisions that align with your goals. With the state’s incentives and policies supporting solar adoption, there’s never been a better time for solar in Connecticut !

Ready to learn more? Contact us today to explore how net metering can work for you and take the first step toward a brighter, more sustainable future!

Frequently Asked Questions (FAQs)

Oregon Net Metering: 2026 Homeowner’s Guide

Mon, 20 Jul 2026 12:15:53 GMT

Thinking about going solar in Oregon? Understanding how net metering works can help you make the most of your system and save more on your electricity bills. This 2025 guide breaks down the key details for homeowners, from how credits are calculated to which utility companies participate.

What is Net Metering?

Net metering is a billing arrangement that allows homeowners with solar energy systems to receive credit for the excess electricity they generate. When your solar panels produce more energy than your home uses, the surplus is sent back to the utility grid. In return, your utility company credits your account, helping you offset the cost of the electricity you pull from the grid when your system isn’t producing enough, such as at night or during cloudy weather.

In Oregon, net metering is available through several major utility companies, including Portland General Electric (PGE) , Pacific Power , and a variety of local electric cooperatives and municipal utilities. Each provider must comply with Oregon Public Utility Commission (PUC) rules regarding net metering, but credit structures and program specifics can vary slightly by utility.

As of 2025, Oregon’s net metering policy still credits customers at the full retail rate for each kilowatt-hour (kWh) of solar energy they send back to the grid. For example, Eugene Water & Electric Board (EWEB) offers a net metering rate of $0.0710 per kWh . This means the value of the electricity you generate is the same as what you’d otherwise pay to consume that electricity from your utility provider. It’s a dollar-for-dollar exchange that significantly boosts the financial return on your solar investment.

2025 Oregon Net Metering Rates

How Net Metering Works in Oregon

Here’s a breakdown of how net metering functions when you install a solar panel system in Oregon:

Solar Panel Installation: You begin by installing a solar panel system on your roof or elsewhere on your property. This system connects to your home’s electrical system and to the utility grid.
Electricity Generation: Your panels generate electricity using sunlight. That electricity is used to power your home’s appliances, lights, and devices. This reduces the amount of electricity you need to purchase from your utility company.
Excess Energy: During sunny summer months, your solar system may produce more electricity than your home can use. Instead of going to waste, that excess power is automatically fed back into the utility grid.
Net Metering: A special bidirectional meter tracks the flow of electricity in both directions—from the grid to your home and from your home to the grid. When your system exports electricity, those kilowatt-hours are recorded and added to your metering credits.
Credit on Bill: Each billing period, your electric utility company applies credits for the electricity you sent back to the power grid. These credits offset the cost of the electricity you consumed from the grid when your solar panels weren’t producing.
Unused Credits: If you produce more electricity than you consume in a given month, your unused credits roll over for up to 12 months. If any credits remain at the end of the annual billing cycle, they’re donated to low-income bill assistance programs under Oregon’s net metering rules.

Net metering is available to most residential and small commercial utility customers who install qualifying renewable energy systems, including solar photovoltaic (PV), wind, hydroelectric, and certain biomass systems. To qualify:

Your system must be under 25 kilowatts (kW) for residential properties.
You must be connected to a utility that offers net metering.
Your system must be primarily designed to meet on-site energy consumption needs.

Before installing a system, it’s important to check with your local utility for specific program requirements and to complete any necessary interconnection agreements.Financial Benefits for Homeowners

Who is Eligible for Net Metering in Oregon?

Get Started With Net Metering Today

Financial Benefits of Net Metering for Oregon Homeowners

The most immediate financial benefit of net metering is reduced monthly electric bills . By generating your own electricity and earning credits for surplus production, you can significantly cut down on your energy expenses.

Net metering also improves the long-term ROI of your solar system . It shortens the payback period often to 6–10 years, depending on system size, usage, and incentives. Over the life of your system (typically 25–30 years), these savings can add up to tens of thousands of dollars.

And because net metering credits are based on the retail rate of electricity, they shield you from rising utility costs over time. Even if energy prices go up, your credits retain their full value, helping you lock in long-term savings.

If you’re considering solar for your Oregon home , now is the perfect time to take advantage of net metering. With strong credit values, statewide policy support, and additional incentives like the Energy Trust of Oregon rebates and federal tax credits, your solar investment can start paying off faster than ever.

Earthlight Technologies is a professional solar company that makes going solar easy for Oregon homeowners Our team handles everything from system design and permitting to utility paperwork and installation. We’ll walk you through your net metering options, explain your potential savings, and help you determine the best system size for your property.

Ready to generate your own clean energy and get credit for it? Contact Earthlight Technologies today for a free solar evaluation and learn how net metering can work for you.

How Much Am I Paying For My Electricity in Springfield Massachusetts?

Mon, 20 Jul 2026 12:05:10 GMT

For many homeowners in Massachusetts, deciphering the complexities of the electric bill can feel like navigating a labyrinth. Understanding these charges, however, is essential for managing your energy consumption effectively and potentially saving money. This guide aims to demystify your electric bill and help you to gain clarity on what you are actually paying for.

Taking It from the Top

When you first open your electric bill, you might be tempted to focus on only the total amount due. After all, it’s the monthly pound of flesh Eversource or National Grid is going to extract from you. What control do you have on how much you are getting charged?

When starting service with Eversource or National Grid, you are automatically enrolled with them as the energy supplier as well. Every kilowatt-hour (kWh) you purchase from the utility is charged at a fixed price. From the bill below, we can see that this homeowner is getting charged at a rate of $0.14854 for 293 kWh purchased for that month.

Delivery

Supply and Delivery Combined

To determine this charge, we would subtract the fixed Customer Charge ($10.00) from the Subtotal Delivery Services ($51.59). That means that you are directly paying $41.59 for 293 kWh for the month, or $0.1419.

This part of your bill is almost comically long with over 20 line items! But how much are you actually paying for each kWh?

A lot, actually.

Supply

When you combine both components together, you can see that this sample homeowner is paying over $0.29 for every kWh he needs. If you live in National Grid, that rate is even higher!

As you will recall, you can take steps to immediately lower your supply costs with competitive suppliers. But lowering your supply is just part of the equation. How can you effectively eliminate both your supply AND delivery charges?

Look closely, and you will see that Eversource and National Grid break your bill down into two main components: supply and delivery charges. Knowing the difference between these two charges will help you to lower your energy costs even before you make the switch to solar.

During the winter, the utilities will increase the supply charge. During the summer, they will typically lower that same charge.

When graphing out the peaks and valleys, you will notice that your supply rate increases over time.

Did you know that you can lock in a lower rate from another supplier? It’s true! You can lock in a lower rate for 6 to 36 months. Many competitive suppliers play nicely with solar as well, allowing you to buy your power at a lower price and sell your excess solar energy for the full retail rate through net metering.

Just make sure to pick a supplier that does not charge a cancellation fee or a monthly service fee.

When you go solar and take advantage of net metering, your solar production will offset both sets of charges. Connect with a solar installer to find out how many panels you will need to address your needs. Inform them of any future electric needs you are planning for the home (electric vehicles, heat pumps, etc), and you will be one step closer to controlling your energy costs!

How Much Am I Paying For My Electricity in Hartford Connecticut?

Mon, 20 Jul 2026 09:57:58 GMT

As a homeowner in Connecticut, deciphering the complexities of the electric bill can feel like navigating a labyrinth. By gaining insight into the factors that contribute to your electricity bills, you’ll be better equipped to make informed decisions for managing your energy usage and ways to save money! This guide aims to show the components of your electric bill and help you gain clarity on what you are paying for.

Taking It from the Top

When you first open your electric bill, you might be tempted to focus on only the total amount due. After all, it’s the monthly pound of flesh Eversource is going to extract from you. What control do you have on how much you are getting charged?

When starting service with Eversource, you are automatically enrolled with them as the energy supplier. Every kilowatt-hour (kWh) you purchase from the utility is charged at a fixed price. From the bill below, we can see that this homeowner is being charged at a rate of $0.14714 for 2714 kWh purchased for that month.

Delivery

Supply, Delivery, Transmission and Public Benefits Charges

To determine this charge, we would subtract the fixed monthly charge ($9.62) from the Subtotal Delivery Services ($202.24). That means that you are directly paying $192.62 for 2714 kWh for the month, or $0.0709.

There are a few line items that make up these charges, but what are you really paying per kWh?

During the winter, the utilities will increase the supply charge. During the summer, they will typically lower that same charge.

When graphing out the peaks and valleys, you will notice that your supply rate increases over time.

More than you think!

Look closely, and you will see that Eversource will break your bill down into a few main components: supply, transmission, delivery and public benefits charges. Knowing the difference between these charges will help you to lower your energy costs even before you make the switch to solar.

Supply

Did you know that you can lock in a lower rate from another supplier? It’s true! You can lock in a lower rate for 4 to 36 months. Many competitive suppliers play nicely with solar as well, allowing you to buy your power at a lower price and sell your excess solar energy for the full retail rate through CT’s netting tariff program.

When you combine all components together, you can see that this sample homeowner is paying over $0.277 for every kWh they need. If you live in United Illuminating territory, that rate is even higher!

When you go solar and take advantage of the netting tariff, your solar production will offset these charges. Connect with a solar installer to find out how many panels you will need to address your needs. Inform them of any future electric needs you are planning for the home (electric vehicles, heat pumps, etc), and you will be one step closer to controlling your energy costs!

Breaking Down the Average Electric Bill in Oregon

Mon, 20 Jul 2026 09:40:36 GMT

For many homeowners in Oregon, trying to understand what you are being charged on your electric bill can be challenging, to put it mildly. Understanding your electricity charges, however, is essential for managing your energy consumption effectively and potentially saving money. Today we will cover the components of your electric bill and help you to gain clarity on what you are actually paying for.

For this billing cycle, our sample homeowner was billed $77.42, for 533 kWh. As you look at the individual charges, you should see some inconsistencies.

Some of these line items are fixed charges, meaning that you will be paying for them regardless of how much energy you are buying.

So What Are You Paying For Power?

So What Can You Do to Lower Your Bill?

If you subtract the fixed charges ($12.38) from the total bill ($77.42), you are left with $65.04. When you divide that charge by 533 kWh, you are left with a rate of $0.122 that you are paying for each kWh you need in Pacific Power.

Well, that was the rate in October, anyway. In January 2024, Pacific Power increased the rates by nearly 15%. Now they are petitioning the Public Utility Commission to raise the rates by an additional 16.9% .

Other charges are directly based on how many kWh you are purchasing from Pacific Power or PGE. You can directly offset these charges by reducing your usage or by installing solar.

Charges, Charges, and More Charges

And lastly, there are two charges you can indirectly offset by lowering your usage or by installing solar. These line items are charged as percentages of your total bill.

Usage

A large cheese pizza is going to cost you more than a small cheese pizza. Pretty simple concept, right? Solar works the same way. If you are using more energy, you are going to be charged more for it. Both PGE and Pacific Power show your last 13 months of usage on a graph. With some simple math, you can approximate your usage.

So now we know that this sample homeowner has paid for 9333 kilowatt-hours (kwh) in the past year. But how much is he paying for each kWh? For this, we need to dig into the details.

Is It Time to Invest in EV Charging Stations?

Mon, 20 Jul 2026 09:06:46 GMT

An EV explosion: A question of the chicken or the egg

We are at a moment in time that feels like the tipping point for the EV revolution. But, the question that needs to be answered for EV to really take off is simply a matter of what needs to come first. More consumer adoption, or more infrastructure?

Right now, when told about EV charging opportunities, business owners often say, “We’re going to wait until there are more EV’s on the road.”

Meanwhile, car buyers who are told about the benefits of electric vehicles often say, “I’m going to wait until there is more infrastructure in place. There just aren’t enough charging stations yet.”

Despite this hesitancy, when it comes to the future being electric, it’s no longer a question of if, but when. So, what’s being done to bridge the gap?

One reason why business owners are unsure if it’s time to join the EV wave, is that most still perceive electric vehicles as “high-end.” After all, Telsa still owns over  50% market share  in the EV industry, and with that market share comes a high price tag that could limit wide-scale adoption, or the areas where EV owners are going to be charging.

But that perception may no longer be accurate.

There are currently over 40 models of electric vehicles on the market today, with more on the way. The large-scale adoption the industry has been pushing is becoming evident as close to   2.5 million EV vehicles are on the roads as of 2024 . Even federal and state governments are helping promote the adoption by offering large incentives and rebates for individuals and businesses to switch over to EVs.

What’s especially exciting, is that many EV options have been on the market long enough to develop a  maturing used market . Early adopters are looking to switch their existing EVs to newer models, and companies are starting to cycle out older vehicles, increasing supply and causing prices to go down.

While the median price of a used car in the United States is just under $30,000, a quick search on used car websites such as  Kelley Blue Book  shows a growing number of EVs that are below that average. Some are even listed at half that price.

There has also been a push to improve the infrastructure needed for EVs, specifically charging stations (both   level 2 and DCFC ) to create a complete network that drivers can use to charge anywhere. The goal is to add charging stations to everyday parking spots at offices, supermarkets, and shopping centers, increasing the ability for EVs to go anywhere, and providing a new semi-passive stream of income to property owners getting into the charging business.

That brings us to where we are now, trying to decide whether the need to grow the infrastructure should come first, or if it is better to wait for more adoption of EVs.

As the market for EVs matures and more affordable options become available, more consumers will be able to make the switch than ever before. So, the only thing holding consumers back now is the inconvenience of limited charging locations. This means there is a huge opportunity waiting to be realized.

Change is clearly happening, but what the EV industry needs is forward thinking business owners to recognize this opportunity and make the first move.

To help, the push to increase infrastructure has seen commitments at the highest levels, intending to incentivize the creation of more charging stations. In Massachusetts utility companies are offering businesses up to  $400,000 to cover EV charger  installation project costs.

The future is coming. The question is, will you be part of it?

The Ultimate Connecticut Homeowner’s Guide to Home Battery Backup System Incentives

Mon, 20 Jul 2026 09:01:10 GMT

Now is the time to take advantage of the best incentives in the country

Why is the state of Connecticut offering you so much money to be prepared and be able to keep the lights on? And how can you take full advantage of the best incentives in the country while they last?

With power outages becoming increasingly common, ensuring a reliable power source for your home is essential. Home generators have long been the only solution, but now battery backup systems, like the FranklinWH or Telsa Powerwall 3’s, are giving homeowners a more sustainable option, with none of the hidden costs. Connecticut is currently offering substantial incentives for homeowners to install one of these battery backup systems, making now the perfect time to invest. This guide will walk you through everything you need to know about battery backup systems, the current incentives available, and how to maximize your savings.

The reality is, Connecticut’s energy grid is now over 100 years old and faces significant challenges, especially during extreme weather events, but also during peak energy delivery hours. By encouraging homeowners to install battery backup systems, the state aims to:

Enhance grid stability and resilience
Reduce reliance on fossil fuels
Promote the adoption of renewable energy sources

Somewhat surprisingly, the utility companies are very much on board with this, and are actually paying homeowners thousands of dollars in order to access their batteries, but more on that later.

Why Connecticut is Offering These Incentives

Understanding the Incentives

Connecticut offers several incentives to make battery backup systems more affordable:

Upfront State Rebate (22-50%) : Homeowners can receive an immediate discount on the purchase price of their battery backup system. The exact discount depends on various factors:

System Size: This is pretty simple, you’ll get a bigger rebate if you install at least two batteries. In fact, it doesn’t really make any financial sense to ever only install one battery given the incentives available. Each battery is 13.6KW and for the average home two of these batteries is ideal and makes it comparable to a top of the line home generator.
You’re LMI, which is low to moderate Income. This just means that your household income is 60% or less of the SMI (State Median Income). Click here to see whether or not you qualify as LMI.
Your city/town is on the state’s list of Distressed Municipalities.
Your home is considered “Grid Edge”. What does that even mean? Basically, this just means that it costs more to deliver power to you, you’re more likely to experience outages, and when you do it will likely take longer to get power back. Meaning you’re the perfect candidate for batteries, and solar for that matter. Look up your address on this map to find out if you’re grid edge.

Federal Tax Credit (30%) : The federal government provides a tax credit covering 30% of the cost of your battery backup system, further reducing the financial burden.

Utility Dispatch Program : Through this program, the utility company pays homeowners to discharge their battery’s power during peak hours. This not only helps stabilize the grid but also provides homeowners with additional income. In fact, most homeowners participating in the program make over $1,000 a year in passive income from the utility companies. Hard to believe? Read this article from Eversource .

To qualify for the maximum incentives, follow these steps:

Choose a Qualified Installer : Ensure your installer is approved by the Connecticut Green Bank or other relevant authorities.
Select Eligible Equipment : Only certain battery backup systems qualify for the incentives. Right now, FranklinWH batteries are your best bet in CT. More on why they are a great choice below.
Complete the Necessary Paperwork : Submit all required documentation, including proof of purchase and installation, to the appropriate agencies.
Enroll in the Active Dispatch Program : Sign up for the program through your utility company to start earning payments.

Steps to Qualify for Maximum Incentives

Franklin batteries are an excellent choice for homeowners looking to invest in a reliable power solution, and here’s why:

Seamless Integration with Solar Arrays : If you have solar, your Franklin batteries get tied in and are charged by your panels so that when the power goes out they’ll take over. What’s really great about pairing batteries with solar is that your batteries will allow your solar panels to continue producing power during outages, charging your batteries during daylight hours, enabling you to keep the lights on during prolonged outages.
No Gas or Maintenance Required : We all know the hidden costs and headaches of traditional generators. These Franklin batteries don’t rely on gas and require minimal maintenance, making your life so much simpler.
12-Year Warranty : Enjoy peace of mind with a long-term warranty that ensures your investment is protected.

Why Franklin Batteries are a Great Investment

Act Now: Limited Time Incentives

Connecticut’s generous incentives won’t last forever. With 36% of the 10MW state program already utilized, it’s crucial to act quickly. Experts predict these incentives will be scaled back within the next year, so there’s no better time to secure your home’s power future.

Conclusion

Investing in a battery backup system not only provides security and peace of mind but also contributes to a more resilient and sustainable energy grid. With Connecticut’s current incentives, installing a battery backup system has never been more affordable. Act now to take full advantage of these offers and protect your home from power outages.

By following this guide, you can make an informed decision about installing a battery backup system and ensure you receive the maximum benefits available. Don’t wait—start your journey to a more secure and energy-efficient home today.

The Long-Term Investment: How Long Do Solar Panels Last & Why It Matters

Mon, 20 Jul 2026 08:15:14 GMT

In the journey toward sustainable living, solar panels have emerged as a leading solution for cost effective renewable energy. If you’re considering going solar, understanding the lifespan of solar panels is crucial in order to make informed decisions. This article delves into the durability and effectiveness of solar panels over time, letting you know what to expect in terms of performance and maintenance. We will explore why solar panels can be a fantastic long-term investment, not only for financial savings but also for their environmental benefits.

The Lifespan of Solar Panels

Solar panels typically have a lifespan of 25 to 30 years. This does not mean that they stop producing electricity after this period, but their efficiency will likely decrease. Top rated installers will likely use the highest quality panels which are 92% efficient after 25 years, which is actually pretty remarkable. Typically, panels will lose 2-3% in year one, and then .25% each year after. Lower quality solar panels experience a degradation rate of about 0.5% to 1% per year, putting them at about 80% to 85% of their original capacity by year 25.

Several factors influence how long solar panels last:

Quality of Materials and Manufacturing: High-quality materials and superior manufacturing processes contribute to the longevity of solar panels. Panels from reputable manufacturers are likely to last longer and perform better over time. Working with a reputable and trustworthy installer should guarantee that they’re using high quality products.

Installation Quality: Proper installation ensures that solar panels are securely mounted and optimized for maximum sunlight exposure. Poor installation can lead to issues like water leakage and physical damage, reducing the panels’ lifespan. Once again, make sure to research the company you choose to work with before trusting them with your home. Do they value quality, customer service, and doing the right thing over revenue and jobs completed?

Environmental Conditions: Solar panels are designed to withstand various weather conditions, but extreme weather events like hail, heavy snow, and high winds can cause wear and tear. Panels in areas with harsh climates may have a shorter lifespan.

Maintenance Practices: Regular maintenance, including cleaning and inspection, can extend the lifespan of solar panels. Dust, dirt, and debris can accumulate on panels, reducing their efficiency. Periodic cleaning and professional inspections help maintain optimal performance. Sadly, many solar companies are here today and gone tomorrow. Make sure to consider how long an installer has been in business and their track record of customer service before getting into what is really a long-term relationship.

Technological Advancements: Newer solar panels often incorporate advancements that enhance durability and efficiency. Investing in the latest technology can result in longer-lasting panels with better performance. That said, panels have made huge advancements over those used 25 years ago, but much like other technology the curve has flattened and year over year improvements are now much smaller than before. While waiting for technology to advance may have been valid in years past it’s hard to argue any financial benefit today.

Factors Affecting Solar Panel Longevity

A Message From Our CEO On The Recent SunPower News

Mon, 20 Jul 2026 08:07:52 GMT

Dear Valued Customer,

We want to inform you that one of our long-time partners, SunPower, has recently filed for Chapter 11 bankruptcy protection. While this development is disheartening, we want to assure you that Earthlight remains committed to supporting you.

As a growing family-owned and operated business, transparency and adherence to our core values are fundamental to us. One of our core values is “We do the right thing,” and we are dedicated to upholding this principle now more than ever.

Although SunPower has not yet provided a formal resolution regarding their warranty situation, please be assured that Earthlight stands firmly behind the products we have installed. We maintain direct relationships with all involved manufacturers and have a robust service department prepared to assist you today, tomorrow, and into the future.

We deeply value your trust and want you to feel confident that choosing Earthlight as your solar provider ensures continued protection and support.

We will keep you updated with any official information we receive regarding SunPower’s situation as it becomes available.

Thank you for your continued support and understanding.

Sincerely,

Sam Schneider

Chief Executive Officer

Earthlight Technologies

Frequently Asked Questions

Solar: Affordable & Predictable Energy for CT Homeowners

Mon, 20 Jul 2026 07:56:37 GMT

Predictability. We expect it just about everywhere else, but for some reason not with electricity. At the end of the day, none of us expect free electricity, but wanting affordable and predictable energy rates shouldn’t be unreasonable.

As Eversource’s July rate hikes take effect, many Connecticut homeowners face higher utility bills amid rising summer temperatures. These increases, caused by the summer heat and increased usage, leave residents with unpredictable and escalating energy costs. It might even leave homeowners wondering what other options there are. Installing solar panels offers a way to take control of your energy expenses, providing predictability and stability.

Is Solar Worth it in CT?

Solar energy provides a unique advantage: it allows CT homeowners to lock in their energy costs. By investing in solar panels, you can significantly reduce or even eliminate your dependence on the grid, shielding yourself from future rate hikes. There are two main ways to go solar. The first is paying for your system up front, a significant investment that results in substantial long-term savings, or a Power Purchase Agreement, which doesn’t require you to own the equipment but instead simply purchase the power the solar panels produce.

Let’s break down these two paths to energy predictability.

When considering solar installation, homeowners have two primary financing options: paying upfront (cash) or opting for a Power Purchase Agreement (PPA).

Cash Purchase: This option involves buying your solar panel system outright, leading to maximum long-term savings and potential eligibility for incentives and tax credits. It offers the most control over your energy production and costs. One of the first questions everyone asks is how long it takes to recoup that investment. We’ll share the math below, you might just be surprised.
PPA: A PPA allows homeowners to install a solar system with little to no upfront cost. Instead, you agree to purchase the electricity generated by the panels at a rate lower than current utility rates with a low fixed yearly increase. Sure, you miss out on some of the long-term savings, but this option provides immediate savings and protects you from utility rate increases, thus allowing you to benefit from the predictability of solar without a large up-front investment.

As mentioned, there are also other financial incentives potentially available to homeowners considering solar panels. Solar incentives in Connecticut , such as solar rebates, sales tax exemptions, and property tax exemptions are some of the ways to help reduce the overall cost.

Solar Financing Options: Cash vs. PPA

How the Predictability of Solar Power Can Save You Money

Now let’s see exactly how each of these two options results in energy savings over time.

Investing in owning a solar system provides homeowners with financial predictability and long-term savings. Let’s break down the math:

Initial Investment : Let’s use an average cost of a residential solar project of $31,500.
Federal Tax Credit : A 30% Federal Tax Credit bringing the net average cost to $22,050. This is NOT a discount. You will receive a credit against your taxes for 30% of the project total, effectively reducing the cost by $9,450.
Monthly Savings : Using an average electric bill of $233/month, we can estimate the payback period.

To find the payback period:

Initial Investment : $22,050
Monthly Savings : $233
Since you own your solar panel system you will be producing your own electricity and pay nothing to the utility company. This assumes your system was sized to cover 100% of your energy usage. As long as your home qualifies, this is a reasonable assumption to make.

So, it takes approximately 7.5 years to pay off the investment. After this period, assuming the system covers 100% of the energy needs, the homeowner essentially pays nothing for electricity.

Yearly Savings Calculation :

Initial Annual Savings : $2,800 (based on $233 monthly savings)
Assumed Yearly Utility Rate Increase : 5% (that you won’t be subject to anymore)

To calculate the savings over time, we start with $2,800 and increase it by 5% annually:

Over the next 10 years after having paid off the system you’d save over $35,000. Not only will homeowners save over time, but starting day one they will be shielded from utility rate hikes.

Cash: Investment and Payback

PPA Agreements: Fixed Rates and Predictable Costs

A Power Purchase Agreement (PPA) offers a different financial model:

Current Utility Rate (in CT) : 29 cents per kWh
Starting PPA Rate : 18 cents per kWh (rates can be higher but as of 2024 homeowners should think twice before signing a PPA agreement starting above 24 cents per kWh)
PPA Rate Increase : FIXED 2.99% annually for length of term (This fixed increase is predictable, unlike the variable and often surprising rate hikes from utilities like Eversource.)

To calculate when the PPA rate equals the current utility rate:

Initial PPA Rate : 18 cents
Utility Rate : 29 cents
Annual Increase : 2.99%

It takes around 14.5 years before the PPA rate matches the current utility rate, and that’s assuming that in 14.5 years the utility rate wouldn’t have increased at all! In reality, utility rates are projected to increase 5% each year, so locking into a fixed 2.99% and starting at a lower cost per kWh makes a Power Purchase Agreement a very attractive solution to energy uncertainty. Recent increases in Connecticut highlight the volatility of traditional energy costs, making solar a stable and cost-effective alternative.

Conclusion

Solar panels offer homeowners in Connecticut a way to gain control over their energy costs. Whether through purchasing a solar panel system outright or entering a PPA, solar provides a predictable, long-term solution to rising utility rates. By investing in solar power, homeowners can secure their financial future, reduce their environmental impact, and enjoy peace of mind knowing they are protected from rate hikes and no longer held hostage by the utility company.

If you’re looking to learn more about solar power or solar panel installations, contact Earthlight Technologies today.

Can You Get Solar Panels for Free? Demystifying These Claims

Mon, 20 Jul 2026 07:45:11 GMT

With the rising popularity of renewable energy, many homeowners are exploring solar power as a sustainable and cost-effective solution. Unfortunately, misleading advertisements often promise things like “free solar panels from the government,” leading to skepticism and confusion among potential solar adopters. By the end of this article, our goal is to clarify the reality of these claims and guide homeowners through the legitimate steps to access government-supported solar programs.

Let’s start off by taking a look at some of these common claims or headlines.

Debunking Common Claims Promising “Free Solar Panels”

These ads seem to be everywhere on social media, in online searches, and even come up on phone calls and emails. While they sound good, it’s essential to approach them with caution and skepticism. Here are some common claims made in these ads and the realities behind them:

The Claim: This type of ad suggests there’s a secret trick or hidden information that legitimate companies are keeping from you, presumably to protect their profits.

The Reality: Reputable solar companies will be transparent about their products, services, and the potential savings. Be wary of anyone claiming exclusive knowledge or shortcuts. There is extensive oversight within the solar industry and government programs aren’t hurting solar installers, they are only helping to make solar attainable for more people.

1. “Solar Companies Don’t Want You to Know This!”

2. “The government will give you FREE solar panels!”

The Claim: Ads often suggest that government programs offer free solar panels to homeowners, making it sound like an entirely cost-free process.

The Reality: While there are solar incentives from the government that significantly reduce the cost of solar panels, such as federal tax credits and rebates, they do not cover the entire cost. For example, the Investment Tax Credit (ITC) covers a percentage of the solar panel installation costs, but homeowners must still pay the remaining balance. The concept of “free” usually applies to the substantial financial assistance available, not the total elimination of costs.

The Claim: This type of ad suggests that homeowners can install solar panels without any upfront payment and immediately start saving on their energy bills.

The Reality: Such offers are often tied to solar leasing or power purchase agreements (PPAs). In these legitimate arrangements, a third-party company installs the solar panels on your property at no upfront cost. However, instead of owning the panels, you make monthly payments for using the electricity they generate. While this can be a great way to lower your energy bills without substantial up-front investment, a solar lease or PPA doesn’t equate to “free” solar power, as you’re essentially doing a bill swap and paying the solar provider for the electricity produced by the panels, just at a lower monthly payment rate than you’d pay the utility company.

3. “Install Solar Panels at No Cost!”

How to Protect Yourself

4. ” Free Solar Program for Qualifying Homeowners Ending Soon – Act Now!”

The Claim: These ads create a sense of urgency, suggesting that only a select few homeowners can qualify for free solar panels, often emphasizing a limited-time offer.

The Reality: This is a common tactic used in marketing to encourage quick decisions. While some programs may have limited funding or specific criteria, the urgency is often exaggerated to prompt immediate action. It’s important to take the time to research and verify the legitimacy of such offers. True government programs and reputable solar companies will provide clear and transparent information without pressure tactics.

The Claim: This claim implies that installing solar panels will immediately and significantly increase your home ’s value at no cost to you.

The Reality: While solar panels can indeed enhance a home’s value, the notion of “free” installation is misleading. The actual increase in value depends on factors like the quality of the installation, the remaining life of the panels, and local real estate market conditions. Moreover, the costs of installation, even with incentives, are not eliminated, meaning homeowners still have financial considerations.

5. “Free Solar Panels – Increase Your Home’s Value Instantly!”

To avoid falling victim to misleading advertisements, here are some tips:

Research Thoroughly: Before committing to any offer, research the company and the specifics of the offer. Check for reviews, certifications, and any potential red flags.
Ask Detailed Questions: Inquire about the total cost, solar financing options, and any terms and conditions. Request a clear, written agreement that outlines all aspects of the offer.
Consult Professionals: Speak with a certified solar consultant or financial advisor to understand the real benefits and costs associated with going solar.
Verify Government Programs: Cross-check any government programs mentioned in the ads with official government websites or reliable resources like the DSIRE database.
Beware of Pressure Tactics: While there may be offers that expire or have deadlines, legitimate companies allow you time to make informed decisions.

By staying informed and cautious, homeowners can avoid scams and make educated decisions about their solar investments. Remember, while the prospect of “free” solar panels is alluring, true cost savings come from understanding and leveraging legitimate solar incentives and making well-informed choices.

Conclusion

While the idea of “free solar panels from the government” is more myth than reality, significant financial assistance is available to make solar systems more accessible. By understanding the eligibility criteria, researching available programs, and working with reputable installers, homeowners can navigate the process smoothly and enjoy the benefits of solar energy.

For more detailed information on how to get started, talk to one of Earthlight’s solar experts , or check out our article on how to take full advantage of solar incentives and get affordable renewable energy.

Remember, with the right information and support, transitioning to solar can be a straightforward and rewarding process.

A Review of Earthlight’s 2024

Mon, 20 Jul 2026 07:02:02 GMT

As we close out 2024, Earthlight is proud to report a year of tremendous growth, both in our business and our employees. Our family has grown with 45 new members that are committed to our mission of delivering quality, innovation, and reliability in everything we do.

In 2024, our sales saw remarkable success across three states and key areas, including residential and commercial solar installations, EV charging solutions, and energy efficiency projects. In fact, our commercial solar team installed almost 8,500 modules and our residential team assisted over 900 families across three states! These achievements are a testament to our values; demanding quality in every project, acting as responsible stewards, and working safely and collaboratively to meet the needs of our customers. We could not have met these goals without our entire team and that includes you, the customer!

Our west coast team based out of Silverton, Oregon.

We are proud to say that Earthlight is a stable and dependable company in an ever-changing industry, and we look forward to another year of shared success.

Want to help more people go solar and earn rewards while you’re at it? Our referral program makes it easy—plus, you can track your referrals and rewards in our app! Download the Earthlight app today to get started .

The Earthlight headquarters in Ellington, CT and our growing team of solar experts.

A Brief History of Solar Energy: What You Need to Know

Fri, 17 Jul 2026 17:43:15 GMT

Solar energy is more than just a buzzword; it’s a cornerstone of the transition to renewable energy and a critical solution to our growing energy needs. From its beginnings as a scientific breakthrough to its current role as a new leading energy source, solar power has a history of innovation. Let’s explore the journey of modern solar energy, from its earliest developments to the transformative technology we see today.

The foundation of modern solar power was laid in 1839 when French physicist Alexandre Edmond Becquerel discovered the photovoltaic effect—the process by which sunlight generates electricity.

The photovoltaic effect occurs when light photons strike certain materials, exciting their electrons and causing them to flow as an electric current. This process is at the heart of solar panel technology, converting sunlight directly into usable electricity with remarkable efficiency and no harmful byproducts.

The first practical solar cell was developed in 1954 by Bell Labs, marking a turning point for solar energy. These early cells were initially used to power satellites, showcasing their potential for innovation in extreme conditions.

By the 1960s, solar technology was further refined for specialized applications, such as remote communication systems and weather stations, laying the groundwork for broader adoption in the decades to come.

Early Solar Technology

Conclusion

The journey to find a renewable source of energy like solar is a testament to human ingenuity and the drive to create a sustainable future. Curious to dive deeper into the world of solar energy? Check out our blog library , explore our YouTube channel for engaging videos, or visit our office for an interactive tour and see how solar works up close!

The Modern Solar Industry

Dr. Charles G. Abbot demonstrating a solar energy device. Image courtesy of the Smithsonian Institution Archives.

The Discovery of the Photovoltaic Effect

Today, solar power is more efficient, cost-effective, and versatile than ever. Advances in solar panel design, batteries, and integration with smart technologies have made it easier for individuals and organizations to harness the sun’s clean energy.

At the same time, innovation continues to drive the industry forward with emerging trends, like flexible solar panels, advancements in storage solutions, and improvements in recycling technologies.

These developments promise to make solar energy even more efficient and sustainable, ensuring it remains a vital part of the global energy landscape for years to come.

Introduction

Key Moments in Solar Power’s Evolution:

Is Solar Worth It in Oregon? Complete 2026 Homeowner’s Guide

Fri, 17 Jul 2026 17:20:32 GMT

Thinking about going solar in Oregon? With rising energy costs and new state incentives, more homeowners are wondering if 2025 is the right time to make the switch. In this guide, we’ll walk through everything you need to know to make an informed decision, including how much solar costs, how long it takes to pay off, what buy-back rates look like, and how Oregon’s weather and policies impact performance. We’ll also cover available rebates, financing options, and what to consider before installing panels on your home.

How to Know if Solar is Worth it in Oregon

Whether or not solar power is right for your home depends on a few key factors, including your energy usage, roof setup, and financial goals. Here’s what to evaluate.

Oregon homes with higher electricity bills typically see the biggest return from solar panels. If you’re running heat pumps, electric water heaters, or EV chargers, generating your own electricity can offer significant long-term savings.

Your Electricity Usage

Financing Options

Solar loans, leases, and power purchase agreements (PPAs) offer different ways to pay for solar over time. Each has its pros and cons, so compare carefully based on ownership goals and budget.

If you’ve been thinking about solar, 2025 is a great year to take a closer look. Between strong federal and state incentives, rising electricity rates, and steady improvements in solar technology, homeowners across Oregon are seeing real value from making the switch. A well-designed system can cut your energy bills and pay for itself in an average of 9 years. Plus, Oregon’s net metering policies and support for battery storage make it easier than ever to get the most from your investment.

Ready to see what solar could look like for your home? Reach out to us at Earthlight Tech, one of Oregon’s top-trusted solar companies, to get a custom quote and take the first step toward cleaner, more affordable energy.

Final Thoughts: Are Solar Panels Worth it in Oregon in 2025?

Frequently Asked Questions

How Much it Costs to Get Solar Panels in Oregon

In 2025, solar costs in Oregon are generally measured per watt, and total system prices vary based on size, equipment, and installation complexity. While there’s no one-size-fits-all number, homeowners may also be able to take advantage of a 30% federal tax credit, which can significantly reduce the upfront cost of solar panel installation. Whether you live in Silverton or the suburbs of Portland, the installation process is similar and the incentives can be substantial.

Average Payback Period for Solar in Oregon

On average, Oregon homeowners see a solar payback period of just over nine years. That means the money you save on electric bills will typically cover your investment in under a decade—after that, your investment has been paid off and your power is essentially free; the longer you stay in your home, the more you save.

Current Oregon Solar Buy-Back Rates

Oregon also has a net metering policy , which gives you utility credit for any excess electricity your system sends back to the grid. These programs help stretch your investment even further and can significantly boost long-term savings.

Benefits of Solar Panels in Oregon

Beyond the payback timeline, solar panels provide a range of benefits, from financial incentives to increased home value and environmental impact.

Rising Electricity Costs

Since 2020, residential electricity rates in Bend, Salem, and elsewhere in Oregon have steadily climbed . In some areas, homeowners are seeing up to a 50% increase in their monthly utility bills. Solar can help reduce your reliance on the grid and shield you from future rate hikes.

Federal Tax Credits: Homeowners may be able to deduct 30% of their total solar installation costs from their federal taxes , dramatically lowering out-of-pocket costs.
State and Local Rebates: The Energy Trust of Oregon provides upfront cash incentives for both solar panels and battery storage. Income-qualified households may receive additional benefits.
Solar Within Reach: This income-based program helps eligible Oregon residents access even higher rebates, making solar more affordable for more families.
Net Metering: Oregon’s net metering policy ensures that any unused electricity your system produces isn’t wasted and that you get credited for sending it back to the grid.

To learn more about the financial incentives available to Oregon homeowners, check out our 2025 Oregon Solar Incentives Guide .

Financial Incentives

Increase Home Value

Homes with solar panels often appeal to buyers looking to save on energy bills and reduce long-term energy costs, increasing their value. A solar system can make a property more attractive in the real estate market by offering built-in energy efficiency and ongoing savings. If your home already benefits from net metering, that ongoing utility credit structure for excess energy can be a big plus for potential buyers.

Solar is a clean, renewable energy source that helps reduce your household’s carbon footprint. By generating your own electricity, you reduce demand for fossil fuel-based energy and support a more sustainable energy grid.

Environmental Benefits

Top Considerations for Going Solar in Oregon

Before making the switch, it’s important to evaluate your home and financial situation to ensure solar is a practical fit.

Roof Orientation and Shading

Solar panels perform best on south-facing roofs with minimal shading. Trees, chimneys, and neighboring buildings can reduce output, so a solar company should assess your home’s solar potential.

Initial Investment

Even with incentives, solar systems require upfront costs. Understanding available rebates, financing options, and your expected savings is key to making an informed decision.

Roof Condition

If your roof is aging or due for replacement, it’s best to handle that before installing solar panels. Panels can last 25+ years, and removing them later for repairs can be costly.

System Size and Efficiency

System size is tailored to your energy use, budget, and roof space. A reputable installer will design a system to meet your goals and recommend equipment that maximizes efficiency and durability.

Adding battery storage gives you more control over your energy use and offers backup power during outages. It also helps you take greater advantage of solar production throughout the day.

Battery Storage

Why Renewable Energy is Important For a Sustainable Future

Fri, 17 Jul 2026 17:04:12 GMT

What Is Renewable Energy?

You’ve likely heard the term renewable energy before, but what exactly does it mean? Simply put, renewable energy is defined as energy that comes from natural energy resources like sunlight, wind, and water, and replenishes themselves at a higher rate than they are consumed. These resources are constantly available, unlike fossil fuels, which take millions of years to form and are therefore finite.

The beauty of renewable energy, also called green energy, is that it works in harmony with nature, providing the power we need without exhausting the planet’s resources. This makes it a key part of building a more sustainable and balanced energy future, especially as the world works to reduce carbon dioxide emissions and mitigate the effects of climate change.

Renewable energy might sound like a complex topic, so let’s break down some of the main types:

Solar Energy: Solar panels capture sunlight and convert it into electricity. It’s one of the most accessible forms of renewable energy, perfect for electricity generation of homes and businesses. Most modern solar systems use solar photovoltaics, which convert sunlight directly into electricity using semiconductors.

Wind Energy: Wind turbines use large blades to capture the kinetic energy of moving air and convert it into electricity. As a growing segment of renewable power, wind power continues to expand across the U.S., often located in open plains, coastal areas, or offshore, where wind speeds are consistent and strong.

Hydropower: This involves capturing the energy of moving water, typically using dams or turbines placed in rivers or waterfalls, to produce electricity. Also known as hydroelectric power, it’s a reliable and well-established source of renewable energy that provides flood control and water storage benefits.

Geothermal Energy: By tapping into the Earth’s internal heat, geothermal plants use steam or hot water reservoirs beneath the surface to drive turbines and generate electricity. This form of thermal energy is both clean and efficient, and it can also be used for direct heating in homes, schools, and businesses.

Biomass Energy: Organic materials like wood or crop waste are processed or burned to create energy. This method of generating electricity is often used in combination with other clean sources to stabilize the electricity grid.

Nuclear Energy: Though not considered renewable, nuclear power is often part of the broader clean energy conversation. By producing large amounts of electricity with zero direct emissions, it complements the role of renewables in decarbonizing the power grid.

Each of these sources plays a role in reducing our reliance on fossil fuels and building a more resilient and sustainable energy infrastructure.

What Are Renewable Energy Sources?

Is Solar Energy Renewable?

Absolutely! Solar energy is a perfect example of renewable energy in action. The sun provides an endless supply of energy every day, and solar panels are designed to capture and convert that sunlight into usable electricity.

What makes solar energy especially exciting is its versatility. It can power everything from a single home to an entire business, making it one of the most practical renewable options available. Additionally, advances in energy storage are making it even easier to rely on solar power day and night.

To fully understand the value of renewable energy, it’s important to compare it to nonrenewable energy sources like coal, oil, and natural gas. Nonrenewables are finite, take millions of years to form, and are depleted as we consume them. Their use also releases large amounts of greenhouse gases and pollutants into the environment.

In contrast, renewables are naturally replenishing and produce little to no emissions during operation. While nuclear energy is not renewable, it shares some low-emission characteristics and can play a supporting role in reducing dependency on fossil fuels. Ultimately, transitioning away from nonrenewables is essential to achieving long-term environmental and economic stability.

How Renewable Energy Compares to Nonrenewable Energy

Benefits of Renewable Energy

Renewable energy offers a wide range of benefits that go far beyond simply keeping the lights on. Here’s why it’s so important:

Environmental Longevity: Renewable energy supports the long-term health of our environment by reducing the strain on natural ecosystems. Unlike fossil fuels, which degrade air, water, and soil quality over time, renewable sources like solar preserve environmental balance for future generations.
Energy Independence: Renewable energy reduces reliance on imported fuels, giving communities more control over their energy supply.
Economic Growth and Job Creation: The renewable energy sector is one of the fastest-growing industries in the world, providing millions of jobs in manufacturing, installation, maintenance, and research. This growth helps stimulate local economies and supports long-term employment opportunities.
Improved Public Health: By reducing air and water pollution, renewable energy contributes to better respiratory and cardiovascular health. Clean energy production minimizes the harmful emissions associated with traditional power generation.
Grid Resilience and Reliability: Distributed renewable systems like rooftop solar or community wind projects can strengthen the overall power grid by diversifying energy sources. This reduces the risk of widespread outages and improves energy access in rural or underserved areas.

Benefits of Solar Energy

When it comes to renewable energy, solar power stands out for its unique advantages :

Accessibility: Solar panels can be installed on rooftops or open spaces , making it easy for homeowners and businesses to find space for this option.
Low Operating Costs: Once installed, solar panels require little maintenance and produce electricity at no additional cost. (In fact, they often help homeowners and businesses offset their electric bill .)
Scalability: Solar energy systems can be as small as a single panel or as large as a solar farm, making it a flexible option for various needs.

Challenges of Renewable Energy Adoption

While the benefits of renewable energy are clear, adoption is not without its challenges:

Intermittency: Sources like solar and wind are weather-dependent, meaning they don’t always produce energy consistently. That’s why investment in energy storage is key to reliability.
Grid Integration: Many regions still rely on older infrastructure that wasn’t built to handle the variability of renewable energy. Upgrading the electricity grid to support clean energy is a crucial next step.
Cost and Access: While prices are falling, the upfront cost of installing systems can still be a barrier for some homeowners and small businesses.
Permitting and Siting: Locating and approving sites for wind farms, solar arrays, and transmission lines can be a lengthy process.

These hurdles are actively being addressed by policy, innovation, and investment.

The Role of Policy & Incentives in Renewable Energy

Government incentives and policies play a critical role in expanding renewable energy use. Programs like the Federal Investment Tax Credit (ITC) for solar make it more affordable for homeowners and businesses to adopt clean technology. Many states also offer rebates , net metering , and renewable energy certificates.

On a broader scale, national and international clean energy policy initiatives are helping to fund research, incentivize utilities, and set carbon reduction goals, all of which contribute to a more sustainable future powered by renewables.

Why Are Renewable Energy Sources Important?

Renewable energy sources are essential because they provide a sustainable way to meet our energy needs while protecting the environment. As concerns over resource depletion and emissions continue to grow, the role of renewables becomes even more vital. By reducing our dependency on finite fuels like coal and oil, renewable energy contributes to a more secure, stable, and equitable energy future.

As technology advances, the future of renewable energy looks increasingly promising. Ongoing innovation in solar photovoltaics, energy storage, smart grid technology, and more is making renewable power more efficient, affordable, and accessible than ever.

We’re also seeing rapid growth in green infrastructure, from large-scale wind farms to decentralized microgrids that serve remote communities. And with continued support from public and private sectors, the global transition to renewables will accelerate, helping to combat climate change and build a more resilient world.

Keep learning about solar and other renewable options on the Earthlight blog page or on our YouTube channel!

The Future of Renewable Energy

How Does Solar Energy Work? A Beginner’s Guide

Fri, 17 Jul 2026 16:46:35 GMT

In 2025, solar energy is working all around us; in homes, on commercial buildings, and even in our parking lots. But how does it all work? We can help with that! In this blog, we break down how solar energy actually works at a basic level and how it is integrated into everyday life.

How Do Solar Panels Work?

At its core, solar energy is all about harnessing the power of the sun. The sun emits energy in the form of light and heat, known as solar radiation. By capturing this radiation and converting it into electricity or heat, we can power our modern lives! Many people don’t realize that the solar industry is constantly innovating to make solar power more efficient and accessible.

This process revolves around two main technologies:

Photovoltaic (PV) Systems : PV systems use solar panels made from materials like silicon to capture sunlight and convert it directly into electricity through the photovoltaic effect. This process is also called solar photovoltaics, and it’s the most common way solar power is generated today.
Solar Thermal Systems : These systems focus sunlight to generate heat, which can then be used for heating water, buildings, or even producing electricity via steam-powered turbines.

It’s thanks to these solar technologies that we have a flexible and renewable energy source that can help reduce dependence on fossil fuels and lower energy bills!

The magic of solar energy lies in the photovoltaic effect! Here’s a step-by-step look at how solar panels can turn sunlight into electricity:

Sunlight Hits the Panels : Solar panels, typically installed on rooftops or open fields, capture sunlight using photovoltaic cells. (These cells, also called solar cells, are the grids that you see on solar panels.)
Electric Current is Generated : When sunlight strikes these cells, it excites electrons, creating a flow of electric current. This direct current, or DC electricity, must be converted for daily use.
Energy is Converted : An inverter then converts this direct current (DC) electricity into AC electricity, which is what most homes and businesses use daily. The solar inverter plays a key role in making this conversion smooth and reliable.
Powering Your Needs : The electricity generated can be used immediately, stored in batteries for later use , or even sold back to the power grid if you have net metering in place. This connection allows excess solar energy to benefit others in your community.

This simple, yet powerful, process allows homeowners and businesses to harness the sun’s energy to meet their power needs. A well-designed solar system often includes multiple panels working together in what’s called a solar array, capturing as much sunlight as possible. Even on cloudy days, your system will still generate some electricity or use what’s stored if needed.

How Solar Panels Produce Electricity

What Are Solar Panels Used For?

Solar panels have a variety of practical applications beyond just producing electricity:

Residential Use : Powering homes, charging electric vehicles, and reducing reliance on traditional energy sources.
Commercial and Industrial Use : Providing energy for factories, warehouses, and office buildings.
Specialized Uses : Supporting operations like water pumping for agriculture or powering satellites in space.
Off-Grid Solutions : Supplying power to remote areas where traditional grid access is unavailable.
Public Services : Providing energy for streetlights, traffic signals, and public facilities in urban and rural areas.

These versatile applications showcase the adaptability of solar power in addressing diverse energy needs.

Curious to dive deeper into the world of solar energy? Check out our blog library , explore our YouTube channel for engaging videos, contact us , or visit our office for an interactive tour and see how solar works up close!

Take The Next Step

Why LED Sports Lighting Is a Smart Investment for Fields and Facilities

Fri, 17 Jul 2026 16:41:56 GMT

When the sun goes down, the right lighting makes all the difference. Whether it’s a Friday night football game, a local baseball tournament, or practice under the lights, athletes and spectators count on clear, reliable illumination. At Earthlight Tech, we create lighting environments that help communities enjoy their fields longer and make every game feel like the big game.

As more towns, schools, and facility managers look to improve performance and cut costs, LED sports lighting has become the go-to solution. In this blog, we’ll explore what makes LED lighting superior for sports field lighting, showcase a recent sports lighting installation we did in Ellington, CT, and highlight how Earthlight supports communities across Connecticut, Massachusetts, and Oregon with custom LED outdoor sports lighting solutions .

Why LED Lighting Is Superior for Sports Field Lighting

Upgrading to LED lighting is more than just a visual enhancement—it’s a long-term investment in performance, efficiency, and public infrastructure. For towns, schools, and facility operators, the benefits are both financial and functional.

LED sports lighting dramatically reduces power usage and offers superior energy efficiency. Traditional HID or metal halide fixtures typically consume 1,000 to 1,500 watts per light, while comparable LED systems use only 400 to 600 watts. This significant drop in energy consumption translates into ongoing cost savings, often cutting electricity use by 50% or more.

Lower Energy Consumption

Project Spotlight: LED Sports Lighting Installation in Ellington, CT

That was exactly the approach the Town of Ellington took with its most recent upgrade. Earthlight led a multi-site sports lighting installation across three of the town’s most active community spaces: Pinney Street Park, Robert Tedford Park, and Ellington High School.

The scope was significant—239 new Musco LED sports lights were installed across 44 poles, along with 17 new parking lot lights to improve safety and visibility throughout the parks. Construction was carefully phased to avoid disruption: work began at Pinney in May, moved to Tedford in June, and finished at Ellington High School in August after graduation. This deliberate scheduling ensured that local sports programs and public access were never compromised.

Just as important as the lighting itself was the process behind it. Earthlight worked hand-in-hand with town officials at every stage, from early planning and permitting to final installation. Despite broader economic challenges, our team helped identify cost-saving engineering solutions to keep the project within the original budget.

And because Musco’s precision LED systems are engineered to reduce glare and spill, the result was a dramatic improvement in field lighting without intruding on neighboring properties. The new systems make gameplay safer, more enjoyable, and more sustainable for the long term.

As an Ellington-based company, this project was especially meaningful to our team. Many of us live here, have kids in these programs, and understand firsthand the value of upgraded sports field lighting. These improvements have eased scheduling strain, extended usable field hours into the evening, and opened the door for more games, practices, and community events right here at home.

Learn more about our Ellington Sports Lighting Project here .

Earthlight Tech is proud to design and install custom LED sports lighting systems for schools, athletic fields, parks, and other public spaces. Every project is approached with care and a strong sense of purpose, because we understand the role these spaces play in the communities they serve. Our team values quality, clear communication, and follow-through, and we bring that mindset to each installation.

As your local partner in sports lighting installation, we support clients across CT, MA, and OR with:

Site evaluations and layout planning
LED lighting solution designs tailored to your facility’s needs
Fixture sourcing and installation coordination
Project scheduling aligned with public access and seasonal use
Continued service and support as needed

If you’re looking for a dependable team to upgrade your sports lights , Earthlight Tech is here to help, from first consultation to final fixture.

Work With a Trusted Sports Field Lighting Company

Ready to Upgrade Your Sports Lighting?

Long-Term Performance and Reliability

HID systems begin to dim after just one year and often fail within a decade. In contrast, LED outdoor sports lighting retains its brightness much longer, with lifespans that extend 50,000 hours or more (up to 20 years depending on usage). This reliability not only reduces maintenance costs but also ensures consistent lighting quality year after year.

LEDs offer high-lumen output with superior uniformity, reducing glare and shadows across the field. This improves visibility for players, coaches, referees, and spectators alike.

Brighter, More Even Illumination

Instant On and Smart Control Integration

Unlike HID systems that require warm-up time, LED lights turn on instantly. They also pair well with smart control systems that allow for dimming, scheduling, and zone-specific lighting, giving facility operators more flexibility and efficiency.

Environmental and Community Value

LED systems are free of hazardous materials, generate less light pollution, and support sustainability goals. These upgrades enhance the value of public assets, extend the usable life of fields and facilities, and reflect a proactive approach to modern infrastructure management.

It doesn’t matter if you’re lighting a soccer field, softball diamond, or multipurpose recreation area, LED lighting provides the performance, savings, and long-term reliability that today’s sports environments demand.

Whether it’s lighting a single field, stadium lighting, or supporting a town-wide upgrade, our team takes pride in delivering dependable solutions that serve communities for years to come.

Contact us today to schedule a consultation with our commercial lighting team.

Final Solar Investment Tax Credit (ITC) Release

Fri, 17 Jul 2026 16:35:05 GMT

Earthlight is Ready for What’s Next

Policy changes are shifting how federal solar tax credits work, but at Earthlight, we remain confident in our position and our future. With a diversified foundation that includes commercial and residential solar , battery storage , EV charging , sports lighting, and a growing new roofing division, we’re built to adapt. No matter how the landscape changes, we’re prepared to lead.

The updated policy brings new timelines for both residential and commercial solar projects. For homeowner-owned residential systems, installation must be completed no later than December 31, 2025. Residential leases and power purchase agreements remain eligible through 2027, as long as the system is fully energized by that time. For businesses, commercial solar projects are also eligible through 2027 if fully energized by the deadline. Even with this shift, the value of solar remains clear. Solar is still a strong, standalone investment, especially as electricity rates continue to rise.

At Earthlight, we believe our responsibility doesn’t end with installation. We’re proud to service orphaned systems because we believe in supporting solar for the long run, whether you’re our customer or not. Our dedicated service team is here to ensure every system we touch delivers lasting performance and peace of mind. If your system needs service , or if you’re not sure where to turn, we’re here to help.

As always, we’re here to help our customers move forward with clarity, confidence, and long-term savings. Our commitment to our customers is rooted in our core values and drives us to deliver honest guidance, lasting results, and responsive service.

Contact us to learn how these changes may affect your project or to start your path toward smarter, more reliable energy.

Types of Solar Panels & How to Choose the Right Ones

Fri, 17 Jul 2026 16:28:27 GMT

When it comes to solar energy , not all panels are created equal. While most solar panels may look similar on the surface, the materials, efficiency, design, and ideal use cases can vary significantly. Choosing the right type of solar panel can impact everything from your system’s long-term performance to your upfront installation cost.

Whether you’re a homeowner maximizing limited roof space or a commercial property manager outfitting a large flat-roof facility, understanding the different types of solar panels (and the solar cells they use) is a critical first step toward an informed investment in solar power.

In this blog, we’ll cover:

The differences between monocrystalline, polycrystalline, and thin-film solar panels
How solar cell types like crystalline silicon and amorphous silicon impact performance
Key factors like efficiency, cost, lifespan, and temperature coefficient
What to consider when choosing a panel for your home or business
Supporting technologies such as photovoltaic cells, solar batteries, and solar array design

There are three main types of solar panels commonly used in residential, commercial, and industrial installations:

Monocrystalline solar panels
Polycrystalline solar panels
Thin-film solar panels

Each is built using a distinct type of photovoltaic cell, which directly affects the panel’s efficiency, appearance, weight, and ideal applications.

What Are the Main Types of Solar Panels?

Monocrystalline Solar Panels

Monocrystalline panels are made from a single, high-purity crystalline silicon crystal. They use monocrystalline silicon solar cells, which are cut from cylindrical ingots and shaped into wafers. These cells give the panel its uniform black appearance and smooth texture.

High efficiency: Often 20% or higher, meaning more energy is produced per square foot.
Compact footprint: Ideal for rooftops with limited space.
Durability and lifespan: Typically last 25–30 years or longer with minimal degradation.
Sleek appearance: Aesthetic appeal for residential roofs or architecturally sensitive installations.

Key Benefits

What They Are

Homeowners or businesses looking for maximum efficiency and performance, especially when roof space is limited and long-term value is a priority.

Best For

How Much Space do you Have Available?

If space is tight, go for high-efficiency monocrystalline panels.

How to Choose the Right Solar Panel Type

Selecting the best solar panel for your project depends on your unique goals and constraints. Here are a few guiding questions to consider:

What’s Your Budget?

If you’re looking to minimize initial costs, polycrystalline panels can offer strong performance at a lower price.

Is Appearance Important?

Monocrystalline panels typically have the most uniform, sleek look.

What Type of Structure are you Installing on?

For nontraditional surfaces or lightweight structures, thin-film panels might be the best fit.

What are Your Long-Term Goals?

If you plan to stay in your home or building for decades, paying more upfront for longer-lasting panels could be worth it.

*Note: A lower temperature coefficient means better performance in high-heat environments, which is especially important for warm climates.

Comparing Solar Panel Types at a Glance

Additional Considerations for Your Solar System

The type of panel you choose is just one part of a complete solar system. You’ll also need to consider:

Solar array design : The number and configuration of panels required to meet your energy needs.
Solar battery storage : For systems that require backup power or off-grid capability, pairing your array with a reliable solar battery, like the FranklinWH or Tesla Powerwall , can increase independence and energy security.
Solar energy technologies : Inverters, optimizers, and monitoring tools are all critical to maximizing output and maintaining system performance over time.

Not all solar panels are the same, and that’s a good thing. With the right information, you can find a solar solution that meets your performance needs, aesthetic preferences, and budget. Whether you’re planning a compact rooftop installation on your home or an expansive commercial solar panel installation , understanding the types of solar panels and the solar cell technologies behind them will help you make a smarter, more tailored investment.

Still unsure which panel is right for your project? A certified solar installer like Earthlight Tech can evaluate your site and energy goals to recommend the best solution.

Reach out to us today for a free evaluation .

Final Thoughts

Polycrystalline Solar Panels

Polycrystalline panels are made from multiple fragments of silicon melted together to form the solar cells. This manufacturing method gives each polycrystalline cell a speckled blue appearance and square-cut shape. They are also made from crystalline silicon, but with less purity and structure compared to monocrystalline.

What They Are

Key Benefits

Lower cost: More affordable to manufacture, offering a lower upfront price.
Reliable performance: While slightly less efficient (typically 15–17%) than monocrystalline panels, they still provide steady output.
Good value for mid-range projects: Great ROI for installations with ample space.

Residential and small commercial customers who want a solid balance between performance and cost, especially in areas where space isn’t a constraint.

Best For

Thin-Film Solar Panels

Thin-film panels are created by layering photovoltaic materials—such as cadmium telluride (CdTe), amorphous silicon solar cells, or copper indium gallium selenide (CIGS)—onto a surface like glass, metal, or plastic. These materials serve as the thin-film solar cell itself, without the rigid crystalline structure found in traditional silicon panels.

What They Are

Key Benefits

Flexible form factor: Can be applied to curved or uneven surfaces.
Lightweight: Easier to install on structures that can’t support heavy loads.
Superior low-light performance: Performs better than crystalline panels in overcast or shaded conditions.
Lower efficiency (10–13%): Requires more surface area for the same power output.

Best For

Commercial buildings with large roof areas, specialty structures (like RVs or carports), or unconventional installations where flexibility and low weight matter more than peak efficiency.

For the First Time, Oregon Homeowners Can Save 10–20% on Electricity with Solar Without Buying Panels

Fri, 17 Jul 2026 16:14:20 GMT

If you’re a homeowner in Oregon, there’s a new way to save on your electricity bill without buying a solar system outright. For the first time in over a decade, Power Purchase Agreements (PPAs) are available in Oregon, giving homeowners access to clean, affordable solar energy with no upfront cost.

At Earthlight Technologies, we have helped thousands of families make the switch to solar. A PPA delivers the key benefits of solar power, including lower energy costs, stable rates, and energy independence. It can also provide 10–20% savings compared to current utility prices starting on day one. For many Oregon homeowners, a PPA is an especially strong choice, offering long-term savings with no upfront cost and none of the responsibilities of system ownership.

What is a Solar Power Purchase Agreement

A Power Purchase Agreement is a simple way to go solar without buying panels. Instead of owning the system, you agree to have solar panels installed on your home and purchase the electricity they produce from a financing partner at a lower rate than your utility—often 10–20% less. That lower rate is locked in for the life of the agreement, giving you predictable energy costs from day one.

The financing partner owns the system, while Earthlight helps to service and maintain it, so you receive all the benefits of solar without the responsibility of upkeep. Your rate is fixed and predictable, much like your monthly internet or phone bill, making it easier to plan your household budget with confidence.

In addition, many households find that solar aligns with Oregon’s broader renewable energy goals, making a PPA not just a financial decision but also a contribution to a more sustainable future.

Oregon’s electricity rates, particularly in cities such as Salem, Albany, Eugene, and Bend, have been increasing steadily in recent years. For many households, this has meant consistently higher monthly bills with little control over future costs. PPA’s offer a solution by allowing homeowners to lock in a lower electricity rate for decades, providing protection from price volatility while reducing dependence on fossil fuels.

Solar energy is well-suited to Oregon’s climate. Modern systems are engineered to operate efficiently in all seasons, producing surplus electricity during sunnier months that offsets usage during the cloudier winter period. This balanced production ensures consistent, predictable savings over time.

Oregon also supports solar adoption with net metering programs , which allow homeowners to earn credits for the extra power their panels send back to the grid. This further increases the value of a PPA and helps maximize savings.

The combination of escalating utility rates, proven year-round solar performance, and the ability to begin saving without any upfront investment makes a PPA a strong and practical option for homeowners throughout the state. It delivers both financial stability and an environmentally responsible path forward.

Why Solar PPAs Make Sense for Oregon Homes

How You Save 10–20% Today

Many Oregon homeowners currently pay around 18 cents per kilowatt-hour for electricity. A solar PPA can reduce that rate to approximately 16 cents or less, creating immediate monthly savings without any upfront cost.

Your rate is fixed for the duration of the agreement, typically 25 years, and savings remain consistent even as utility prices continue to rise. Over the life of the agreement, the difference in rates can amount to thousands of dollars in reduced energy bills, providing long-term financial stability while supporting the transition to clean, renewable power.

While homeowners who purchase solar directly may currently qualify for federal tax credits, that is changing . After 2025, the only way to access the federal tax credit for solar in Oregon will be through a PPA. This makes it an especially attractive option for households who want predictable savings without managing ownership responsibilities or navigating tax credits on their own.

Local, Trusted, and Here to Help

Earthlight Technologies is a family-owned company based in Silverton, serving homeowners across Oregon for more than a decade. Our team lives and works in the communities we serve, giving us an understanding of local needs and the challenges homeowners face with rising energy costs.

Partnering with Earthlight means more than installing solar panels . It means working with a dedicated local team that will guide you through every step of the process, from evaluating your home’s potential for solar to ensuring your system operates at peak performance for years to come.

If you or someone you know is considering solar in Oregon , contact us today to get started. Our team is ready to guide you through every step of the process and help you make the most of your solar investment.

What Is a Solar Power Purchase Agreement (PPA)? A Simple Guide for Homeowners

Fri, 17 Jul 2026 16:08:37 GMT

Rising utility bills and the upfront capital costs of installing solar panels can make the idea of clean energy feel out of reach for many homeowners. A power purchase agreement (PPA) offers a way forward. Instead of purchasing and maintaining a solar system, you agree to buy the energy generated by that system, often at a rate that’s more predictable (and in most cases lower) than your utility. PPAs can be set up with either a fixed rate or a small annual rate increase, giving you options to fit your budget and long-term plans.

What Happens When I Go Solar With a PPA

If you go solar with a power purchase agreement and work with a solar solutions company like Earthlight, the process is straightforward. Earthlight designs and installs a solar system tailored to your roof and household energy needs, while a financing company owns the equipment for the length of your agreement. Once it’s producing renewable electricity, you pay for the power it generates for a set term, typically 25 years, at a stable, agreed-upon rate.

Earthlight manages every step, including securing local permits, scheduling installation, completing inspections, and setting up system monitoring. We also coordinate service calls and routine maintenance for the entire length of your agreement. PPAs can typically be structured in two main ways: physical PPAs, where you purchase the actual electricity from the panels on your property, or virtual PPAs, where your agreement is tied to energy market pricing but doesn’t require on-site equipment. Both options can help shield you from fluctuations in the broader energy market.

If your system produces more energy than you use and your utility offers net metering, that excess power is sent back to the grid in exchange for bill credits. This arrangement ensures steady access to renewable energy and the peace of mind that both the financing company and Earthlight are working to keep your system operating at peak performance.

A power purchase agreement offers a way to replace a high, unpredictable utility bill with a steady cost for clean, renewable energy. Homeowners often choose this option because:

Access to federal incentives – PPAs allow homeowners to continue benefiting from the federal solar tax credit beyond 2025 .
No upfront cost – start using solar without paying for the system itself.
Start saving immediately – lock in a rate for solar power that’s often lower than your current electricity cost.
Long-term price stability – choose between a fixed rate that stays the same for the life of your agreement or a small annual increase that’s typically less than utility rate hikes.
No equipment responsibilities – the financing company owns the system, removing the burden of repair or replacement costs.
Local support – Earthlight manages the design, installation, monitoring, and service coordination so your system performs at its best year after year.

Why Homeowners Like PPAs

The Bottom Line on Power Purchase Agreements

A power purchase agreement can be a practical path to solar for homeowners who want predictable energy costs and the benefits of renewable power without the burden of owning a system. With a financing company covering equipment costs, tax credits fueling renewable energy growth, and Earthlight managing every step—from design to long-term service—you can enjoy the advantages of solar with less risk and no upfront expense. If you’re curious about whether a PPA is the right fit for your home, our team is ready to walk you through your options and help you make an informed choice.

Contact our team today to learn more about PPAs and how you can save with the federal solar tax credit!

Frequently Asked Questions

Visit Earthlight at the Big E

Fri, 17 Jul 2026 15:58:01 GMT

Visit Earthlight at The Big E: See Solar in Action & Unlock Exclusive Offers

Thinking about solar? Visit Earthlight at The Big E to see renewable energy in action. Step inside our Solar Cabin to watch off-grid power at work, check out the batteries that keep it running, and talk with the experts who work with these systems every day. Plus, grab fair-only promotions that make going solar simple and affordable.

Discover Earthlight at the Big E

Exclusive, fair-only savings. Win 12 months of solar payments on us when you go solar after visiting our booth.
3 Months On Us for PPA Customers. Make the switch with no money down and predictable rates through our Power Purchase Agreement, and start strong with your first three months covered by Earthlight.
Hands-on tech, zero guesswork. Explore our working off-grid Solar Cabin to see how modern solar and battery storage come together.
Straight answers from experienced professionals. Get clear guidance on PPAs vs. ownership, available incentives, timelines, and total costs, directly from the people who design and install these systems every day.

What You’ll Learn in 10 Minutes or Less

PPA vs. Ownership (Which fits you?) We’ll walk you through how each option impacts upfront cost, monthly savings, and long-term value.
How to lock in predictable energy costs. See how fixed PPA rates (or owning your system) protect you from rising utility prices.
Local incentives & timelines. Get a quick read on what’s available for your home and what your next steps look like.

Our custom 14’ × 22’ Grand Victorian Cape Solar Cabin isn’t just a display; it’s a working off-grid system built by The Barn Yard and powered by Earthlight Technologies. You’ll see exactly how solar, batteries, and smart controls keep everything running.

Cabin Specs on Display

Solar Array: 5 kW with 12 Silfab 440 W black-on-black panels (25-year warranty)
Inverters: Enphase IQ8-AC microinverters (25-year warranty)
Battery Storage: 1 Franklin APower2 15 kWh battery
Array Dimensions: 22’ wide × 12’ high
Power Infrastructure: Outdoor-rated 100 A main service panel
Interior Features: Kitchen cabinets & sink, indoor light fixtures, recessed cans
Exterior Features: Timber frame overhang, wall sconce & flood lights, heat pump, luxury plank flooring, insulated slider door, spray-foam insulation, insulated windows, deluxe electric package

Big E Special: Regular price $119,999 – Save $15,000 during the fair. Big E Sale Price: $104,999 (delivery, travel, and electrical permit fees may apply).

Step Inside Our Off-Grid Solar Cabin

See You at Gate 9

Find Earthlight’s Solar Cabin at Gate 9 during The Big E, September 12th–28th. Swing by to see the tech, grab fair-only promos, and enter to win 12 months of solar payments on us when you go solar with Earthlight.

Why Getting a Solar Quotes Comparison Matters More Than You Think

Fri, 17 Jul 2026 15:48:56 GMT

Going solar is a meaningful investment, but comparing one proposal to another isn’t always simple. System designs, equipment options, and financing options can all influence how much a project costs and what you can expect in return. That’s why getting a solar quotes comparison (essentially a second opinion) can make all the difference.

A detailed comparison helps you understand your options clearly, confirm that everything adds up, and move forward with confidence in both your solar system and the solar company behind it. In this blog, we’ll walk through how to compare solar quotes, why proposals can vary so much, and what to look for before making a final decision.

Why Do Solar Proposals Differ So Much?

No two solar quotes are exactly alike. Each installer has its own approach to design, preferred equipment, pricing structure, and assumptions about your home’s energy use. These differences can significantly affect your project’s total cost, long-term value, and system performance.

System design has a major impact on your investment. Decisions like solar panel type, inverter technology, and system layout determine how efficiently your solar panels perform and how much they cost to install. For example, higher-efficiency panels may cost more upfront but could yield greater long-term savings.

Even subtle differences, such as how a company models shading or predicts future utility rate increases, can change your estimated payback period. A transparent proposal should clearly explain how these assumptions were made and provide data to support them.

1. System Design and Equipment Choices

How to Compare Solar Quotes Effectively

To make the most of your solar quotes comparison, use a simple checklist approach. Here’s what to look for in every proposal:

System Size and Design: Confirm total kilowatt output, roof layout, and expected annual production.
Equipment Details: Review the panel brand, inverter type, efficiency rating, and warranty length.
Financial Overview: Compare total system cost, financing terms, and projected payback period.
Incentives and Tax Credits: Ensure federal and state incentives are applied accurately.
Performance Estimates: Ask how production was modeled (e.g., using PVsyst or Helioscope).
Warranty and Maintenance: Evaluate workmanship and equipment warranties as well as ongoing service options .

By systematically reviewing these details, you’ll gain a clear understanding of which proposal delivers the most reliable, cost-effective outcome for your home .

Some proposals appear less expensive because they exclude key expenses. Be cautious of quotes that leave out permitting, interconnection, electrical upgrades, or roof repairs. These items can quickly add thousands to the final bill.

A detailed solar quotes comparison allows you to see which solar companies include everything upfront and which may surprise you with additional charges later.

2. Hidden or Missing Costs

3. Financing and Incentives

Financing adds another layer of complexity. Some installers offer loans, leases, or power purchase agreements (PPAs) , each with different implications for ownership and tax benefits. The way tax credits, rebates, and local incentives are represented can make a system appear more affordable than it really is.

When you compare solar quotes, review how each company handles the federal solar tax credit and whether they account for state-level incentives or utility rebates. Transparency here ensures you know what you’ll actually save on your electric bill .

4. Sales Tactics and Presentation

Be cautious of high-pressure sales pitches or vague cost breakdowns. Terms like “free solar” or “zero-cost installation” often rely on fine print that can lead to confusion later. A trustworthy installer will take the time to explain each line item and answer questions openly.

The best proposals are detailed, data-driven, and easy to understand. They provide clear documentation on equipment specs, production estimates, warranties, and service commitments. That clarity helps you make an informed decision and not one driven by urgency or uncertainty.

Make Your Solar Decision With Confidence

Going solar is one of the best long-term investments you can make for your home, but only if you choose the right partner. Taking time for a second opinion ensures that your system design, performance expectations, and financial projections are realistic and aligned with your goals.

Already have a proposal in hand? Bring it to Earthlight for a second look. We’ll walk you through the details and help you make a confident, informed decision about your investment.

Because when it comes to solar, clarity is power, and your investment deserves nothing less.

The Earthlight Difference

At Earthlight, we believe a solar proposal should be more than a sales pitch; it should be a complete, transparent picture of your investment. Every home is unique, and so is every solar design. Our process starts with understanding your property, energy usage, and long-term goals before we ever make a recommendation.

Our experienced team reviews each project in detail, explaining how system design, equipment, and financing work together to deliver lasting performance. We make sure every number and assumption is transparent, from estimated production to total cost. We also take time to explain each step of the solar panel installation process so you know what to expect from start to finish. If something doesn’t make sense, we walk you through it with no pressure and no rush.

That level of honesty and precision sets Earthlight apart. We’re confident in our work and comfortable acknowledging when solar isn’t the right fit for every home. Because helping you make the right investment matters more than closing a sale, and that principle guides every solar project we take on.

Introducing Earthlight’s Solar for New Construction Division

Fri, 17 Jul 2026 15:42:17 GMT

At Earthlight, helping people reach their energy goals starts long before the panels go up. It begins with how a home is built. Our Solar for New Construction Division partners with forward-thinking builders like EG Home to integrate solar power directly into the design and construction process, creating new homes across Connecticut and Massachusetts that come ready for the next generation of clean energy. Every wire, connection, and panel placement is planned from the ground up for a home that doesn’t just look beautiful but performs beautifully too.

Building New Homes With Solar Panels in Mind

Most homes add solar after the fact, but the best time to plan for it is before the first wall goes up. Our team works closely with builders to design custom solar systems that fit each new build perfectly, functionally, visually, and structurally. All wiring runs through the interior for a clean, seamless finish, and every detail is intentional. The result is a solar-ready home that feels complete from day one.

Planning solar during the construction phase makes it easier, cleaner, and more cost-effective to go green from the start. Homeowners and builders both benefit from:

Seamless Integration: Panels and wiring are built into the design for a cleaner look and better performance.
Lower Installation Costs: Building new homes with solar panels is more efficient and less invasive than retrofitting an existing home .
Higher Energy Efficiency: Homes designed with solar in mind can optimize roof orientation and electrical layout for maximum production.
Future-Ready Design: New homes are built to meet evolving energy standards and sustainability goals.
Increased Property Value: Energy-efficient homes with built-in solar appeal to eco-conscious buyers and command stronger resale value .

Benefits of Solar Power New Home Construction

Building the Communities of Tomorrow

Every new home we help build represents more than a project; it’s a step toward cleaner, smarter, and more connected communities. By bringing solar into new construction, we’re helping families move into homes designed for the future from day one. Each project shows what’s possible when design, technology, and purpose come together to make sustainable living accessible for generations to come.

At Earthlight, we’re not just installing solar panels. We’re helping shape the future of how homes are built and how people live. Every home we power is designed with efficiency, reliability, and comfort in mind, giving homeowners control over their energy from the moment they move in.

To learn more about Earthlight’s work in solar power new home construction, visit more of our website or contact our team to see how we’re helping build tomorrow’s homes, today.

Building the Future, One Home at a Time

Craftsmanship Meets Innovation

Each home we help build reflects modern energy technology paired with traditional craftsmanship. Because we’re involved early in the process, every decision, from panel placement to interior wiring, is made with precision and care. Homeowners end up with a new home with solar panels that look built in, not bolted on, and a level of quality that shows in every finish. It’s this balance of innovation and craftsmanship that sets Earthlight apart.

Changes Coming to Connecticut’s Residential Solar Program in 2026

Fri, 17 Jul 2026 15:31:15 GMT

Connecticut’s solar landscape is evolving again. The state’s energy regulators are preparing to roll out new rules that adjust how solar energy production is valued starting in 2026. While these updates affect how future systems are credited, solar in Connecticut remains one of the most reliable ways to lower your energy costs and contribute to a cleaner, more resilient grid.

What is Changing With Connecticut Solar and How Does it Affect Me?

Beginning in 2026, Connecticut will increase the non-bypassable charge on all solar energy your system produces from 0.5¢ to 3.25¢ per kilowatt-hour (kWh). This updated rate will apply to new solar customers who enroll in Connecticut’s Residential Renewable Energy Solutions (RRES) program on or after January 1, 2026.

If your residential solar panel system is already installed and enrolled in the RRES program or in a previous Connecticut net-metering agreement, this change won’t affect you. Your existing terms will remain in place, and your credits for power sent back to the grid will continue as they do today.

If You Already Have Solar in CT

How Connecticut Net Metering Works

Under Connecticut’s current net metering structure , homeowners with residential solar panels receive credits on their utility bills for the excess energy their systems produce and send to the grid. These credits can offset electricity drawn from the grid when the sun isn’t shining, helping balance monthly costs.

Even with the updated non-bypassable charge, the foundational benefits of Connecticut solar remain: lower energy bills, predictable savings, and renewable power produced right at home.

While the rules are changing, the value of solar hasn’t. A trusted local installer can help you navigate the evolving programs, maximize your incentives, and lock in savings before new rates take effect.

Earthlight Technologies has helped Connecticut homeowners make the switch to solar with confidence. If you’ve been thinking about going solar, now is the time to act—before the 2026 updates take effect.

Contact Earthlight today to learn how you can benefit from solar energy and start saving with confidence.

The Value of The Right Partner

If You’re Planning to Go Solar

For new residential solar systems that apply for interconnection with Eversource or UI on or after January 1, 2026, the 3.25¢/kWh non-bypassable charge will apply to all solar energy your system produces.

Here’s what that means in practice:

Your home will still use your solar energy first.
You’ll still earn credits for the power your system sends back to the grid.
Those credits will now be reduced by 3.25¢ per kWh of your system’s total monthly production.

Because the charge applies to all solar energy your system produces (and not just the portion exported to the grid) adding battery storage will not eliminate this fee.

In short, homeowners in Connecticut will continue to earn credits for the solar energy their systems generate, but the value of those credits will be reduced by the non-bypassable charge.

Power Outage Preparedness for Homeowners: Do You Have a Backup Plan?

Fri, 17 Jul 2026 15:21:08 GMT

When the power goes out, do you have a plan? Most households rely on electricity for everything, from heating to essential electrical appliances, yet many are still unprepared when the lights suddenly go dark. The heat shuts off, routines stop, and you are left realizing how important power outage preparedness really is.

For families, an outage is more than a disruption. It affects safety, comfort, and the ability to keep daily life moving. Keeping your home warm, protecting your food, and staying connected shouldn’t depend on the grid. That is why more homeowners are choosing solar with battery storage as a dependable way to take control of their power.

Why Power Outage Preparedness Matters

Power outages can happen without warning. Heavy snow, strong winds, and other forms of severe weather can take down power lines and leave entire neighborhoods dark for hours—or even days. You cannot control the conditions outside, but you can decide how your home responds when the grid fails.

A home battery provides instant, reliable backup power. There is no generator to start and no fuel to store. The moment your solar panels are not producing enough energy, your battery turns on automatically to keep your home running.

This level of readiness protects what matters most:

Your heat stays on, preventing frozen pipes
Refrigerators and freezers stay cold, reducing food loss
Security systems remain online
Medical equipment and at-home work setups stay powered

For families, reliability brings peace of mind.

Once your home can depend on its own stored energy, the stress of an unexpected outage fades. You no longer worry about what could happen during a prolonged power outage, because you know your home is ready to stay warm, bright, and connected.

Solar plus battery storage allows your home to:

Keep essential systems running
Maintain comfort during extended outages
Protect critical devices without relying on the grid
Stay connected online for work, school, and communication

This is what true power outage preparedness looks like—quiet, steady confidence that lasts long after the storm has passed.

How Solar Plus Battery Storage Keeps Your Home Running

Prepare Your Home Before the Next Outage

If you want to learn how battery storage can keep your home safe and fully powered during the next blackout, our team at Earthlight Tech is here to help. We will walk you through your options, such as a Tesla Powerwall or FranklinWH battery system , available incentives , and show you how to build a dependable plan before the next storm arrives.

The next outage can strike fast. Being prepared shouldn’t wait. Contact us today .

How Much Does a Commercial EV Charging Station Cost?

Fri, 17 Jul 2026 14:51:36 GMT

Businesses across the country are preparing for a surge in electric vehicle adoption, and installing commercial EV charging stations has become a practical way to support employees, attract customers, and future-proof properties. Understanding the cost of commercial EV charging stations is the first step in deciding which solution fits your operations, budget, and long-term goals.

This guide breaks down average EV charger costs, installation factors, types of chargers, federal incentives, and how businesses can maximize ROI.

Average Cost of Commercial EV Charging Stations

While pricing varies, most commercial EV charging installations fall into the following ranges:

Your total project cost includes much more than the charging unit itself. Key cost drivers include:

What Influences the Cost of Installing a Commercial EV Charger?

Long-Term ROI and Benefits of Commercial EV Charging Stations

Commercial EV chargers can deliver value beyond the upfront investment. Businesses often install chargers to:

Attract and Retain Customers: Drivers of electric vehicles seek out locations where they can conveniently charge while shopping or visiting. Chargers can increase dwell time and repeat business.
Support Employees: Workplace charging is a desirable perk and can support corporate sustainability initiatives.
Generate Revenue: Paid charging, subscription models, and advertising/branding at stations create new revenue streams.
Future-Proof the Property: As EV adoption rises, properties with charging access naturally increase their competitive market value.

Incentive programs can reduce installation costs by 30% or more, depending on eligibility. Available programs may include:

Federal tax credits under the Inflation Reduction Act (IRA)
NEVI (National Electric Vehicle Infrastructure) funding for qualifying corridors
State rebate programs and grants for commercial EV charging
Utility company incentives for infrastructure upgrades or Level 2 installations

Incentives change frequently, so businesses should review current programs before moving forward. Earthlight Tech can help you do that, so feel free to reach out to us !

Federal and State Incentives for EV Charging Stations

Why Businesses Partner With Earthlight Tech for EV Charger Installation

Level 1 Chargers

Cost range: $300–$1,000 per unit

Level 1 charging stations offer the slowest charging speeds and are typically used in residential settings. They may be appropriate for workplaces where vehicles remain parked for long periods but are seldom chosen for customer-facing commercial use.

Level 2 Chargers

Cost range: $3,000–$7,500 including installation

A Level 2 charger delivers 10–20 miles of range per hour and works with all EV models. They are the most common choice for businesses, retail locations, municipalities, and commercial properties.

Cost range: $25,000–$50,000+ depending on power output and site conditions

DC fast chargers, also known as Level 3 chargers, can provide 60–100 miles of range in about 30 minutes. They require significant electrical capacity upgrades and are typically used in high-traffic locations, fleets, and travel corridors.

DC Fast Charging (DCFC)/Level 3 Chargers

1. Electrical Capacity and Infrastructure

Commercial EV chargers often require panel upgrades, trenching, conduit runs, or transformer adjustments to ensure the system can support additional demand on the electrical grid. The more complex the site, the higher the installation cost.

2. Charger Type and Power Output

Higher-powered chargers (particularly DC fast chargers/Level 3 chargers) require more advanced equipment and may need extensive electrical work.

3. Distance From Power Source

Longer distances between your existing electrical infrastructure and where chargers will be installed increase conduit, labor, and material costs.

5. Network and Software Fees

Commercial chargers often include:

Usage reporting
Payment processing
Load management
Remote diagnostics

These features typically involve monthly or annual subscription costs.

4. Site Preparation Needs

Parking layout adjustments, concrete work, bollard installation, and accessibility planning all factor into site preparation, which can influence total cost.

6. Utility Demand Charges

Businesses drawing high amounts of power during peak times, especially with DCFC units, may incur utility demand fees. Smart load management systems can help reduce these costs.

Routine inspections, cleaning, and potential part replacements add to long-term operational expenses and overall charging infrastructure needs.

7. Ongoing Maintenance

Installing commercial EV charging stations requires experienced electrical contractors who understand site design, utility coordination, rebate programs, and long-term performance.

Earthlight Technologies provides:

Full-service site planning, permitting, and installation
Guidance on choosing the right EV charger
Assistance with federal, state, and utility incentives
Scalable solutions for offices, retail, multifamily, hospitality, and municipal projects
Ongoing support to ensure safe, reliable charging for your users

If you’re ready to make EV charging part of your sustainability strategy, Earthlight Tech can design and install a system tailored to your business and anticipated demand.

Get a Commercial EV Charging Station Quote Today

Whether you are installing one charger or building a multi-station system, Earthlight can help you create an efficient, reliable, and cost-effective charging setup for electric vehicles. View our portfolio of EV charging station installations and contact us today to discuss your project and begin planning your commercial EV charging station installation .

How to Lower Your Electric Bill in the Winter by Going Solar

Fri, 17 Jul 2026 14:42:46 GMT

How to Lower Your Electric Bill in the Winter by Going Solar

Winter is when many homeowners see their electric bill climb. Heating systems run longer, lights come on earlier in the day, and families spend more time inside using appliances and electronics. Even if your routine stays the same, your home naturally uses more electricity as temperatures drop, which often leads to higher heating bills as systems work harder to maintain indoor comfort.

Energy bills often seem to rise for reasons that feel outside of your control, especially when your home relies on electric heat and increased indoor activity. Solar and battery storage offer steady, year-round support that becomes increasingly valuable when your home is using more electricity than normal. For homeowners wondering how to save on their electric bill in winter, reducing reliance on the grid during peak seasonal usage can make a noticeable difference.

Many homeowners ask, why is my electric bill so high in the winter, especially when their habits have not changed significantly from other seasons?

When winter settles in, the way a home uses electricity shifts in ways that are easy to overlook. Heating systems click on more often as the temperature drops, sometimes starting earlier in the morning and running later into the night. Cold air moves through older windows and doors more quickly, so the system works a little harder to keep things comfortable, increasing overall energy consumption.

The rhythm of daily life changes too. Shorter days bring lights on earlier, and more time is spent indoors. Kitchens stay busy with cooking and warm meals. Hot water gets used more often. Humidifiers and comfort devices run in the background. Electronics, televisions, and home activities fill the darker evenings. None of these changes feel dramatic on their own, but together they slowly build into a higher level of energy usage.

By the time the bill arrives, it reflects not just colder weather, but the way everyday routines stretch a home’s energy needs during the winter months.

As electricity use rises in the winter, long-term price trends make the impact even more noticeable. In states like Connecticut and Massachusetts, residential rates have steadily increased over the past two decades, which means higher seasonal usage lands on top of an already elevated cost per kilowatt-hour.

Why Winter Energy Bills Rise

How Solar Helps Reduce Winter Electricity Costs

Residential solar panels help lower winter electricity costs in a straightforward way. The energy your system produces is used in your home first, which means fewer kilowatt-hours are purchased from the utility at a time when your usage is naturally higher. You are going to run your heat, cook more meals, and rely on appliances during the colder months regardless, so having part of that electricity generated on your own roof reduces the amount billed to you. This approach is one of the most effective ways to lower your electric bill during the winter without changing daily routines or comfort levels.

Many systems also create bill credits during sunnier times of the year. These credits appear on your electric bill and remain there until they are used. When your home needs more electricity in the winter, the credits you accumulated earlier help cover part of that usage, which can prevent the seasonal increase from being as steep.

Solar also continues to produce energy in the winter, which is something many people do not realize. Shorter days may reduce overall output, but the system still contributes to the power your home uses each day. While production is lower than in summer, solar energy in winter still contributes meaningful power that offsets daily electricity use. Even modest winter generation helps offset usage, and when combined with accumulated credits, it supports your home during a season when electricity needs tend to rise and helps create long-term energy savings.

Together, these factors make solar a practical tool for managing winter energy costs . You use less electricity from the grid, you carry credits into the months when you need them most, and your system continues producing power even when the weather turns colder.

A solar battery, like a Tesla Powerwall or FranklinWH adds strength to a solar system by storing energy that can be used whenever your home needs it. During the winter, when daylight is limited and families spend more time indoors, having stored power available helps reduce how much electricity you pull from the grid. This simple shift can make day-to-day energy use more manageable throughout the season.

Batteries also serve an important role when winter weather affects the grid. If an outage occurs, stored energy keeps essential parts of your home running until utility power returns. Heating equipment, lights, and key appliances can stay operational, which helps maintain comfort and safety during colder conditions.

Pairing a battery with solar gives your home more flexibility, resiliency, and control over how it uses electricity. You have access to stored energy when sunlight is limited, and you have backup power when the grid is disrupted. It is a practical way to support your home through the unique demands of the winter months.

Why Is Battery Storage Necessary In The Winter

The Takeaway

Winter places extra demands on every home, from longer heating cycles to increased time spent indoors. Solar and battery storage offer practical support during these months by helping reduce the amount of electricity you need to buy from the utility and providing backup power when the grid is interrupted. Together, they create a more reliable and predictable energy plan for a season that often brings higher usage.

Curious to learn more about how solar works throughout the year? Explore our full blog librar y for clear, homeowner-friendly guides that help you understand your energy options. Or, reach out to us today to learn more about how much you can save by going solar!

2025 at Earthlight: A Year of Growth and Momentum

Fri, 17 Jul 2026 14:30:27 GMT

This past year was one of continued growth and momentum for us at Earthlight, with both sales and installations reaching an all-time high. We built on a strong foundation while staying focused on what matters most, doing quality work and taking care of our customers. Throughout the year, we also made intentional decisions to expand and diversify the work we do, including the launch of two new business lines: residential roofing and a dedicated new homes solar and storage division. Alongside these additions, we continued to strengthen strategic partnerships that allowed us to reach more residential, commercial, and community projects. These steps weren’t about growth for growth’s sake, but about building a business that’s resilient and able to adapt as the energy landscape continues to change.

From an operational standpoint, our teams delivered an exceptional year. In 2025, our in-house crews installed more than 1,160 residential solar systems, helping homeowners across our markets take greater control of their energy. That work included both customer-owned systems and power purchase agreements, giving customers flexibility in how they choose to go solar. We also installed 473 battery systems, supporting backup power needs and improving energy reliability at the household level.

On the commercial side, we completed 30 large solar and storage projects and contracted 58 new projects, working closely with customers to maximize available tax benefits through a comprehensive safe-harbor strategy. Our commercial team also expanded EV charging infrastructure with 21 new charging stations installed on commercial properties. Beyond solar and EV charging, we completed 85 sports lighting and energy efficiency projects for schools, businesses, and community spaces, helping unlock thousands of dollars in utility incentives to bring these projects to life.

Equally important is the work that continues long after installations are complete. Our service team conducted more than 1,100 service calls and inspections in 2025, supporting both existing and new customers. This included service work on over 300 orphaned systems, which are now operating safely and effectively under Earthlight’s care. Service remains a growing part of how we support customers over the long term and ensure systems perform reliably year after year.

None of this progress happens without the people behind it. In 2025, we welcomed 34 new employees, growing our team to more than 165 people, including over 70 installers and electricians, as we continued to expand the company with intention. We also strengthened our leadership team with the addition of Danielle Fidel as Chief Commercial Officer, supporting our continued growth and helping guide the next phase of the business. As we expand, our core values: valuing one another, doing the right thing, demanding quality, working safely, and acting as responsible stewards, help keep everyone aligned around the same expectations for how we work and how we serve our customers. That shared mindset is what allows us to grow without losing who we are.

I’m incredibly proud of what our team accomplished in 2025 and grateful to our customers, partners, and communities who continue to trust Earthlight with their projects. As we move into 2026, we do so with strong momentum, clear direction, and excitement for what’s ahead.

Sam Schneider

Chief Executive Officer

Earthlight Technologies

Roof Damaged or Replacement Needed? How to Choose a Roofing Contractor

Fri, 17 Jul 2026 14:25:17 GMT

Roof problems rarely arrive on a convenient schedule. A leak shows up after a storm. Shingles start to fail. A contractor points out damage you didn’t realize was there. Suddenly, replacing or repairing a roof is no longer a future project but a decision that needs attention now.

That moment can feel overwhelming, especially when the roof protects everything beneath it, and the cost carries long-term consequences.

Earthlight Technologies helps homeowners deal with that moment with clarity and confidence. We provide professional roofing services backed by a process built on quality, education, and transparency. Whether you need a full roof replacement, a clear assessment of what is going on, or panel removal and reinstallation for an existing solar system, our team focuses on doing the work the right way and helping you understand each step before decisions are made.

Roof Replacement Starts with the Right Assessment

When a roof starts to fail, the pressure to act quickly can take over. Homeowners are often told they need a replacement without ever being shown why, or how urgent the issue actually is.

At Earthlight, roof replacement does not start with assumptions. It starts with a clear, thorough assessment of what is happening and what the roof can realistically support over time. That distinction matters when the goal is to protect the home, not rush a decision. We evaluate material condition, visible damage, and overall performance to provide homeowners with clear guidance. The focus is understanding what needs attention now, what may need attention soon, and what options make the most sense for the home.

A reputable roofing contractor should always be willing to explain their findings in plain terms. Homeowners should expect to see and understand:

What damage is present and where
Whether issues are isolated or widespread
How current conditions affect long-term performance
What happens if repairs are delayed

If a contractor cannot clearly explain why a roof needs to be replaced, that is often a sign to pause and ask more questions.

There is a difference between a roof that needs attention and a roof that needs to be replaced. That distinction matters, especially when homeowners are weighing cost, timing, and long-term protection for their home. In many cases, replacement makes sense when a roof is nearing the end of its expected lifespan or when damage is no longer isolated. Widespread shingle failure, recurring leaks, or structural wear often signal that repairs will only delay a larger issue. Addressing the roof fully at that point can prevent repeat problems and give homeowners peace of mind moving forward.

At Earthlight, roof age is part of the conversation, not the entire decision. Roofs that are fifteen years or older often warrant closer evaluation, especially if you are adding solar, but the final recommendation is always based on condition and performance, not a number on a calendar. The goal is to replace a roof only when it truly makes sense and to do it with confidence when it does.

When evaluating roofing contractors, homeowners should be cautious of recommendations that rely only on age. A trustworthy contractor considers:

Current roof condition, not just years installed
History of leaks or repairs
Quality of original installation
Future plans for the home, including solar or major renovations

This more complete view helps homeowners avoid unnecessary replacements while still protecting the integrity of their home.

When Roof Replacement Makes Sense

Roofing Work Without the Runaround

Roof replacement is one of the most disruptive projects a homeowner can take on. When multiple contractors are involved, the risk multiplies. Missed handoffs, unclear responsibility, and finger-pointing can turn an already stressful situation into a costly one.

Earthlight eliminates that problem by managing roofing as a complete service. For homes with existing solar, that includes proper panel removal and reinstallation as part of the roof replacement process. One company is responsible for the roof, the timeline, and the outcome. There is no guessing who owns the problem if something goes wrong.

Homeowners also work with Earthlight for roofing alone. The same standards, attention to detail, and accountability apply whether solar is part of the project or not. The result is a roof installed correctly, a process that stays controlled, and confidence that the work was handled the right way.

When choosing a roofing contractor, clarity around responsibility matters. Homeowners should know:

Who is responsible for permits and inspections
Who manages the crew and timeline
Who stands behind the work if issues arise

A single point of accountability helps prevent delays, miscommunication, and costly mistakes.

When a homeowner hires a roofing company, they are placing trust in the people doing the work, not just the materials being installed. That trust shows up in how a job site is treated, how questions are answered, and how issues are handled when they arise.

Earthlight approaches every roofing project with care for the people involved and the responsibility that comes with working on someone’s home. We prioritize doing the right thing, even when it takes more time or effort. Our teams focus on quality workmanship, safe job sites, and clear communication from start to finish. Those standards are not situational. They are built into how we work.

That consistency matters when the goal is a roof that performs over time and a process homeowners can feel confident in. At Earthlight, roofing work is handled with the same level of responsibility and attention we bring to every project, ensuring homes are protected and expectations are met long after the work is complete.

The Same Standard, Every Time

Frequently Asked Questions

The Earthlight Tech Promise

Roofing is not a side service at Earthlight. It is a core part of what we do and a critical foundation for everything that comes next. Whether a homeowner is addressing roof damage, planning for long-term durability, or preparing for future improvements, the work needs to be done professionally and with the full picture in mind.

That is where Earthlight stands apart. Our roofing division supports homeowners from the roof itself to everything it protects, including solar when the time is right. Our ability to handle roofing, solar, and related work under one company means fewer handoffs, clearer accountability, and a higher standard of care throughout the process. Homeowners do not need to piece together solutions or manage competing contractors.

When the work on your home matters, choosing a company that can support you from top to bottom makes a difference. Earthlight brings the experience, professionalism, and consistency needed to do the job right and to stand behind it long after the work is complete.

If you are dealing with roof damage, considering a roof replacement, or exploring solar for your home, Earthlight is here to help. Our team is available to answer questions, provide clear guidance, and support your project with the same care and professionalism we bring to every job. Reach out to us today to start the conversation and take the next step with confidence.

Looking To Go Solar? Here’s How To Choose a Solar Company

Thu, 16 Jul 2026 13:31:05 GMT

Solar projects are shaped as much by the company behind them as by the equipment itself. How a system is designed, how the work is carried out, and how it is supported over time all come back to who you chose as your partner.

The choice of a solar company matters. Beyond pricing or products, it affects how clearly information is shared, how responsibility is handled, and what kind of support exists after installation. Our blog below outlines what defines Earthlight’s approach and what to consider when choosing a solar company.

One Company. One Team.

Earthlight brings multiple disciplines under one roof. Solar, roofing, battery storage, commercial energy efficiency, EV charging, and LED lighting are handled by the same organization, with the same internal teams responsible for the work.

That structure matters. It means projects are not passed between vendors or divided across disconnected scopes. One team remains accountable from the first conversation through installation, with clear ownership of decisions, timelines, and outcomes.

For homeowners and business owners, this creates a simpler experience and a clearer line of responsibility. There is no guessing who is responsible for what. The same team understands the full scope of the project and stays involved from start to finish.

When comparing solar companies, you should understand who is actually doing the work. Some companies outsource design, installation, or service to third parties. That can create gaps in communication and accountability. Working with a single company responsible for the entire project helps reduce handoffs, delays, and confusion, especially when solar intersects with roofing or electrical work.

Earthlight approaches every project with education as the starting point. Before recommendations are made or systems are designed, time is spent making sure customers understand what is being proposed and why.

That includes clear explanations of options, tradeoffs, and how different choices affect a home or business. Questions are expected and encouraged, and decisions are never rushed. The goal is not to push a specific outcome, but to make sure people have the information they need to decide what makes sense to them. When expectations are clear from the beginning, projects move forward with fewer surprises and greater confidence on both sides.

A reputable solar company should be willing to walk through:

System size and how it was calculated
Expected production and limitations
Incentives, financing options, and timelines
How installation may affect the roof, electrical system, or future upgrades

If a company cannot clearly explain these elements, or avoids detailed questions, that is often a sign to slow down and reassess.

Education First

Support That Lasts

A solar installation is no t the end of the relationship. Systems need service, monitoring, and occasional adjustments over time, and having a reliable partner matters long after installation is complete.

Earthlight provides ongoing service and support for the systems it installs and works with homeowners and businesses that have existing or orphaned systems installed by other providers. Whether a system was installed recently or years ago, the focus is the same: keeping it operating safely, reliably, and as intended.

That long-term support is backed by experience. Earthlight has been in business for nearly two decades, providing energy and building solutions through changing technologies, programs, and market conditions. In an industry where companies often come and go, that stability matters.

When choosing a solar company, longevity and service capability should be part of the decision. Homeowners should consider:

Who handles system monitoring and troubleshooting
Whether service is performed in-house or outsourced
How warranty issues are addressed over time
Involvement if the original installer is no longer in business

A long-term partner helps protect the value of the system well beyond installation day.

Choosing a solar company is not just about completing a project. It is about choosing a partner you can rely on over time. Earthlight approaches every customer relationship with that long view in mind, staying involved well beyond installation and standing behind the work long after systems are in place.

That commitment is something Earthlight aims to share with every homeowner and business it works with. Through education, accountability, and ongoing support, the goal is to build lasting relationships, not one-time transactions.

If you are ready to start your solar journey, give Earthlight a call today .

Earthlight: Your Solar Partner

Frequently Asked Questions

Earthlight Technologies Appoints Danielle Fidel as Chief Commercial Officer

Wed, 31 Dec 2025 14:36:33 GMT

Earthlight Technologies Appoints Danielle Fidel as Chief Commercial Officer

Earthlight Technologies is a family-founded solar and energy solutions company headquartered in Ellington, CT. We provide turnkey solutions for residential, commercial, and community projects. Our mission is to provide energy solutions through a process built on trust, transparency, and long-term support. With more than 160 employees, Earthlight serves homeowners, businesses, and communities across Connecticut, Massachusetts, Rhode Island, and Oregon. For more information, visit earthlighttech.com.

About Earthlight Technologies

Danielle brings 17 years of experience across the full lifecycle of energy and infrastructure projects. She spent the first decade of her career building and scaling the commercial division of a Dev-EPC in Arizona, working across business development, project origination, development, and execution before shifting to a national focus, helping other solar developers build their businesses through partnership-oriented channel programs. This experience shaped her ability to grow complex businesses, build strong strategic partnerships, and support customers in achieving long-term sustainability goals. “We’re excited to have Danielle join the executive leadership team and look forward to her insight and the depth of experience she brings as we continue to grow,” said Sam Schneider, CEO of Earthlight Technologies.

Danielle shared that Earthlight’s values-driven culture and diversified approach were key factors in her decision to join the company. “Earthlight Technologies is uniquely positioned to continue to thrive in an industry that has seen a lot of changes and uncertainty,” she said. “Their dedication to their company values permeates throughout the organization and creates a culture where employees value one another and doing the right thing is never a question.” Danielle added that Earthlight’s customer-first approach, whether evaluating solar and battery solutions, conducting energy efficiency audits, or supporting roofing projects, reflects a team that stands behind its work. “I’m excited to build on what they’ve created over the past 17 years and continue to power our communities forward.”