At the time of its completion, the Dover High School solar installation was the largest rooftop solar array in ReVision’s company history. The project at the Dover High School and Career Technical Center includes 2,581 solar panels, increasing the state’s solar capacity by 1.5% and saving Dover taxpayers more than $4 million long-term at no… Read more
Municipal & Nonprofit Solar Power
A solar power purchase agreement, or solar PPA, allows schools, nonprofits and municipalities, who cannot take advantage of federal tax programs, to enjoy the same benefits of clean solar power afforded to businesses and homeowners – and ultimately own the system. Solar energy is a fantastic way to lock in reliable costs of electricity for decades while reducing your organization’s impact on the climate.
Buy Power from a Solar Array, not the Grid
A solar PPA is an innovative financial structure which eliminates the #1 barrier to a nonprofit going solar – access to upfront capital. No upfront capital investment is required in a solar PPA. Instead, we pair an interested nonprofit, municipality, or school with a private solar investor, who can take advantage of federal tax programs not available to the nonprofit. The investor (often a values-aligned impact investor) then offers to purchase and build a solar array at the nonprofit’s location, and then sells the solar power generated from that array to the nonprofit at electric rates defined in the offer letter.
Exact pricing of the PPA offer will vary based on market, size of array, and other technical variables, but in general the solar PPA will present the municipality or nonprofit with a very competitive rate for electricity, and the lowest 40-year cost of electricity from any source. The solar array’s generation is tied into the nonprofit’s electric meters, meaning that the municipality’s or nonprofit’s consumption from the electric grid is reduced proportionally by the generation of the solar array.
All of ReVision’s solar PPA offers include a path to ownership after 7 years, allowing the nonprofit entity to ultimately own the solar generating assets and save a much greater amount of money in the long-term. Nonprofits may also opt to continue making payments on the solar array for 20 years and purchase in year 21.
What Maine’s New Legislation Means for Solar For Municipalities
Solar energy offers municipalities the opportunity to reduce long-term energy costs and carbon pollution – and now with the passage of Maine’s new solar bill (LD 1711), solar is more financially attractive than ever.
In this video conversation, Fortunat Mueller of ReVision Energy and Julie Rosenbach of the City of South Portland about the new solar bill, its implications for municipalities, and how municipalities of all sizes can benefit from integrating solar into their energy planning.
The Road to an Installed Solar PPA
The first step in exploring a PPA is to contact ReVision Energy and start a process of site evaluation. Usually we start with a general conversation that goes in more detail about what a PPA is and how it works, and request energy data usage at your site. Once we receive this information, ReVision’s engineers will evaluate your site for solar opportunities, and then our finance team will develop the potential solar sites into an offer that can be presented to your organization.
Upon acceptance of a solar PPA, the approved solar project is installed by our team of highly trained solar professionals. We provide complete ‘turnkey’ service ranging from project management, permitting/interconnection, construction, and service and support for the life of the system.
During the first six years of the system’s operation, your organization would be billed for generation of the solar facility. After six years, your organization has the opportunity to purchase the system outright for a much reduced capital cost vs. the initial construction price, and then enjoy 25+ years of clean energy. Alternatively, your organization can continue to purchase the electricity from the solar PPA project up through year 20, and purchase in year 21.
Why Go Solar?
New England’s solar resource is strong, thanks to bright, cold winters and long summer days. Annually, a solar array in Maine or New Hampshire will produce a comparable amount of power to the same system installed in Austin, Texas. And since electricity is relatively expensive in the Northeast, the value of the New England system is higher than that of the system in Texas.
Solar power is also the clear environmental winner, with no moving parts, extremely long-lived equipment,and no emissions in the generation of electricity.
Further, a solar PPA is a powerful statement to your community that solar energy is a viable solution for New England. Rather than purchasing carbon credits or other forms of offsetting fossil fuel impact, a solar investment is incredibly tangible and a recurring statement of your organization’s commitment to a clean energy future.
ReVision has a robust marketing team and as part of a solar PPA roll-out we can develop awareness materials for the solar array such as lobby kiosks, online real-time performance monitors, posters, or flyers. We also frequently collaborate with our PPA hosts for solar tours, open houses, and other events.
Am I Right for a Solar PPA?
Ideal sites for solar PPAs include:
- Schools or non-profits located in Maine, New Hampshire, and Massachusetts
- Any size, from small Montessori school to large institution
- Organizations that own their location and have viable solar sites either as rooftop solar or ground-mounted arrays (we help determine the best sites)
Successful solar PPA projects by ReVision feature:
- Path to ownership
- No upfront capital cost
- Lowest 40-year price of power vs. any other source
- Avoid rate hikes from utility company
- Carbon pollution reduction
- Long-term service from the region’s premier local installer
Why Choose ReVision Energy?
We are a full service design, engineering, and installation company with an unmatched depth of experience in Northern New England. Our company has been ranked the #1 rooftop solar installer in New England for the past three years.
With over 9,000 clean energy system installations across the region, we have refined our design and installation practices such that our renewable energy systems are as dependable (or more so) than the conventional systems they replace. We install and service mature technologies that are ready to suffer through 35+ years of harsh New England winters.
Legendary Customer Service
We streamline system installation, and eliminate the confusion and difficulty of working with multiple subcontractors, by using our own highly trained team of professional solar technicians on every project. In addition to NABCEP certification (the industry’s highest level of traning and accreditation), our technicians carry state solar installer certification. ReVision Energy’s project supervisors also hold master electrician and master plumber licenses to ensure that every completed system is code-compliant and qualifies for government financial incentives.
Due to the volume of solar we install, and thanks to relationships such as our part in the Amicus solar cooperative, we have long-term purchasing relationships with manufacturers of high quality system components. This enables us to source the very best components at a significant discount and pass the savings on to you, keeping our prices competitive without compromising in component selection.
ReVision Energy backs every system with a promise to deliver exceptional customer service. Our technicians perform regularly scheduled preventative maintenance to ensure your system is operating at peak performance over the long haul. In addition, should you need assistance any time, day or night, our technicians are on call for you.
Solar Projects for Schools
54 solar panels on the roof of the Cornerspring Montessori School will generate roughly 18,887 kilowatt-hours (kWhs) of electricity every year, offsetting the equivalent of driving over 32,600 miles in a gas-powered car. Located in Belfast, ME, the Cornerspring Montessori school follows the Montessori approach to teaching that allows children the freedom to develop at… Read more
175 solar panels on the roof of Hollis Montessori School pair perfectly with the school’s energy-efficient, Passive House design. The School went solar in March of 2019 with a 56.9 kilowatt array that will generate roughly 69,412 kilowatt-hours of electricity per year, offsetting the equivalent of driving over 120,000 miles in a gas-powered car. Hollis… Read more
266 panels on the roof of the Bristol Consolidated School help the school lower electricity costs and carbon emissions. Each year, their 81.13 kilowatt solar array will generate roughly 92,547 kilowatt-hours (kWhs) of electricity, offsetting the equivalent of driving over 168,800 miles in a gas-powered car. The Bristol Consolidated School financed their array through a… Read more
Solar Projects for Nonprofits
The Boys & Girls Club of Manchester has transitioned to solar energy. ReVision Energy installed 408 solar panels this summer on three rooftops, at the Union Street Clubhouse in Manchester and the Pool House and Stebbins Family Hall buildings at Camp Foster in Bedford. Collectively, the arrays will produce close to 150,000 kilowatt-hours of electricity… Read more
Bread & Roses, a nonprofit community kitchen in Lawrence, MA, had a solar project installed by ReVision Energy that will generate approximately 23,000 kilowatt-hours per year. Read more
70 panels on the roof of the Federated Church of Marlborough’s Community House in Marlborough, NH will generate roughly 24,667 kilowatt-hours of electricity, offsetting the equivalent of over 42,600 miles driven in a gas-powered car. Financing their project through a Power Purchase Agreement (PPA) allowed the church to go solar at no upfront cost in… Read more
A second solar installation for the Appalachian Mountain Club (AMC) will help them reach their goals of cutting their carbon footprint 80% by the year 2050. A 46-panel rooftop array at their energy-efficient Highland Center will generate roughly 15,440 kilowatt-hours per year. This 14.7 kilowatt grid-tied solar electric system, combined with a 73.2 kilowatt ground… Read more