Work With Us
Monetize your property by hosting a community solar farm. You’ll receive long-term lease payments while providing cleaner, cheaper electricity for your friends and neighbors. A minimum of 10 acres of land or 30,000 square feet of rooftop space are required for development.
Earn long-term lease payments on space that would otherwise go unused, such as agricultural or farmland, a commercial or industrial rooftop, space on a campus, or even just a parking lot.
Help protect the planet for future generations by adding 100% renewable energy to the grid.
You and your community have the option to subscribe to the system and save 10%+ on electricity rates.
Our team is your single point of contact from start to finish. UGE is 100% responsible for development, financing, construction & lifetime of the system.
Frequently Asked Questions
Community solar projects, also known as solar farms, solar gardens, solar parks, or solar fields, are areas of land, commercial rooftops, or carport canopies containing interconnected solar panels that harvest large amounts of solar energy at once. Solar farms are designed for mid- to large-scale solar energy generation that feeds directly into the grid, as opposed to individual solar panels that usually power a single home or building.
Community solar projects are hosted by property owners on their land, commercial rooftops, or above parking lots. Individuals, organizations, and corporations can then ‘subscribe’ to the community solar project and save at least 10% on electricity costs. For hosts, community solar has no cost – in fact, the host actually earns money through the long-term lease payments they receive in exchange for hosting the project. Hosts also have the option to subscribe to the solar farm and like other subscribers and save on their electricity bills.
We’re thrilled to see more and more states launching community solar programs, so the list is growing all the time, but right now we are excited to hear from property owners in the following states:
Lease rates vary quite a bit based on the state, county, and utility territory where your property sits, as well as the specific characteristics of your property. In order to provide an estimate lease rate, we’ll need to complete a quick feasibility analysis for your property. Just fill out the form on this page to get started!
Nothing at all! We know, it sounds a little too good to be true, but this is the truth: we fund the entire process of building and maintaining our solar projects, which we are able to do through the public and private investments we receive as a publicly traded company. In fact, you would actually earn long term lease revenue and save on electricity over the twenty-five years the project resides on your land, rooftop, or parking lot.
The reality is that developing, owning, and maintaining a solar farm costs millions of dollars, which is why they are rarely constructed by individual property owners. And that’s why we’re here to help!
Solar is a clean and renewable source of energy that is largely carbon- and pollution-free. In fact, considering lifecycle greenhouse gas emissions, solar generation produces less than 1/20th of the emissions of coal generation and uses much less water. It also boasts smaller land use footprints when compared to coal, biomass, natural gas, and nuclear.
Land impacts from solar farms can be minimized by siting projects on previously disturbed or altered landscapes (often called brownfields), or sites where multiple compatible land uses can be maintained e.g., agricultural lands, existing buildings, parking garages, etc.
For sustainable groundskeeping, we typically select and plant native species. Benefits of native shrubs and groundcovers, such as grasses and wildflowers, include improved erosion control, pesticide avoidance, stormwater infiltration, wildlife habitat, and reduced overall maintenance.
In the case of agricultural lands, solar farms can either provide an opportunity for dual-use of lands while continuing productive agricultural use of the site or use property that would have otherwise sit dormant or only had nominal use.
For more information on the topic check out this article!
It’s quite a process to get from start to finish with a solar project. First, you need to have the site evaluated, which includes having the land assessed to ensure that the development of a solar project does not violate any environmental or local regulations. Next, the system must be designed specific to the site by a licensed engineer and approved by a third-party engineer who is certified to ‘stamp’ designs in the state in question. Then, before building can commence, interconnection applications with the local electrical utility must be submitted and approved (expensive substation and/or feeder upgrades may be needed), and in most municipalities, approval of the local planning board must be secured in order for a project to be built. Additionally, utilty and/or transmission level studies may also be required during the interconnection phase, which extends the project development timeline. Once all of the necessary approvals are in place, solar PV panels will be procured and installed by licensed installers and electricians. Representatives of the local utility as well as other governing bodies (depending on the location of the project) will then visit the solar farm to inspect and approve the final installation. After that, the solar project will finally be up and running!
According to the Solar Energy Industries Association (SEIA) as of the winter of 2021, commercial solar panel systems cost an average of $1.45 per watt. To put that in perspective, a 3 megawatt ground-mount solar farm would cost $4,350,000.
Average commercial solar panels measure 78 inches. by 39 inches (198cm x 99cm). We typically require a minimum of 10 acres in order to build a ground-mount solar project and 30,000 sq. ft. for roof space for a rooftop project.
A solar panel’s productive lifespan is 25-30 years, but a solar panel doesn’t die after that time, its output simply decreases significantly below manufacturer projections. After that time, panels can be replaced, and in some cases, either the full panels or their components can be recycled.