It started, as so many good things do, around a kitchen table in Chenango County. I sat there with three neighbors, a pot of coffee, and a shared frustration: our electric bills kept climbing, and the state’s big solar developers weren’t exactly knocking on our doors. We didn’t want to wait for some distant company to decide we were worth the investment. We wanted to build something ourselves, something that reflected this place and its people. That night, the idea for our community solar project was born.
If you’re reading this, you might live in a town a lot like mine—one that doesn’t see itself on the glossy brochures for clean energy, but that brims with resourcefulness and pride. I’m Danielle Kowalski, and over the past two years, I’ve helped lead a volunteer effort to bring a locally owned solar array to our rural community. It hasn’t been quick, and it hasn’t always been smooth, but it’s happening. And I want to share how, so you can adapt the same steps where you live.
Why Community Solar Works for Upstate New York Towns
Community solar is a simple concept: a shared solar installation that multiple households or businesses can subscribe to, receiving credits on their electric bills for the power it generates. In New York, the NY-Sun initiative and remote net metering policies make this possible even if you don’t own a sunny roof. For towns like mine, where many homes are shaded by old maples or can’t support panels, community solar opens a door that rooftop systems can’t.
But the real strength of a locally driven project goes beyond the technical setup. When a town designs its own array, the benefits stay close. Subscribers save money—often 5 to 10 percent on electricity costs—and the project can be sited on underused land like old farmland or a capped landfill. There’s a quiet dignity in knowing that the energy powering the school, the library, and your neighbor’s refrigerator comes from a field you can walk past on your evening stroll.
Step One: Finding Your People and a Place
Our first move was to call a public meeting at the town hall. We posted flyers at the general store, the post office, and the diner, and we expected maybe a dozen folks. More than fifty showed up. That told me something important: the hunger for local, practical climate action is real, but it needs a concrete project to latch onto.
We formed a steering committee of eight volunteers—a retired electrician, a high school science teacher, a farmer, a bookkeeper, and others. We didn’t need experts; we needed people who could listen, ask good questions, and stick with it. Our first task was to find a suitable site. We looked at a few parcels: a south-facing slope owned by a supportive landowner, a brownfield behind the old factory, and an unused corner of the town park. After soil tests and shade analyses, we landed on a five-acre plot leased from a local family farm. The site had good sun exposure, easy access to power lines, and the landowner was happy to earn steady lease income without giving up the whole farm.
Step Two: Understanding the Numbers and the Rules
I won’t pretend this part was easy. Solar projects involve a tangle of utility regulations, tax incentives, and financing models. We leaned on free resources from the New York State Energy Research and Development Authority (NYSERDA), which offers technical assistance for community solar. Their guides helped us grasp the basics of remote net metering, interconnection, and the value of distributed energy resources.
We decided on a subscriber-based model. Our project would be owned by a limited liability company (LLC) made up of local residents who invested in shares. This gave us control and allowed us to structure the savings to benefit the community first. For those who couldn’t afford a share, we set up a small community fund, supported by a grant from a regional foundation, to subsidize low-income subscriptions. The math worked like this: a 250-kilowatt array, costing roughly $400,000, would produce about 300,000 kilowatt-hours a year. With the federal Investment Tax Credit (at 30 percent at the time) and New York’s solar incentives, the payback period was around eight years. After that, the power is essentially free for subscribers, minus modest maintenance costs.
Key Financial Tools We Used
- Federal Investment Tax Credit (ITC): A direct reduction in the project’s federal tax liability, currently at 30 percent through 2032.
- NY-Sun Megawatt Block Incentive: A performance-based incentive that pays the project for each kilowatt-hour produced, declining in steps as more solar is installed statewide.
- Remote Net Metering: Allows credits from the solar array to be applied to subscribers’ electric bills, even if the array isn’t on their property.
- USDA Rural Energy for America Program (REAP): Grants and loans for rural small businesses and agricultural producers, which we considered but ultimately didn’t need due to local fundraising.
We also had to navigate the local zoning code. Our town had no specific solar ordinance, so we worked with the planning board to draft one that allowed small-scale community arrays while protecting farmland and scenic views. That process took six months of meetings, but it built goodwill—and it meant the next project in town will have a smoother path.
Step Three: Raising the Capital
This was the part that kept me up at night. We needed to raise $400,000, and we didn’t want to go deep into debt with a commercial lender. We decided on a community investment campaign, which is a way for local people to put their money directly into a project they believe in. With help from a lawyer experienced in securities law, we set up a private offering under Regulation D, which allowed us to sell shares to residents without a full public registration.
We held information sessions at the library, complete with homemade pie and a slide show that explained the risks and returns. Shares were priced at $1,000 each, with a projected annual return of 3 to 4 percent once the array was operating—not a get-rich-quick scheme, but a stable, place-based investment. In eight months, we raised $320,000 from 110 individuals, families, and a couple of small businesses. The remaining $80,000 came from a low-interest loan from a local credit union that wanted to support the project.
What moved me most was the range of investors. A retired teacher put in $1,000, saying she wanted her grandchildren to see that the town could solve its own problems. A young farmer invested because he saw how erratic energy prices were hurting his bottom line. A church donated from its social justice fund. That money didn’t just build solar panels; it wove us more tightly together.
Step Four: Construction and What We Learned
We hired a local electrical contractor who had experience with small commercial solar installations. He brought in a crew of five, and they had the panels up in three weeks. The panels themselves came from a manufacturer in the Northeast, but we prioritized local labor. Seeing the racking rise out of the alfalfa field was a moment of pure relief—and a little disbelief.
Interconnection with the utility took longer than we’d hoped. We had to upgrade a transformer, which added $15,000 to the cost and delayed our start by four months. If I could redo one thing, I’d engage the utility earlier and budget more for those hidden infrastructure costs. But on a bright October morning, we threw the switch. The inverter hummed to life, and the meter started spinning backward for the first time.
Maintenance and Ongoing Care
A community solar array isn’t a set-it-and-forget-it machine. We set up a maintenance committee that checks the panels quarterly, clears snow in winter, and monitors output through a web-based dashboard. We budget about $2,000 a year for maintenance, mostly for occasional inverter repairs and vegetation management. We plant pollinator-friendly flowers under the array, which keeps weeds down and makes the local beekeepers happy.
How to Start Your Own Project: A Practical Checklist
If you’re feeling that same kitchen-table spark, here’s what I’d suggest, based on our path:
- Gauge interest. Host a public meeting. See who shows up and what skills they bring.
- Form a core team. Aim for a mix of practical skills—someone who understands finances, someone who knows the land, someone who can communicate clearly.
- Find a site. Look for south-facing land with minimal shading, road access, and a nearby three-phase power line. Talk to the landowner early and get a lease option.
- Study the policies. Visit NYSERDA’s website and call their help line. Understand the incentives and the net metering rules in your utility territory.
- Create a business plan. Even a simple spreadsheet helps. Model the costs, the production, and the subscriber savings. Be conservative on assumptions.
- Secure funding. Consider a mix of community investment, grants, and local loans. Talk to a securities attorney if you’re selling shares.
- Navigate permits and zoning. Work with your town board to create a clear, fair solar ordinance. This is tedious but essential.
- Build and connect. Hire a qualified installer and stay on top of the utility interconnection process.
- Celebrate and maintain. When the array is live, share the news. Then set up a simple maintenance routine.
Frequently Asked Questions
Do I need to own my home to join a community solar project?
No. One of the best parts of community solar is that renters can subscribe, as long as they have an electric account with the participating utility. You simply sign up with the project and receive credits on your bill. There’s no need to install anything on your property.
What happens if I move away from the area?
You can generally cancel your subscription with notice, though terms vary by project. In our project, subscribers give 60 days’ notice and can transfer their share to someone else in the community if they’ve invested. The credits stop when your account closes, but there’s no penalty.
Is a community solar project really worth the effort for a small town?
For us, the answer is a strong yes. Beyond the bill savings, the project has created local pride, kept energy dollars in the community, and provided a model for other towns. It’s not just about kilowatts; it’s about showing that we can build our own solutions.
How much land does a typical small community project need?
A 250-kilowatt array, like ours, requires about two acres of actual panel area, but you’ll want a bit more for access roads and setbacks. A good rule of thumb is five acres per 250 kilowatts to allow for landscaping and future adjustments.
Looking Ahead: A Replicable Model
Our town isn’t unique. Upstate New York is full of communities with the same assets: land, people who care, and a willingness to work together. The barriers are real—financing, regulations, and the sheer endurance it takes—but they’re not insurmountable. Every time I drive past our array, I see more than panels. I see the retired teacher’s hope, the farmer’s pragmatism, and the kids who come on field trips to learn where electricity actually comes from.
If you’re sitting around your own kitchen table, wondering if you can do this, I’d say start with a conversation. Call a meeting. Walk a potential site. The first step is the smallest one, and it’s the one that matters most. We’re proof that a small town, with patience and a clear plan, can power itself in a way that honors its past and protects its future.
We’d love to hear about your own projects or questions. Reach out through our blog or drop by the next town energy committee meeting—there’s always room at the table.
