en.Wedoany.com Reported - Kearsarge Energy recently announced that its 2025 renewable energy project portfolio, with a total capacity of 88 MW/MWh, has entered commercial operation. The company plans to add over 160 MW/MWh of additional capacity by the end of 2026.
Kearsarge Energy is a renewable energy development, financing, and asset management company headquartered in Boston, Massachusetts, USA, founded in 2009. The company focuses on commercial and utility-scale solar and battery energy storage projects, offering full-service solutions. Since 2011, it has developed and financed approximately $600 million in 300 MW of solar and battery storage projects. The company currently manages a project development pipeline valued at $900 million with a total capacity of 400 MW, committed to generating long-term financial returns while creating value for the communities it serves.
The operational portfolio of Kearsarge Energy encompasses diverse applications across Massachusetts, Vermont, New York, Maryland, and New Hampshire, including landfill sites, ground-mounted systems, carports, and rooftop installations. These projects were advanced through public-private partnerships with municipal owners and private developers, representing a mix of standalone battery energy storage systems (BESS), solar, and solar-plus-storage configurations. The company currently owns and operates all its energy assets, working closely with local stakeholders, power authorities, and electric cooperatives.
Kearsarge Energy's projects also incorporate unique community benefits, such as generating tax revenue for towns, supporting local agricultural operations, and providing noise buffers for airports. In many cases, the company owns both the underlying land and the energy assets, enabling it to generate revenue without incurring additional land costs. Andrew Bernstein, Managing Partner of the company, stated that the company is honored to collaborate with multiple battery technology, solar, financial, and construction partners, as well as municipalities in the eastern United States, to integrate nearly 90 MW of renewable energy into the grid to help manage demand and promote energy affordability.
