The Truth About Comparing Solar Quotes

When comparing solar quotes, many homeowners assume a 5kW system from one company is the same as a 5kW system from another, but whatโ€™s behind those numbers can be very different. Panel quality, performance, durability, and longโ€‘term value vary widely, meaning not all 5kW systems deliver the same results.

Panel Efficiency

Solar panel efficiency is one of the first things you’ll hear about when you start exploring your solar options. While every panel does turn sunlight into electricity, some do It much more effectively than others. Higher-efficiency panels can produce more power using the same amount of roof space, and they tend to perform better in everyday conditions like heat, partial shade, or cloudy weather.

Because of this, a quote that includes premium, high-efficiency panels may cost a bit more upfront, but those panels can generate significantly more energy over their lifetime. That’s why different quotes with the same system size can end up producing very different amounts of electricity. Panel efficiency can truly make a difference in long-term value.

Degradation Rates

Solar panels naturally lose output over time, but degradation rates vary. Highโ€‘quality panels may lose only about 0.25% per year, while lowerโ€‘cost options can degrade closer to 0.7%. Over 25 years, that gap adds upโ€”one system might still produce around 92% of its original power, while a cheaper system may drop to about 80%.

This difference can lead to thousands of dollars in lost energy production. While a lower-priced quote may look appealing at first, choosing higher-quality panels often pays off in the long run.

System Design and Performance

Another thing to consider when comparing solar quotes is that even if two companies use the exact same panels and inverters, the way they design your system can lead to two very different results. Every home has its unique layout with shading patterns and roof angles. Different installers will look at these and approach them differently. One company may take the time to design a system that will maximize your production based on your specific roof, while another company may use a more general layout. Panel placement, tilt, spacing, and shading can all impact how much energy your system will produce.

Installation Quality

The quality of the installation itself is another major factor that homeowners often overlook. Solar is a long-term investment, and how well your system is installed will affect its performance, reliability, and lifespan.

Experienced installers will follow best practices, use proper mounting hardware, and ensure all electrical connections are safe and secure. Less experienced companies that rely heavily on subcontractors and they may cut corners, which can lead to issues like roof leaks, wiring problems, or reduced system output. A well-installed solar system will perform better and protect your home and your investment for decades.

Different Company, Different Warranties

As you start comparing solar quotes, you’ll notice that most companies offer a 25-year warranty. This is reassuring, but the details behind those warranties can vary, and the differences matter.

 

There are three main types of warranties you’ll see when reviewing solar proposals

* Product warranty: Covers defects or issues with the pA lower monthly payment can cost more over time, while a higher upfront price may offer better longโ€‘term value.anels themselves

* Performance warranty: Guarantees how much power the panels will still produce over time.

* Labor/workmanship warranty: Covers the cost of fixing problems related to installation.

A strong warranty from a reliable, established company is far more valuable than a generic 25โ€‘year promise from a provider that may not be around later.

Choosing a company with proven stability and solar warranty coverages gives you real peace of mind for the long haul.

Financing Can Make Identical Systems Look Different

Another reason solar quotes can vary is the financing structure behind them. Two proposals might include the same equipment but have very different prices depending on how the system is financed.

Loan terms, interest rates, dealer fees, and payment structures can all affect the final cost. A quote with a lower monthly payment might actually cost more over time, while a higher upfront price could end up being the better long-term value. Understanding the financing details is just as important as understanding the equipment itself.

Company Reputation and Longevity Matter

Solar is a 25โ€‘year investment, so you need a company you can trust to be around long term. A reputable, established installer offers the experience, stability, and support youโ€™ll rely on for service or warranty needs years down the road.

Unfortunately, the solar industry has seen many companies come and go. Choosing a provider with a strong track record, solid reviews, and a long-standing presence in the community gives you confidence that your system will be supported for decades.

Why This Should Matter for Homeowners

Comparing solar quotes isn’t always an “apples to apples” situation. If you only look at system size and price, you’re not actually comparing the same product. A lowerโ€‘priced quote may use less efficient, fasterโ€‘degrading panels with weaker warranties or lowerโ€‘quality equipment, which can reduce your systemโ€™s longโ€‘term energy production.

 

So, while the cheaper option may look appealing upfront, it can end up costing more in the long run. Quality equipment and strong warranties often deliver far better lifetime value than the lowest price tag.

Why Spring Is the Best Time for Ohio Homeowners to Go Solar

Ohioโ€™s weather may be unpredictable, but one thing is certain: spring is right around the corner. As days get longer and temperatures rise, many homeowners start looking for ways to make their homes more efficient and costโ€‘effective. Spring also happens to be one of the smartest times of the year to go solar.ย 

While there isn’t a bad time of the year to go solar, spring is without a doubt one of the best times of the year to invest. Solar produces clean energy all year-round, and spring offers several unique advantages that make it one of the best times to make the switch.ย 

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Whyย Installย Solar in Spring?ย 

Spring is one of the best times to make the switch to solar, and the benefits start right away:ย 

  • Longer days mean more sunlight, giving your panels that extra time to generate clean energy as the season warms up.ย 
  • Spring weather offers plenty of clear, sunny days for strong solar productionย 
  • Getting ahead of the summer rush. Once the high temperatures and high electric bills hit, many homeowners start looking into solar at the same time, often leading to longer wait times for installation. Starting in spring can help you avoid delays and enjoy your system’s savings sooner. ย 

How Solar Performs in Each Seasonย ย 

Solar energy systems work throughout the entire year, but each season brings its own conditions that influence how much power your panels can produce. Winter often brings shorter days and more cloud cover, which naturally reduces overall sunlight hours. Summer delivers strong sunshine, but high temperatures can actually make panels slightly less efficient. Fall offers mild weather but gradually decreasing daylight. Spring, however, has the perfect balance: longer days, cooler temperatures, and more consistent sunshine, creating an ideal environment for strong solar performance. Understanding how solar behaves across the seasons helps homeowners see why spring stands out as one of the most advantageous times to install a system.ย 

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Solar Installation Timelineย ย 

Understanding the installation timeline helps homeowners see why starting in spring sets them up for success before summer energy use spikes. The process begins with a site assessment, where a solar specialist evaluates your roof, shading, and energy needs. From there, your system is designed and submitted for permitting, which can take anywhere from a few days to several weeks, depending on local requirements. Once permits are approved, installation is typically completed in just a day or two, followed by a final inspection and utility approval to turn the system on. Beginning this process in spring ensures each step moves smoothly, avoids the seasonal holdups that often occur in summer, and gets your system producing clean energy right when you need it most.ย 

Financial Benefits of Going Solar in Springย 

Choosing to install solar in the spring can have a meaningful impact on your energy savings throughout the year. As temperatures rise and airโ€‘conditioning use increases, electricity bills typically climb, especially in states like Ohio, where summer heat can be intense. By going solar in the spring, homeowners can begin generating their own clean energy before those highโ€‘usage months arrive, reducing or even eliminating the seasonal spike in utility costs. Spring installation also gives you a head start on building valuable netโ€‘metering credits, which can be used to offset future bills when your home needs more power. Altogether, spring offers a strategic financial advantage that helps homeowners maximize both shortโ€‘term and longโ€‘term savings.ย 

Springs Weather Conditionsย 

Springโ€™s mild, predictable weather creates some of the best working conditions for solar installation crews, which directly benefits homeowners. Unlike winter, when snow, ice, and freezing temperatures can slow down or delay projects, or summer, when extreme heat can limit safe working hours, spring offers a comfortable middle ground. Installers can work efficiently and safely, allowing projects to move forward without the interruptions that harsher seasons often bring. Fewer weatherโ€‘related delays also mean your system is more likely to be installed on schedule, activated sooner, and ready to start producing clean energy well before summerโ€™s highโ€‘usage months arrive. This combination of ideal temperatures and consistent conditions makes spring one of the smoothest and most reliable times of year to complete a solar installation.ย 

Why Spring Is the Smartest Time to Go Solarย 

Spring is an ideal time to go solar thanks to longer days, mild weather, and earlyโ€‘season savings. Starting now helps you skip the summer rush, lock in lower costs before highโ€‘usage months, and enjoy clean, reliable power yearโ€‘round. Itโ€™s a great time to cut electric bills, boost home value, and reduce your environmental impact. A quick consultation can confirm whether your home is a good fit and show what your savings could look like.

 

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Plan Solar in the Winter, Shine in the Spring

Why Winter is the best time to start: When our days become shorter and temperatures start dropping, solar panels may not be whatโ€™s on the top of your mind, but winter is actually the perfect season to begin. With fewer demands on your schedule, you can have more time to focus on your design, permitting, and planning. Starting now ensures your system is ready to capture the longer, sunnier days ahead so you can enter spring with clean energy already powering your home.

Laying in the Groundwork in Winter

Winter offers the breathing room to take care of the details that make a solar project successful. Itโ€™s the ideal time to review your energy usage, explore system options, prepare your roof, and secure approvals. Checking these steps off your list during the quieter months allows you to make confident decisions and line up installation before the busy season begins.

This head start also means you can work closely with your consultant to customize your system, whether thatโ€™s adding battery storage, planning for future electric vehicle charging, or designing a layout that maximizes your roofโ€™s potential. With the groundwork complete, your system can produce power right as the daylight hours increase.

Beatingย  Spring Rush

Spring is a popular time for solar installations, with many homeowners eager to take advantage of the longer days and the sunlight. By planning In the winter, you position yourself ahead of the curve.

Starting early can allow you to:

  • Secure preferred installation dates before calendars fill up
  • Move smoothly through permitting with paperwork already complete
  • Maximize system performance by having panels ready to capture the first sunny days of the season
  • Step into spring with confidence, knowing your investment is already prepared to deliver savings and sustainability

Rather than waiting for spring to begin your solar journey, winter planning ensures youโ€™re ready to shine as soon as the season changes. You can use the quieter months to prepare, so you can enjoy the benefits right away when the days grow longer.

Preparing Your Home for Solar Success

Beyond paperwork, winter is also a good time to make sure your home is ready. A roof inspection can ensure durability and address repairs, while trimming trees during their dormant season helps maximize sunlight exposure. Energy-efficiency upgrades like insulation and LED lighting reduce demand and boost how much power your solar system can provide.

It’s smart to check your panel capacity and plan for future needs like an EV charger or battery storage. Taking these steps now will ensure a seamless installation and long-term performance. Preparing your home in winter ensures a system that performs will now and supports your energy goals long-term.

Stepping into Spring with Confidence

By using the winter months to prepare, you avoid the stress of last-minute decisions and crowded schedules. With your design finalized, permits secured, and the installation arranged. Youโ€™ll welcome spring with a solar system ready to deliver clean energy and lower bills.

Winter Planning helps you enter spring with clarity, confidence, anda home aligned with your energy goals.

 

 

 

 

Snow or Shine: How Solar Panels Keep Powering Through Winter

When snowfall begins, many homeowners wonder: Will my solar panels stop working in the snow? The truth is, solar thrives in winter just as much as in summer, sometimes even more. Thanks to their smooth, angled design, panels naturally shed snow once the sun comes out. Cold air actually helps panels run more efficiently than extreme heat. That means your system keeps producing clean energy all year long, giving you peace of mind that solar is a reliable investment, no matter the weather.

Built to Handle Snow Naturally

Solar panels are engineered to withstand heavy snow loads and harsh winter conditions. Their angled surfaces encourage snow to slide off on its own, and the dark color helps them absorb sunlight and warm up quickly, melting away any remaining snow faster than youโ€™d expect. No ladders or roof clearing required, your system is designed to take care of itself, keeping your home powered and your investment secure.

Winter Tips for Homeowners

Although your system is designed to handle winter on its own, a few simple steps can help you feel confident through the winter season. Keeping an eye on your solar monitoring app can help you track production and spot any unusual dips. You can also check from the ground to ensure your panels are clear of debris, but you should always avoid climbing on the roof, since your panels are built to shed snow naturally.

Efficiency Rises When the Temperature Falls

Many assume solar performs best in summer, but cooler weather is actually an advantage. Cold air boosts efficiency, helping panels convert sunlight into electricity more effectively. While extreme summer heat can slightly lower performance, winter often delivers a hidden bonus.

Clean Energy Through Winter Chill

Even in the heart of winter, solar continues to deliver environmental and financial benefits. Every kilowatt produced offsets fossil fuel use, reducing carbon emissions yearโ€‘round. Programs like net metering ensure steady savings, even during shorter days, by crediting excess summer production back to your account.

Winter Sun Still Delivers

Shorter days donโ€™t mean less solar power. Panels capture energy whenever the sun is shining. Extra electricity produced in sunnier months is credited back to you, balancing seasoning differences with net metering. That means steady savings and reliable power, no matter what season.

Reliability All Year Round

Solar isnโ€™t just a summer solution; itโ€™s engineered for every climate. Panels are rigorously tested to withstand snow, wind, and freezing temperatures. Whether itโ€™s July heat or January chill, your system keeps producing clean energy without interruption.

ย Peace of Mind in Every Season

The most common winter question is: Will my panels stop working in the snow? The answer is no. With angled surfaces to shed snow and net metering to balance seasonal differences, your system works quietly in the background, giving you dependable power and confidence that solar is a worryโ€‘free choice.

Solar Confidence, Season After Season

Snow or shine, your system is built to keep powering your home with clean, reliable energy. Winter isnโ€™t a setback for solar; itโ€™s proof of solarโ€™s strength. With proven durability, efficiency in cold air, and year-round savings through net metering, solar gives homeownersโ€™ confidence no matter the weather.

Tiffin, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $48,666
  • System Type: Roof Mounted solar system
  • System Size:  12.6 kW
  • Annual Electricity Offset: 113%
Over the next 30 years, this 12.6 kW solar array is expected to offset the homeowners annual energy by 113 percent. in greenhouse emissions, the systems savings is equivalent to saving 11 tons of coal, 2,038 trees planted or driving a car 196,885 miles.

Marietta, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $49,751
  • System Type: Roof Mounted solar system
  • System Size:ย  13 kW
  • Annual Electricity Offset: 80%
Over the next 30 years, this 13kWย solar array is expected to offset the homeowners annual energy by 80 percent. in greenhouse emissions, the systems savings is equivalent to saving 8 tons of coal, 1,626trees planted or driving a car 157,055 miles.

FranklinWH

As more homeowners look for more grid independence, FranklinWH stands out with its intelligent, scalable, and future-proof energy solution. Designed to meet your evolving energy needs, FranklinWH offers a thorough home energy system that adapts as your needs grow.

What is FranklinWH?

FranklinWH is a fully integrated home energy management system that connects solar, battery storage, grid power, generators, and EV charging. Franklin is designed for long-term reliability with continuous battery backup during outages and peak demand times โ€“ if youโ€™re looking to reduce your reliance on the grid and future-proof your home, FranklinWH is a great choice.

aPower 2 Battery

The aPower2 battery has a high capacity with 15 kWh of storage and 10 kW continuous output. The aPower 2 can easily power large appliances and essential loads at the same time, even during blackouts. Itโ€™s built with safe lithium iron phosphate and wrapped in a weatherproof design; itโ€™s quiet, durable, and dependable, with a 15-year warranty and over 10,000 charge cycles.

Power that can grow with you

If you need more power, thatโ€™s not a problem with FranklinWH โ€“ they make it easy to expand. With FranklinWH, you can add up to 15 aPower 2 batteries, which total up to 225 kWh. FranklinWH can handle it all, large homes, air conditioning, EVs, expanding solar systems, etc. You can even upgrade your current system, making it perfect for families planning to expand their energy capacity as their needs grow.

Why Franklin outperforms other brands

  • Battery stacking: Each aPower2 increases the system output, allowing for enhanced energy capacity as needed.
  • Generous storage: 15 kWh per battery and an extra 1 kWh reserved for system support, FranklinWH delivers more storage for your homeโ€™s energy needs
  • Simple expansion: Expand your system without adding additional inverters
  • FranklinWH handles larger systems, meeting the energy demands of bigger homes and growing households, making it perfect for large homes.

Smart Load Management

FranklinWH has three smart circuits that independently control critical and non-critical loads, it automatically starts/stops high-energy devices during an outage, thereโ€™s even a customizable circuit for EV charging, and it extends your battery life by managing load priorities.

Additional Features that make FranklinWH great

  • Black start capabilities: automatically restart your solar system after a long outage
  • Visual LED state of Charge: Customizable lighting, and it gives you a visual on storage volume.
  • No Cycle limit warranty: 15-year warranty based on energy instead of cycles
  • AC coupling Support: Perfect for retrofits and larger loads
  • PV inverter agnostic: Works with existing solar inverters
  • Quiet: 67% quieter than other home management systems, convection cooled for near-silent operation near living spaces
  • Heat: Itโ€™s designed to perform in high-temperature conditions

 

FranklinWH is a complete, future-ready, battery backup system built to adapt, expand, and deliver peace of mind. Whether youโ€™re going solar, expanding your current system, looking to enhance your homeโ€™s resilience, or upgrading for EV readiness, Franklin WH offers a smarter, quieter, more powerful solution.

 

 

Solar Myths

Solar has become one of the most promising and sustainable solutions for homeowners looking to lower their energy costs and minimize their environmental impact.ย  Although solar is quite popular, several myths still exist about going solar – misconceptions that can discourage people from making the switch. Here are some commonย solar myths.

Myth #1 โ€“ Solar doesnโ€™t work when it is raining

People can utilize solar in almost any environment, including rain and snow, because the sun still reaches theย Earth.ย Battery backupย is another solution, providing energy at night and when the sunโ€™s not shining.

Myth #2 โ€“ Solar is too expensive

While cost varies for solar, you donโ€™t have to pay it all upfront if you donโ€™t have the means to do so, many companies, including Kokosing Solar, offer financing options. One of our solar experts will be happy to go over that with you during a consultation. Financing will allow you to pay for your system over time.

There are also local, state, and federal incentives that you can take advantage of to offset the total cost.

Myth #3 โ€“ Solar panels are too difficult to maintain

Solar panels require low maintenance; rain usually washes off dirt and debris, keeping them performing at their best.

You may need occasional inspections and cleaning, but solar panels require minimal upkeep.

Myth #4 โ€“ Solar Panels decrease the value of a home

Solar panels do not decrease the value of your home: in fact, they do the opposite!ย Homes with solar panels often have higher resale values because some buyers seek energy savings and environmental benefits. Homes with solar installations tend to sell faster and for higher prices compared to homes without. The home values may increase depending on the location, size of the system, and the local real estate market. Overall, people see solar panels as a home improvement.

Myth #5ย โ€“ Free Solar from the Governmentย 

If you think free solar sounds too good to be true, thatโ€™s because it is! Although there are government incentives out there, nothing will cover your system’s expenses entirely. If someone claims your solar will be free, they’re likely trying to scam you or win your business at any cost.

Misleading ads claim local grant programs for homeowners, but solar has never been freeโ€”youโ€™ll always pay for something.

Myth #6 โ€“ Going Solar is going Off-Grid

In most cases, youโ€™re not going off-grid. If you live in a residential area, you will likely use a grid-tied system. This means you’re connected to the grid, earning credits for excess energy sent back, which can offset electricity costs at night or on cloudy days, while still having a backup power source when your panels aren’t producing enough energy.

Myth #7 โ€“ Solar is too complicated

Although professionals handle the setup, solar panels use straightforward technology and aren’t overly complicated. A professional will evaluate your roof’s condition, angle, and sunlight exposure to determine if solar panels are a good fit, then design a system tailored to your energy needs and roof.ย  Yourย installerย will take care of all the permits and approvals for local authorities or utility companies. Lastly, technicians will mount the panels, connect the system to your electrical panel, and ensure they integrate it safely with the grid. Then, the utility company will activate your system.

Myth #8 โ€“ Solar is unreliable

Many people believe energy is unreliable because the sun doesn’t shine 24/7, while this is true, solar can pair with energy storage systems that allow homeowners to store excess energy during sunny periods and use it on cloudy days. Solar is far from unreliable, with advancements in energy storage and integration into the grid, solar provides a stable and continuous energy supply.

In conclusion, solar energy provides a reliable, cost-effective, and sustainable solution for homeowners looking to cut energy bills and reduce their environmental impact. Advances in technology and available incentives have debunked myths about solar being expensive, hard to maintain, or unreliable. With grid-tied systems and low-maintenance panels, solar is a practical choice for nearly any home. Financing, tax incentives, and energy storage options make going solar more accessible than many believe.

Best Type of Roof for Solar Panels

When you first inquire about solar, one of the first questions youโ€™ll be asked is โ€œWhat type of roof do you have?โ€ While solar can be installed on most roof types, some are better suited for solar than others, and certain roofing materials may be best to avoid solar entirely.

Asphalt Shingle Roof

Asphalt shingles are the most common roofing material and the best material for installing solar panels โ€“ because of their commonness, this roofing material has the largest range of equipment for installers. These various options for equipment reduce the need for specialized parts, saving money on labor and parts, and reducing your project costs. Asphalt shingles are usually the most affordable roofing type, expecting to last 15-25 years, often lasting most if not all of your system’s life.

Metal Roof

Metal roofing is an excellent material for solar installations. Although they are on the pricy side, they have a very long life, making them a great pair for the 20โ€“30-year life span of your solar system. Metal roofs with standing seams make installation easy, providing a smooth attachment process. Metal roofing offers the added benefit of being eco-friendly as manufacturers make it from recycled materials. It also reflects a good amount of sunlight that the panels don’t absorb, creating a cooling effect that can increase your system’s efficiency

Slate/Tile Roof

Although you can install solar on slate/tile roofs, itโ€™s not the best option. Itโ€™s a difficult installation that requires specialized mounting systems to prevent damage to the brittle tiles. Without these specialized mountings, you run a high risk of leaks and cracks. Installation can be more expensive because of the delicacy of the material and the need for experienced installers. While Kokosing Solar is a trusted experienced installer backed by 25 years of experience, tile roofing is on our hard-no list as we do not want to take the risk of cracking the roofing material.

Tar and Gravel Roof

Tar and Gravel roofs work very well for solar installations, as theyโ€™re supportive, and the gravel reflects sunlight making them energy efficient. This material of roofing lasts 20-30 years, making it a great fit for the lifespan of a solar system. You can easily patch and repair tar and gravel roofs if damage occurs. Since these roofs are typically flat, you’ll likely need extra mounting hardware to pitch your panels at the optimal angle. Although this will increase the cost, it provides the best orientation for your solar system, potentially offering greater long-term savings.

Do I Need to Replace my Roof to go Solar?

Before your solar installation, the need for roof replacement ultimately depends on your roofโ€™s age and material. If your roof is aging, damaged, or unable to support the weight of the solar panels, itโ€™s wise to get a roof replacement or repair before installation.

Why is it important to have a consultation, rather than just receiving a quote?

We understand that youโ€™re busy and meeting with another company isnโ€™t always appealing, especially If youโ€™ve been through a few solar consultations already. However, solar installation is a big investment, and we find that itโ€™s very necessary to meet with our potential clients. Tailored Design to Meet Your Goals Although we are able to give you a rough ballpark, we donโ€™t do quick pricing because our installations are site specific and custom to the customerโ€™s goals and budget. Unlike one-size-fits-all systems, we customize every solar project to align with each clientโ€™s unique vision and goals. These are critical factors to consider:
  1. Available roof space for solar โ€“ no dormers or chimneys and the roof orientation.
  2. We analyze your current electric bill for your annual consumption. This will help us indicate how many panels would be needed to offset your consumption.
  3. Your personal goals and budget on this project โ€“ is having power during an outage your key goal? System costs will vary as your system will need a battery if this is the case.
Clear and Transparent Process Solar has a lot of moving parts, and itโ€™s essential that we cover the basics of how it works to ensure that your system is built for the long run. We want to make sure that you understand everything that comes along with a solar installation. We do not auto generate quotes, and each quote is specific to the site and goals of the customer, and area they live in since different areas have differences in permitting and zoning requirements.   Commitment to Client Satisfaction We prioritize transparency to avoid surprises. It’s important for us to meet with the customer to get a better understanding of their goals and to ask specific questions about their site. We take a consultative approach vs. high pressure selling because we want our customers to be well informed and comfortable about the decision theyโ€™re making and the system theyโ€™re purchasing when going solar. How can you size my system without seeing my home? If youโ€™re wondering how we can size you a system and quote you without seeing your home itโ€™s because our solar consultants have a lot of sophisticated software that helps them calculate shade and sun angles, size of the roof and capacity of panels your home is able to have. Once there is a signed contract, we do send our team out to confirm that initial sketch for our engineering team. How does the consultation work? After sending in the information needed – we will get you booked for a Microsoft Teams meeting with the consultant in your area where they will go over the price and production and answer any questions that you may have.

Solar Leasing Vs Buying

Are you interested in Solar, but youโ€™re stuck between buying and leasing your system? Installing Solar on your home is a big commitment with a lot of moving parts. When it comes to deciding, there are multiple aspects to consider but, the most important thing to remember is to do whatโ€™s best for you and your family.

How does Solar Leasing Work?

Solar leasing works by having a third-party solar company own, install, and maintain the system on your property. With this exchange, the homeowner will pay the company a monthly fee for the energy that the solar panels generate. Solar Leasing can allow homeowners to go solar with as little as $0 down, essentially eliminating upfront installation costs, making solar leasing one of the most popular ways to make the switch to solar. Solar leasing makes solar more attainable for customers who may not have the cash upfront. With the cost of solar falling over time, leasing may not be the most appealing or necessary option. Although the panels will be installed on the home, the homeowner won’t own them. The leasing company owns the panels, and the homeowner will pay a monthly fee to use them – similar to leasing a car, where you essentially rent the vehicle. In some cases, there might be a buyout option but be sure to read and understand your lease agreement/ buyout options.

Advantages of Solar Leasing

  • Low to no upfront costs: Solar leasing often requires you to pay little to no down payment, this makes solar more accessible to those who may not have the money for upfront cost.
  • No maintenance responsibility: The leasing company will handle all maintenance and repairs, and the homeowner doesn’t have to worry about the health of the system.

Drawback of Solar Leasingย 

  • Owning vs Renting: The solar system will be owned by the leasing company, not the homeowner. You’re basically renting the system – there’s no equity in it.
  • Unpredictable monthly payments: Many solar leases include an escalator, which means your payments may increase over time which can decrease long-term savings.

Monthly Payments for Leasing and Buying Solar

When people decide to buy their solar systems, theyโ€™re more than likely to choose to finance the system. At Kokosing Solar, we offer $0 down with a fixed payment and no pre-payment penalty. With this choice, the payment for each month is always the same, making the payments predictable for planning and there are no surprises with different charges. As for leasing, your monthly payment may look a little different. When youโ€™re under a lease contract, you can start out with a lower monthly payment but as time goes on, thereโ€™s a high chance that your lease contains an escalator that will increase your payment by at least 2.9% every year. This escalator can really add up to a point where leasing might not be worth it.

Solar Tax Credit

A perk of buying your solar system rather than leasing is the federal solar tax credit, this tax credit allows you to claim 30% of the total cost of your installation โ€“ this significantly reduces the cost of making the switch to renewable energy for your home. On the other hand, if you lease your solar system, youโ€™re ineligible to claim this tax credit. The 30% savings will go to the owner of the panels, the leasing company.

Making the Right Choice for Your Home and Budget

In conclusion, deciding whether to lease or buy solar panels depends on your financial situation, long-term goals, and your preferences. Leasing may be a good option for homeowners who don’t have the upfront cost but still want the benefits of going solar. However, when you buy your system, you’re looking at better long-term savings and increased ownership benefits, including tax incentives and a higher property value. Consulting with a professional solar company, like Kokosing Solar can help you better understand your options and make an informed decision based on your needs.

Roseville, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $77,608
  • System Type: Roof Mounted solar system
  • System Size:  15.39kW
  • Annual Electricity Offset: 110%
Over the next 30 years, this 15.39kW solar array is expected to offset the homeowners annual energy by 110 percent. in greenhouse emissions, the systems savings is equivalent to saving 11 tons of coal, 2,026 trees planted or driving a car 195,711 miles.

Powell, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $148,901
  • System Type: Roof Mounted solar system
  • System Size:  16.8kW
  • Annual Electricity Offset: 113%
Over the next 30 years, this 16.8kW solar array is expected to offset the homeowners annual energy by 113 percent. in greenhouse emissions, the systems savings is equivalent to saving 12 tons of coal, 2,389 trees planted or driving a car 230,767 miles.

Worthington, Ohio Case Study

Project Overview

Over the next 30 years, this 25.20kWย solar array is expected to offset the homeowners annual energy by 53 percent. in greenhouse emissions, the systems savings is equivalent to saving 8 tons of coal, 1,567 trees planted or driving a car 151,402 miles.

New Carlisle, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $100,060
  • System Type: Roof Mounted solar system
  • System Size:  13.0kW
  • Annual Electricity Offset: 117%
Over the next 30 years, this 13.0kW solar array is expected to offset the homeowners annual energy by 117 percent. in greenhouse emissions, the systems savings is equivalent to saving 10 tons of coal, 1,958 trees planted or driving a car 189,103 miles.

Westlake, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $134,449
  • System Type: Roof Mounted solar system
  • System Size:  17.22kW
  • Annual Electricity Offset: 119%
Over the next 30 years, this 17.22kW solar array is expected to offset the homeowners annual energy by 129 percent. in greenhouse emissions, the systems savings is equivalent to saving 13 tons of coal, 2,582 trees planted or driving a car 249,402 miles.

Powell, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $128,985
  • System Type: Roof Mounted solar system
  • System Size:  11.34kW
  • Annual Electricity Offset: 103%
Over the next 30 years, this 11.34kW solar array is expected to offset the homeowners annual energy by 103 percent. in greenhouse emissions, the systems savings is equivalent to saving 10 tons of coal, 1,911 trees planted or driving a car 184,581 miles.

Logan, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $74,445
  • System Type: Roof Mounted solar system
  • System Size:  14.28kW
  • Annual Electricity Offset: 61%
  • 1 Tesla Powerwall 3 unit 
Over the next 30 years, this 14.28kW solar array is expected to offset the homeowners annual energy by 61 percent. in greenhouse emissions, the systems savings is equivalent to saving 11 tons of coal, 2,189 trees planted or driving a car 211,403 miles.

Albany, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $51,604
  • System Type: Roof Mounted solar system
  • System Size:  20.16kW
  • Annual Electricity Offset: 77%
  • x2 Tesla Powerwall 3 units 
Over the next 30 years, this 20.16 kW solar array is expected to offset the homeowners annual energy by 77 percent. in greenhouse emissions, the systems savings is equivalent to saving 17 tons of coal, 3,317 trees planted or driving a car 320,429 miles.

Dublin, Ohio Case Study

Project Overview

  • Lifetime Cost Savings: $198,302
  • System Type: Roof Mounted solar system
  • System Size:  20.58kW
  • Annual Electricity Offset: 83%

Over the next 30 years, this 20.58kW solar array is expected to offset the homeowners annual energy by 83 percent. in greenhouse emissions, the systems savings is equivalent to saving 16 tons of coal, 3,110 trees planted or driving a car 300,367 miles.

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