Franklin Solar Storage Announcement

Power When You Need It Most ⚡ 

At Kokosing Solar, we’re always looking for ways to help homeowners take control of their energy. That’s why we’re excited to introduce the Franklin aPower2—a cutting-edge battery storage solution designed for reliability, efficiency, and energy independence. 

🔋 Why Choose the Franklin aPower2?
15 kWh capacity – Power through outages with industry-leading storage.
Smart monitoring & control – The Franklin App helps you track energy use, prepare for storms, and optimize efficiency.
EV integration – Use stored energy to power your home or charge your electric vehicle.
15-year warranty – Long-term reliability you can count on. 

With the Franklin aPower2, you can store excess solar energy, reduce dependence on the grid, and keep your most important appliances running—even when the power goes out. 

Ready to take the next step toward energy security? 

Fill out the form to learn more or schedule a consultation with our team. 

SREC Residential Ohio

SREC Residential Ohio: How Homeowners Can Benefit from Solar Renewable Energy Certificates 

If you’re a homeowner in Ohio considering solar, you’ve likely heard about Solar Renewable Energy Certificates (SRECs)—but what exactly are they, and how can they benefit you? At Kokosing Solar, we help homeowners understand how to maximize their solar investment, and SRECs are an important piece of the financial equation. 

What Are SRECs? 

A Solar Renewable Energy Certificate (SREC) represents the environmental benefits of generating solar energy. For every 1,000 kilowatt-hours (kWh) (or 1 megawatt-hour (MWh)) of electricity your solar system produces, you earn one SREC. These certificates can then be sold in energy markets to utilities and businesses that need to meet renewable energy requirements. 

How Many SRECs Will My Solar System Produce? 

The number of SRECs you generate depends on your solar system’s size. On average, a 1-kilowatt (kW) solar system produces about 1 SREC per year. Here’s what that looks like for common residential system sizes: 

  • 5 kW system → Approximately 5 SRECs annually 
  • 10 kW system → Approximately 10 SRECs annually 

Since most residential solar systems in Ohio range from 5kW to 10kW, homeowners can expect to generate multiple SRECs per year, creating a valuable income stream. 

How to Sell Your Residential SRECs in Ohio 

Homeowners can sell their SRECs through brokers, aggregators, or direct buyers. At Kokosing Solar, we recommend Sol Systems, a trusted SREC management company that simplifies the process: 

  1. State Certification & Registration 
  2. Sol Systems helps register your system with PJM-EIS GATS, the tracking system required to convert solar production into SRECs. 
  3. Certification typically takes 60 to 90 days after installation. 
  4. Solar Reporting 
  5. You’ll submit solar production data to Sol Systems at a regular cadence.  
  6. Sol Systems updates your account and manages SREC sales for you. 
  7. Receive Payment for Your SRECs 
  8. Homeowners can choose between lump-sum upfront payments or recurring payments over time based on market pricing. 

What Is the Current Value of Ohio SRECs? 

As of recent reports, Ohio SRECs are valued at approximately $3. However, Ohio-based solar systems can also qualify for Pennsylvania’s Tier 1 SREC market, which currently offer a better return. 

To ensure homeowners get the best possible value, Kokosing Solar recommends Sol Systems’ Sol Upfront contract, which provides a one-time, lump-sum payment for 15 years of SREC production. For those who prefer ongoing income, Sol Systems also offers a 3-year Sol Annuity option. 

💡 SREC pricing fluctuates monthly—check with Sol Systems for the latest rates and contract options. 

How and When Do You Get Paid? 

Once your system is fully certified and registered, Sol Systems issues payment within 15 business days. The lump-sum payout is made after state and regional approvals are finalized. 

Key Considerations for Homeowners 

  • SREC prices fluctuate, so securing a contract at the right time is key. 
  • Market values can vary depending on Ohio vs. Pennsylvania Tier 1 eligibility. 
  • SREC income may have tax implications—consult with a tax professional. 

Maximizing Your Solar Investment with SRECs 

SRECs provide Ohio homeowners with a unique financial opportunity to earn extra income from their solar systems. Whether you choose a lump-sum payment or ongoing payouts, leveraging SRECs can help offset your initial solar investment and increase long-term savings. 

Want to learn more? Fill out the form below to explore your solar options and discover how to make the most of your SRECs. 

Helpful Resources: 

 

Solar Battery Storage: Your Top Questions Answered

As more homeowners explore the benefits of solar energy and battery storage, we often hear questions about system flexibility, grid independence, and battery expansion. In this blog, we’re answering some of the most common questions we receive about solar batteries, like the Tesla Powerwall and Franklin aPower2, and how they fit into your home energy strategy. 

Can I Add a Second Battery Unit in the Future? 

Yes! Today’s battery storage systems are modular, meaning you can start with one unit and add more later as your energy needs grow. Whether your household’s electricity usage increases over time, or you want to expand your backup power capacity, adding an additional battery is a straightforward process. 

What Happens to a Grid-Tied Solar Battery Storage System When the Grid is Down? 

When the power grid goes down, a grid-tied solar system with battery storage automatically switches to island mode, meaning your home runs off stored solar energy instead of drawing from the grid. This transition happens seamlessly with the help of your inverter and battery system, ensuring you have backup power when you need it most. 

Here’s what technically happens when the grid goes down: 

  1. Solar Panels – If the sun is shining, your solar panels will continue to generate electricity. However, instead of sending excess energy back to the grid, this energy is directed to charge the battery and power essential home loads. 
  2. Inverter – The inverter plays a critical role in detecting grid outages. When the grid goes down, the inverter disconnects from the utility grid to prevent power from being sent back onto the grid—a safety requirement known as anti-islanding protection. The inverter then shifts to off-grid mode, converting the DC electricity from your battery into AC power for your home. 
  3. Battery System – Your battery takes over as the primary power source, discharging stored energy to keep essential circuits running. If the battery is connected to solar, it will recharge during daylight hours, extending backup power for as long as possible. Both the Tesla and Franklin battery offering allow you to prioritize certain loads in real time on your app, like refrigerators, medical devices, or well pumps, to make the most of your stored energy. (click here for a grid outage demo featuring the Tesla App

How is This Different from When the Grid is Online? 

Under normal conditions, a grid-tied solar system operates as follows: 

  • Solar panels generate electricity, which is first used to power your home. 
  • Your home still draws power from the grid when solar production is low or at night. 

When the grid is down, your system must island itself to prevent unsafe electricity flow back onto power lines. Instead of feeding power to the grid, your system prioritizes using solar energy for your home and battery to keep essential loads running. 

This setup ensures energy security and self-sufficiency, especially during unexpected outages. Want to learn more about how battery storage can enhance your solar system? Contact us today! ☀️🔋 

Can I Install Fewer Solar Panels to Only Charge a Battery Unit for EV Charging? 

Technically, solar panels can be installed just to charge a battery, but it’s not an economical solution for residential customers. The size of the battery system must be carefully matched with the solar array and the energy loads it will support. At Kokosing Solar, we design solar and battery storage systems to optimize energy efficiency and savings, rather than as standalone EV charging stations. 

Can I Install Fewer Solar Panels to Only Charge a Battery Unit for Backup Power? 

Similar to the EV charging question, installing a solar and battery system solely for backup power in case of a grid outage is not the most cost-effective approach. Your battery capacity, solar array size, and backup power needs should all be carefully balanced to maximize your investment and energy independence. Our team ensures that every system we design provides practical, long-term value for your home. 

The Bottom Line 

Solar and battery storage solutions offer energy security, cost savings, and flexibility, but they work best when designed as part of a comprehensive system. If you’re considering adding a battery backup to your home solar setup, our team is here to help you find the best solution for your energy needs. 

Have more questions? Fill out the form below to learn more about solar + battery storage! ☀️🔋 

 

Athens City Schools

Athens City Schools Solar Project Overview

Project Overview

In 2024, Kokosing Solar completed successful rooftop solar installations for the Athens City Schools, at East Elementary, Morrison-Gordon Elementary, and the district’s administrative offices in Chauncey.

The $1.3 million investment was funded through the district’s permanent improvement reserves. Federal incentives covered 40% of the project costs, significantly reducing the financial burden on the district.

Economic and Environmental Benefits

  • $38,000 Annual Savings: The district expects to save over $38,000 annually on electricity costs.
  • Long-Term Financial Impact: Over the next 30 years, ACSD anticipates total savings exceeding $1.6 million—more than double the original investment.
  • Stable Energy Costs: The district has locked in electricity rates at $0.0419 per kWh, less than half the $0.09/kWh rate paid in 2023, shielding ACSD from future energy price volatility.
  • Renewable Energy Generation: The solar arrays are projected to generate 18,815,566 kWh of electricity over their 30-year lifespan, offsetting 13,306 metric tons of CO2 emissions.

Technical Approach

Kokosing Solar anchored the solar modules using concrete blocks. The system’s inverters convert solar energy into usable power, seamlessly integrating with the district’s electrical supply. Depending on the season and energy consumption patterns, the solar arrays are expected to offset between 40% and 70% of the schools’ electricity needs.

athens city schools System Size

604.37 kW of solar installed across 3 Athens City School District Facilities

Unitarian Universalist Church of Akron Solar

 

akron church rooftop solar project

The Unitarian universalist Church of Akron, Ohio put their faith into action and installed 44 Hanwha solar modules on the roof of the Church. The 44 modules create an array with a 15.4 kW capacity.  

This system will generate savings and attract new members for 30 plus years, paying for itself many times over. Funded in part by contributions from members, the solar array is now generating 25% of their annual electricity and will save the Church $67,496 over 30 years. 

The system is grid-tied, making net metering possible with the local utility.

The solar project includes a SolarEdge web-based monitoring system. This tool allows the facility to view the system performance online at any time via the web portal.

Project Overview

Customer Detail

  • City/ State: Akron Ohio
  • Customer Type: Non-Profit  

System Info

  • System Size: 15.4 kW
  • Panel Type: 345 Hanwha QCell
  • Mounting Method: Flat roof, ballasted
  • Inverter Type: SolarEdge
  • Monitoring: Remote Internet Monitoring provided by SolarEdge

Performance

  • Annual Energy Production (kWh): 73,040
  • Percentage of annual electricity demands: 25%

Carbon Offsets 

  • Carbon offsets per year: 26,000 lbs.
  • Carbon offsets over 30 years: 780,000 lbs.
  • The carbon equivalent of miles driven by an average passenger vehicle: 32,913

Lead the Change, Motivate Congregations & Raise Funds

There are solar powered communities across Ohio that got their start when a congregation like yours went solar.

Listed below are the Unitarian Universalist Church of Akron parishioners who went solar after the installation of solar at their Church.

  • Akron OH Homeowner – 13.5 kW solar array
  • Canton OH Homeowner – 6.7 kW solar array
  • Madison OH Homeowner – 4.4 kW solar array

These partitioners, combined, will offset the CO2 equivalent of 1.7 million pounds of C02 over the next 30 years.

They have gone on to encourage their neighbors to go solar, too, setting an example in their communities. And, by going solar with Kokosing Solar, they have raised $1,500 total in funds for the Church through our Solar Champion referral program. 

Akron Church Solar

Lock in Solar Savings Before Prices Rise!

⏳ Solar prices are rising, and so are utility rates. 

We’re hearing from our suppliers that material costs for solar installation could increase by 5-10% in February.  

Meanwhile, utility customers in Ohio could face rate hikes of over 10% this year due to changes in energy pricing. 

By acting now, you can: 

💵 Lock in today’s solar prices. 

🌞 Protect yourself from future utility rate hikes. 

🌍 Enjoy the long-term savings and sustainability of solar energy. 

Our team is here to help you make the best decision for your energy needs. Let’s plan your project today! 

Best Time to Sign Up for Solar

As the new year approaches, there’s more than just sunshine on the horizon—significant financial benefits are also waiting for you.  

By choosing to go solar with Kokosing Solar during PRIME TIME, you’re not only getting ahead of peak energy production for spring and summer but also setting yourself up to reap the rewards when you file your 2025 taxes. 

Why is now the Prime Time to go solar? 

  • Get Ahead of Peak Energy Production: Spring and summer bring longer, sunnier days, which means more energy production from your new system. The earlier you install, the sooner you start capturing those energy savings and building up credits to use year-round. 
  • Plan Around Tax Incentives: The Federal Investment Tax Credit (ITC) allows you to deduct 30% of your solar installation costs from your federal taxes. By installing early in 2025, you can get a jump start on your 2025 tax planning, giving you a direct financial return in addition to energy savings.
  • Avoid the Spring Rush: Spring is our busiest time for sign-ups. By planning ahead and starting your solar journey during Prime Time, you can ensure your system is up and running before peak sunshine without wasting time waiting in line. 

Plan now for long-term savings 

Solar is not just an investment in clean energy—it’s a smart financial move that can reduce your energy bills for the long term and your taxes in the near term.  

Act now to position yourself to lock in those savings, plus get “Permission to Operate” before Ohio’s sunniest months. 

Contact us for your free consultation, and we’ll guide you through every step of the process. 

Solar Appraisal Value

According to Freddie Mac’s updated guidelines regarding solar appraisal value (effective 08/07/2024), solar panels can increase your home’s value—if you own them. But if your panels are leased or under a PPA, they won’t be included in the appraised value. 

For properties where the homeowner owns the solar panels outright or finances them as a fixture to the property (such as through a loan secured by the property), solar can add value to the home and be considered in the appraisal. 

However, if the solar panels are part of a lease or power purchase agreement (PPA) where the panels are not owned by the homeowner (e.g., financed separately with the panels as collateral), solar does not add to the appraisal value. This is because the panels can be repossessed or are not considered part of the property itself. The appraiser will still comment on the marketability of the home with solar panels, but they won’t include the panels’ value in the appraisal. 

Understanding how solar impacts property value is key when buying or selling a home. Learn more about Freddie Mac’s guidelines on energy-efficient homes and solar panels here.  

When assessing the solar appraisal value, appraisers typically look at how solar panels contribute to the overall value of a property. For homes with owned solar systems, appraisers will consider the potential energy savings and the increased marketability of the property due to its energy-efficient features. Homes with solar panels that reduce utility costs are seen as more desirable, particularly in markets where sustainability is a priority for buyers. Additionally, locations where electricity costs are rising or known to be high may make an owned solar asset increase the value of the property.

Solar Ownership

The key factor in determining the solar appraisal value is ownership. The panels are considered part of the property and their value can be reflected in the appraisal, if a homeowner has outright ownership of the solar panels or has financed them through a loan that is secured by the property. This can translate into a higher sales price or more favorable financing terms when selling the property.

Solar Lease

On the other hand, leased solar systems or those under a PPA are not treated the same way in an appraisal. Since the homeowner does not own the solar panels, the appraiser will not factor them into the home’s value. As a result, buyers may be less inclined to pay a premium for a home with a lease or PPA, as they won’t directly benefit from the energy savings or increased property value associated with ownership. Understanding these nuances can help homeowners make more informed decisions when it comes to solar investments and their long-term financial impact.

Going Solar 1099 v W2 Employees

Going Solar 1099 v W2 Employees 

Solar energy is booming, and new companies are appearing everywhere. Whether you’ve been actively researching solar benefits, had someone knock on your door, or seen countless ads on social media, you’ve likely come across a solar company.  

But not all solar companies are created equal.  

Many are simply sales or lead generation businesses that don’t perform the actual work or hold electrical licenses. With such a significant investment, it’s crucial to understand who you’re working with. In this post, we’ll explore the key differences between companies that employ their own W2 team and those relying on 1099 contractors. 

When deciding on a solar installation company, it’s crucial to consider who is performing the work. One of the key differences between solar companies is whether they employ their own team as W2 employees or rely on 1099 independent contractors. At Kokosing Solar, we believe in the importance of employing W2 team members, and here’s why it benefits you as the customer. 

Consistency and Alignment with Company Values

W2 employees are part of the company’s core mission. They are more likely to align with the company’s long-term goals, values, and vision. At Kokosing Solar, we train our team to prioritize quality, safety, and customer satisfaction, ensuring every interaction reflects our high standards. 

In contrast, 1099 employees often work for multiple clients and juggle multiple projects, which may dilute their focus and lead to inconsistent results. They might not be as invested in the company’s values, leaving you with a less personalized experience. 

Comprehensive Training and Accountability

W2 employees receive thorough training, ensuring they are well-versed in the latest solar technology, local regulations, and customer service standards. At Kokosing Solar, our team members undergo rigorous in-house training and are continuously supported by a direct team of designers, project managers, and technical experts. 

On the other hand, 1099 contractors are often responsible for their own training. Without a structured support system, this can result in a lack of knowledge or skill gaps, which can negatively affect your solar installation. 

Customer Protections and Long-Term Support

W2 employees are typically afforded benefits and protections like healthcare, competitive wage structures, and retirement plans, which contribute to higher job satisfaction and stability. This translates into better service for you. When you work with Kokosing Solar, you are partnering with a team dedicated to providing long-term support, from the initial consultation to post-installation follow-up to service work if you ever need it. 

Independent contractors working on commission are more likely to prioritize sales over customer care. Without the backing of a consistent employer, 1099 contractors might be less incentivized to stay engaged after the sale, leading to less reliable service after installation. 

Local Knowledge and Accountability 

Our W2 employees live and work in Ohio, which gives them a deep understanding of the local permitting processes, utility interconnection rules, and regional climate. This local knowledge helps avoid costly delays and ensures your system is designed to perform optimally in your area. 

On the other hand, 1099 contractors may not have the same level of insight into local regulations, especially if they are based in another state or working remotely. This could lead to unnecessary complications during your installation. 

Improved Communication and Teamwork 

At Kokosing Solar, our W2 team members work closely together, ensuring seamless communication from sales to operations. This team approach results in better coordination, project management, and faster problem-solving when issues arise. 

In contrast, 1099 contractors often work independently or in silos, which can lead to miscommunications and gaps in accountability. These breakdowns in communication can result in delays or even subpar installations. 

Consultative Approach vs. Sales-Driven Focus 

Our team of W2 employees approaches every customer interaction from a consultative position, offering honest, thoughtful advice that fits your unique needs. We focus on building trust, customer education, and delivering the best solar solution for you—not just making a sale. 

Conversely, 1099 contractors, often working on commission, may adopt a more aggressive sales approach, which could lead to overpromising and underdelivering. This type of sales-driven interaction can sometimes feel more transactional and less informative for the client.  

Conclusion: The Kokosing Solar Difference 

When you choose Kokosing Solar, you are partnering with a company that values quality, integrity, and long-term relationships. Our team of dedicated W2 employees brings consistency, accountability, and deep local expertise to every project, ensuring your solar installation is a seamless and positive experience. 

Don’t settle for less—choose a turnkey company that employs their own team members and is committed to delivering the highest quality solar solutions- for years to come. 

PJM Residential Energy Increase

PJM Residential Energy Increase: On July 31, 2024, PJM, Ohio’s regional transmission organization, which coordinates the movement of wholesale electricity in all of Ohio, announced that the “cost of capacity” for most of its utilities will increase substantially on June 1, 2025.

What are Capacity Charges?

For electricity to flow and the lights to stay on, the electrical grid must ensure that it has enough supply to meet the demand of all the customers using electricity.  Capacity refers to the amount of electricity the grid needs to meet this “peak” demand and make the grid reliable.

Capacity charges are one component of the energy bill that ensure that the grid remains reliable by meeting customer demand. Recent shifts in the capacity of the PJM grid (due to increasing energy demand, retirement of outdated power plants and a change in how the reliability of different power plants are measured) have led to a major jump in the capacity price when the auction was held at the end of July this year.

What do the Upcoming Changes Look Like?

Many electricity consumers across Ohio have seen jumps in electricity rates over the last 1-2 years. Before now, rates rose steadily between 3-6% a year. But if you’ve been paying attention to your bill, you may have noticed as much as a 30% jump in the price you’re currently paying for electricity. The major jump in capacity pricing that was announced on July 31, 2024, will lead to even more significant increases in the “cost of capacity” moving forward, which will eventually find its way into the electric bills of Ohio consumers.

It is our understanding that retail electricity suppliers—like AEP, AES, Duke Energy, or First Energy, for example—will likely pass these increased costs down to ratepayers through increased tariff charges or electricity rates.  Industry analysts predict that residential customers may see an increase of around 2 cents per kilowatt hour, though the actual change could be slightly more or slightly less.

Timing

Utility companies will begin paying the increased rate starting June 1, 2025.  Rates your utility charges change up to five times per year, depending on utility. Historically these rate changes happen January 1, April 1, June 1, July 1 and October 1.

With numerous variables at play, it’s difficult to pinpoint the exact timing or extent of these rate increases. We also expect that your electricity company will soon start communicating with you when these upcoming rate changes will take place.

PJM Residential Energy Increase

This recent capacity charge change was part of an auction that historically has happened annually and was delayed for 3 years. The next capacity auction will be held again in December 2024, and this future auction will dictate future capacity charge rate changes that will take place beginning June 2026, likely leading to another jump in rates.

Looking at the complete picture, we are beginning to see the cost impacts of what has been a long time coming – the need for infrastructure upgrades, the increased demand for electricity, and the navigation needed to meet the changing market – will come in the form of costs passed down to ratepayers over the next couple of years.

The Solar Solution

Installing a residential or commercial solar energy system is a smart way to hedge against rising utility costs. By installing solar panels, you lock in a rate you’ll pay for that portion of your electricity for the next 25-30 years.

Think about it this way: If you could go back to 2019 and lock in your weekly grocery bill for the next 25-30 years, would you do that? With solar, you’re essentially locking in the rate you pay for electricity – at a known, fixed rate – for the lifetime of the solar PV system.

We’re looking ahead at what will surely be electricity rate increases for utility customers across Ohio. Our recommendation to them: Lock in your electricity prices now by installing onsite solar energy.

PJM Commercial Energy Increase

On July 31, 2024, PJM, the regional transmission organization responsible for coordinating wholesale electricity movement in Ohio, announced a significant increase in capacity charges that will begin on June 1, 2025. This change will likely lead to rate increases for many customers, which we will discuss in detail in this post.  

What Are Capacity Charges? 

Capacity charges are one component of the energy bill that ensures that the grid remains reliable by meeting customer demand. Recent shifts in the capacity of the PJM grid (due to increasing energy demand, the retirement of outdated power plants, and a change in how the reliability of different power plants is measured) led to a major jump in the capacity price when the auction was held at the end of July this year. The PJM cost of capacity will increase from ~$29/MW-day to $270/MW-day – this 800% capacity charge will affect different customer types in different ways, but the general trend will raise costs. 

PJM Commercial Energy Increase

Commercial electricity consumers in Ohio have already experienced rising rates in the past few years. This increase in capacity charges will likely result in further increases, especially for those with competitive contracts from CRES providers. The exact amount each customer’s bill goes up will vary based on their energy usage patterns and supplier but will likely range between 1-4 cents per kWh. A business with a very steady energy load (such as a factory with a continuous 24-hour process) might see a modest increase of 1.4 cents per kilowatt hour, a company with highly variable demand (such as a welding operation) could experience increases at the higher end of the range. 

Timing and Future Auctions 

These new capacity charges will take effect on June 1, 2025. Though we don’t know about the official timing, businesses should expect to see these increases reflected in their energy bills around that time at the latest. Businesses with a multi-year CRES contract may still be exposed to these rate jumps if their supply contract has a “regulatory change clause” allowing for an adjustment in the long-term rate. While this rate hike is significant by itself, it is likely to be followed by another one, as the next capacity auction is scheduled for December 2024, setting the capacity charge for the year beginning on June 2026. 

The Solar Solution 

For commercial entities, installing an onsite solar energy system is a strategic way to hedge against rising utility costs. By investing in solar, you can lock in a portion of your energy rates for the next 25-30 years, safeguarding your business against future rate hikes.  

If your business could have locked in the cost of materials at 2018 prices for the next 25-30 years – would you have? Going solar represents doing just that – locking in prices for your electric bill.  

As energy costs continue to climb, now is the time to secure your company’s financial future by exploring solar solutions that insulate your organization from this energy volatility. 

HOA and Solar

Anyone who has lived or is currently living in a homeowner’s association (HOA) community knows of the rules and regulations behind property styles. The HOA rules are in place to keep a neighborhood’s aesthetics standardized in the area. Since 2022, Ohioans have new guidance on how communities governed by HOAs can restrict solar in Ohio. Often, we must work with you and your HOA to learn the standing rules, but ultimately, we often can abide by the rules and get you your beautiful solar panels, too.  

Understanding HOA Restrictions on Solar Installations 

In 2022 after the passing of Senate Bill 61, Solar Companies and members of HOA governed communities celebrated, understanding that SB61 prevented HOAs from creating anti-solar rules. However, the issue is a little more complicated than this. 

Within Ohio, after the passing of SB 61, HOA communities are still able to “establish reasonable restrictions on solar” meaning there is wiggle room.  

Across Ohio, solar panels are allowable unless specifically regulated in the bylaws or deeds for a homeowner’s association. Reaching out to the right solar company will help make the process flow smoothly. Here at Kokosing Solar we have an abundance of amazing team members who are ready to answer your questions. 

Working with and around HOA and Solar 

Does your HOA have solar restrictions already set in place? 

Aesthetics is typically the biggest concern of the HOA. Today, we have options for sleek all black panels with efficient technology. The panels we installed today aren’t the blue panels with silver frames that you may have seen in the past. Some HOAs don’t know this.  

There are also ways to carefully place the panels in a form that suggests aesthetic – think a perfect square or rectangle or, in many cases, we can add panels to non-street facing sides of the house. These are typical concerns we see from HOA boards when addressing solar panel installation.  

Working in teams is also beneficial when navigating HOA approval. Teaming up with immediate neighbors who will be a wave of support will earn brownie points in front of the board. The HOA wants anything but backlash from the neighbors, therefore, having majority of the neighborhood on your back will present a stronger proposal statement.  

At the same time, keeping up to date with solar homes in nearby areas is an important leverage we can use. If other homes have solar, what type of panels are they using? Where has the solar been placed? What restrictions did they have? Other nearby homes who already have solar may help your proposal since it shows other HOAs allows solar and could influence your HOA to go forward with your solar.  

Proposal Content to Include for your Homeowners Association  

Making you sure have the right and most important language in a proposal is key. Include ideas such as increasing home reseal value, ensuring aesthetics of home remain the same if not better, including data to show the environmental benefits of solar, stressing the desire to want to work with the HOA instead of against it, and, of course, include the best photos of high-quality residential solar installations. All these tips will help you find an advantage when working with your HOA.  

If Proposal Is Declined/Next Steps 

In some cases, HOA can still disapprove an installation. From here, one option would be to obtain a letter from your attorney addressing the situation and speaking on the concerns. Here, you can provide the legal supporting documents for your case. Typically, it should not come down to this. 

To date, we are not aware of any legal cases challenging SB61, however we could see this in the years to come as HOAs navigate this new rule.  

Kokosing and Your Homeowners Association  

Overall, Kokosing Solar is more than willing to help you navigate through this process. We have members ready to guide and provide necessary advice to new homeowners. HOA’s restrictions shouldn’t hold you back from your dreams of achieving those beautiful panels. 

 

Stratford Ecological Center

Project Overview

Project Overview

Stratford Ecological Center, a non-profit educational organic farm and nature preserve on 236 acres in Delaware County, Ohio, reached out to several premier Ohio solar installers to construct their first solar project. Stratford selected Kokosing Solar for our expertise in both solar project development and construction. 

The result of our collaboration was a 54.6 kW solar PV system coupled with a Cripple Creek electric vehicle car charger. Aside from lowering their large electrical costs, the organization felt that solar aligned with their values and reinforces to the community that Stratford is a true steward of the earth. Since sustainability of the land is important to the organization, to avoid increasing land use, we were able to install on two south facing barns on the property, situated perfectly for optimal solar production. 

Project Financing: Stratford Ecological received help from their large network of members and volunteers to fundraise for the project. Individuals could invest in the solar at various price levels to become a “Sunbeam”, “Power Ranger”, and “Solar Supreme”

Legal and tax structure: Since Stratford Ecological Center is a tax exempt non-profit, zero tax incentives were utilized for this project. 

 

Location: Delaware, Ohio 

System Size: 54.6 kW

Completed: 2018 

City of Lebanon, Ohio – Municipal-Owned Utility Solar Project

Project Overview

After a public bidding process,  Kokosing Solar was selected as the Design-Build and EPC Partner for the City of Lebanon Solar Project. In a unanimous vote, the City Council approved the $13.4M solar project largely due to the long-term financial benefits to its ratepayers. Lebanon is the seventh largest municipal-owned utility in Ohio.  

Over the solar system’s lifespan, it is projected to save the City and its utility customers over $27M, will help the City diversify its sources of electricity, and will serve as an attractive showpiece for the community.  The projected cost of the solar arrays will be reduced by about 30% through the federal Investment Tax Credit direct-pay program.

This project will include ground mount arrays across three city-owned properties, spanning a combined total of 41 acres of undevelopable city-owned land. Kokosing Solar broke ground in April 2024 and is expected to complete the project by the end of 2024. Kokosing Solar will self-perform the full scope of construction. 

The project award caps a long selection process that began in January 2023. Kokosing Solar was selected as the best-value RFQ respondent to complete a project feasibility study for the City to demonstrate the technical and financial viability of the project.  The study was delivered to the City’s satisfaction in late May, culminating in the successful award of the EPC contract.

Location: Lebanon, Ohio  

System Size: 9.821 MW DC

Expected completion: 2024 

Engineering Challenges: Building in a Floodplain

One of the more complex challenges faced during the Lebanon solar project was the need to construct the solar array within a city floodplain. With 41 acres of city-owned land available, much of which is situated in the floodplain, the project required innovative engineering solutions to ensure the long-term operational efficiency of the solar installation.

Floodplain Analysis: A Critical Step

Kokosing Solar’s engineering team conducted a thorough floodplain analysis as the first step in addressing this challenge. The goal was to determine the maximum floodplain elevation at each array location and compare that to the existing ground elevation.  Understanding the difference between these two elevations allowed us to design the racking system so that installation technicians would install all solar modules above this max flood elevation.  Doing so protects the financial assets while also maximizing energy production within the flood plain.  

Color-Coded Racking System: Precision in Construction

Building on the floodplain analysis, the engineering team worked with the racking manufacturer to create  a color-coded drawing  to map the different pile heights needed  across each site. This meticulous approach allowed for precise installation of the pile, ensuring that  the solar array was elevated according to the  flood risk at each contour location. The color coding not only streamlined the construction process but also ensured that the solar array would  be above max floodplain elevation.

Innovation in Action

Kokosing Solar’s innovative approach to floodplain construction highlights the company’s commitment to delivering customized, effective solutions for complex projects. By tailoring the design and installation to the unique challenges of the Lebanon site, Kokosing Solar is ensuring that the municipal solar array will provide reliable, sustainable energy for decades to come.

Private Client, Northern KY

Project Overview

When a Private Client sought bids for a solar EPC partner to install a 3.9 MW DC blasted solar array for their client, they selected Kokosing Solar for our experience in the industry.

The project required extensive collaboration with the structural engineers, racking manufacturers, FM Global, SCADA technicians, and the Client.

This complex project contained four electrical rooms with different communication and weather systems for each room. During commissioning, the client and utility required that a third-party  SCADA system be installed to monitor and regulate the net export energy off site remotely. The new equipment was not natively integrated with the original system. Kokosing Solar worked closely with the manufacturers to create the link that connected the two communication systems together.  During this project, Kokosing Solar used a Solmetric  I-V curve tracer and  Infrared Scanning technology to improve the commissioning timeline.

Location: Ohio  

System Size: 3.947 MW DC

Completed: 2023

City of Athens, Ohio East Side Solar Project

Project Overview

After a public bidding process,  Kokosing Solar was selected as the Design-Build, EPC, and  Equity Partner for the City of Athens East Side Solar Project. This project includes a rooftop array on the City of Athens Community Center, solar canopy shade structures at the city pool, and a large ground mount solar array, which powers the adjacent wastewater treatment plant. Between the various solar sites, the project totals 2.123 MW DC.  Kokosing Solar completed the project in 2023. 

Kokosing Solar self-performed the full scope of construction. Additionally, the union workforce for DC and AC construction meets the prevailing wage and apprenticeship requirements of the Inflation Reduction Act, fully maximizing the project’s federal tax benefits. 

Oak Tree Equity, an affiliated entity to the Kokosing group of companies, was selected by  Kokosing Solar as the finance partner for The City of Athens East Side Solar Project. Oak Tree Equity will finance the project through a Power Purchase Agreement (PPA). 

The project is estimated to offset more than 1,800 metric tons of CO2 annually. The total electricity offset is estimated to be more than 60% of the total power consumption of each separate building. The Waste Water Plant, for example, has an average electricity bill of over $30,000 a month, so the addition of solar will bring the traditional power consumption down considerably.

Kokosing Solar was selected based on our unique positioning as an EPC with over 20 years of solar experience, our construction strength as one of the largest family-owned construction companies in Ohio, our self-performance capabilities, our ability to meet workforce requirements to maximize tax benefits, and our ability to streamline financing with Oak Tree Equity.  

Location: Athens, Ohio  

System Size: 2.123 MW DC

Completed: 2023

Assurant Corporate Campus

Project Overview

When Assurant, Inc. (premier provider of specialty insurance), sought to construct their first solar project they conducted a nationwide search, then selected Kokosing Solar for our expertise in both solar project development and construction. The result of our collaboration was a 1.8 MW Kokosing Solar project structured as a PPA. This complex $5M roof and parking canopy project was designed and built by our team and delivered on time and on budget. Project complexities included locating and passing significant below-ground obstructions using direct boring equipment as well as safely building on an active corporate campus, including the fully utilized parking lot of a three shift data center. 

Project Financing: Structured as a 25 year PPA.  Kokosing Solar selected a project finance partner to own and operate the project using their investors’ capital.

Legal and tax structure: Wholly owned by a special purpose entity (LLC), with all tax benefits, including depreciation flowing to equity holders directly.

Power Purchase Agreements and Contracts: 25 year PPA and site lease between Assurant and Tangent. EPC construction contract between Tangent and Kokosing Solar. Repair, maintenance and servicing contracts: Operations and maintenance agreement between Tangent and Kokosing Solar.

Location: Springfield, Ohio  
System Size: 1.8 MW
Completed: 2022

Cuyahoga County Municipal

Project Overview

Cuyahoga County approved the power purchase agreement (PPA) for solar on County-owned buildings, including the Medical Examiner’s Office in Cleveland, the Animal Shelter in Valley View, and the Harvard Road Garage in Newburgh Heights. The Aggregated Solar Program enables these three buildings to produce around 10 percent of the facilities’ power needs, reduce annual carbon dioxide emissions by 940 tons, and can help achieve over $1 million of lifetime savings versus utility costs.

 

All installations were completed in Summer 2022. The solar panels are expected to yield a total of 1,147,000 kWh of energy. The panels account for 13 percent of the total load for the Animal Shelter, 3 percent for the Medical Examiner’s Office, and 25-30 percent for the Harvard Road Garage.

 

Under the Aggregated Solar Program, Youngstown-based Enerlogics Solar and Athens-based Kokosing Solar were selected through a competitive bid process as the developer and installation teams.

 

Legal structure: This competitively awarded bid includes a cooperative purchasing agreement, structure enables county facilities to save as much as 20 percent compared to current utility costs.

 

Permitting and interconnection experience:

  • Animal Shelter: the State of Ohio, Interconnection CEI/First Energy
  • Jane Edna Hunter: building-permits through the City of Cleveland. Interconnection with Cleveland Public Power
  • Harvard Garage: Village of Newburgh Heights permitting. Interconnection with CEI/First Energy
  • Medical Examiner’s Office: permits through the City of Cleveland. Interconnection with Cleveland Public Power.

Locations: Cleveland, Newburgh Heights, Valley View, Ohio

System Size: In total, 1706 kW DC Roof mounted solar across 4 Cuyahoga County-owned facilities

Completed: 2022

 

Kent State University

Project Overview

In 2020, Kent State University sought to establish itself as a sustainability leader to attract students, save money and reduce their environmental impact. Kent State University chose  Kokosing Solar to install solar at 3 of the University’s regional campuses: Stark, Ashtabula, and East Liverpool.

Work at the Ashtabula Campus began in Fall 2020 and included the installation of 2,160 ground-mounted photovoltaic panels totaling an 864 kW ground mounted array mounted on a solar tracking system. Native wildflowers were planted near the ground mounted system to help preserve and promote an ecosystem of bees and insects, increase water retention and reduce mowing needed at the site.

The three-campus project completed in 2021 was the most recent but not the first project that  Kokosing Solar completed for Kent State University. The Kent State University Field House project, installed in 2012, was the University’s first solar array.  Kokosing Solar was chosen as the installation partner. At the time of installation, it was the largest roof mounted Solar PV system within the University System of Ohio.

Permitting and interconnection experience: 

  • Ashtabula: Permitting was done through the State of Ohio Division of Industrial Compliance. Interconnection was done through First Energy.  
  • Stark: Zoning permit submitted before the rest of permitting through Jackson Township. Permits (building and electrical; commercial) plan review through Stark County. Interconnection through AEP.  
  • East Liverpool: Permits through the State of Ohio. Interconnection through AEP.  
Locations: Stark, Ashtabula, East Liverpool, and Akron Ohio  
System Size: In total, over 1.7 kW of solar installed across 4 Kent State University-owned facilities
Completed: 2021 

Kokosing Industrial Headquarters

KOKOSING INDUSTRIAL HEADQUARTERS SOLAR INSTALLATION, COLUMBUS, OHIO

Project Overview

Kokosing Solar, a division of Kokosing Industrial, installed solar panels at our Kokosing Industrial Headquarters in Westerville, Ohio. The 825 kW DC project spans two maintenance garages and the primary office building. In total, the arrays offset 40% of our facility’s energy usage. 

The arrays were designed using Schletter dual-tilt ballasted mounting to maximize performance while maximizing the visibility of the solar arrays.  

Displays in the main office lobby will demonstrate the solar array’s daily and lifetime energy performance to guests. Clients and partners will be invited to visit and learn about the onsite solar installation.

Location: Westerville, Ohio
System Size: 825 kW DC
Completed: 2023

Get Started

Get Started