New Energy Equity activates 5.5 MW community solar project in Illinois on Harlem School District land
AI-madeA 5.5 MW community solar installation is now generating power in Machesney Park, Illinois — and it sits on land owned by a local school district. New Energy Equity, together with community leaders and the Harlem School District, marked the project’s energization on June 24, bringing online a facility that will operate on district-owned property for the next 25 years.
New Energy Equity brings 5.5 MW Illinois solar project online
The energization ceremony took place on June 24 in Machesney Park, a city in Winnebago County. Company representatives, community leaders, and Harlem School District officials gathered to mark the occasion. New Energy Equity — a wholly owned subsidiary of ALLETE — developed, built, and now operates the facility under a land-lease arrangement with the district.
That structure deserves a closer look. The school district owns the land but has no interest in running a solar company, so it leases the property to New Energy Equity, which handles all operations. The district captures the financial upside without taking on any operational responsibility.
Illinois has built a solid foundation for projects like this one, with over 6,187 MW of solar capacity now spread across more than 120,000 individual installations.
Why the project was developed on school district land
The setup makes practical sense for both parties. Harlem School District gains a steady revenue stream from land it already owned — no taxpayer-funded construction required — while New Energy Equity secures a viable site and a willing partner. Neither side had to stretch beyond its core role.
Illinois’s regulatory environment also made the project financially workable. The state’s Climate and Equitable Jobs Act (CEJA) and its Adjustable Block Program both create incentives supporting community solar development. The Adjustable Block Program pays developers for renewable energy credits, which helps cut upfront project costs significantly.
The community solar model adds another layer of accessibility. Rather than installing panels on their own rooftops, local ComEd customers can subscribe to the project and receive bill credits based on their share of the energy generated. That lowers the barrier to participation considerably.
Illinois has built a solid foundation for projects like this one, with over 6,187 MW of solar capacity now spread across more than 120,000 individual installations. That scale creates a regulatory and market environment where community solar can realistically pencil out.
Expected energy output and direct benefits to subscribers
The 5.5 MW installation is projected to generate 8.3 million kWh of clean energy annually — enough electricity to power roughly 1,002 Illinois homes each year. For a single project on school district land, that’s a meaningful contribution to local energy supply.
Local ComEd customers who enroll as subscribers receive credits on their electricity bills tied to their share of the project’s output. Those credits directly reduce monthly costs, making this a real, ongoing benefit rather than a one-time incentive.
The Harlem School District’s arrangement goes further. By both leasing the land and enrolling as a community solar subscriber, the district will receive annual lease payments and utility bill credits across all nine of its schools — a dual benefit running for the full 25-year life of the project. For a district managing energy costs across nearly a dozen buildings, that kind of predictable, long-term offset shows up in every annual budget.
Scholarship program and long-term economic commitments
Beyond the energy and lease benefits, New Energy Equity committed to a scholarship program tied directly to the project. The company will award approximately $10,000 per year to Harlem School District students for the entire 25-year project life — roughly $250,000 in student support over the agreement’s duration.
Kyle Marchesseault, New Energy Equity’s VP of Marketing, spoke at the event and framed the project around its layered community value. “We’re very proud of this project at New Energy Equity because of all the positive benefits it delivers,” he said. “It delivers benefits for the school district in the form of lease revenue and electricity bill savings. It benefits four deserving, accomplished students through scholarships.”
That combination — infrastructure, cost savings, direct student investment — reflects a model designed to create value at multiple levels simultaneously, not simply generate kilowatt-hours.
New Energy Equity brings considerable experience to this kind of work. The company has developed over 600 MW of solar projects across 16 states, and the Machesney Park installation adds to that portfolio at a moment when the U.S. is actively working to diversify its energy mix and expand access to renewable power.
$10,000 per year in student scholarships
Here’s what this project adds up to: a 5.5 MW community solar facility, now operational in Machesney Park, built on Harlem School District land under a 25-year lease. It’ll generate an estimated 8.3 million kWh of clean energy annually — enough for roughly 1,002 homes.
The Harlem School District receives annual lease payments and utility bill credits across its nine schools, with no construction costs involved. Local ComEd customers can subscribe and lower their own electricity bills. New Energy Equity will fund around $10,000 per year in student scholarships throughout the project’s life.
Illinois’s CEJA legislation and Adjustable Block Program provided the policy framework that made it all viable. The project stands as a working example of how community solar can deliver financial, educational, and environmental benefits at the local level—drawn from a single piece of underutilized school district land.
Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.
