Photo by Alexander Manykin, Dreamstime
Alexander Manykin Dreamstime

SolarEdge Announces 6.2 MW Ground Mount Solar Project in Rhode Island

Aug. 18, 2021
Hartford Pike to produce a total of 7,943,636 KWh of annual solar production

SolarEdge Technologies announces it has provided a DC-optimized PV system for a 12-acre solar farm in Foster, Rhode Island. The Hartford Pike site is set to produce more than 6.2MW of clean, renewable energy each year, more than half of which will be made available to local residents and businesses via a community solar scheme. The site includes a mix of 15,800 bi-facial and mono-facial solar modules which are equipped with SolarEdge Power Optimizers to maximize energy production and reduce operating and maintenance (O&M) costs over the system lifetime.

Administered on behalf of Sunlight General Capital by renewable energy provider Arcadia, the community solar portion of the project is expected to produce around 4,384,800 kilowatt-hours of solar energy in its first year – which in CO2 emissions is equivalent to 3,434,592 pounds of coal burned or 51,000 trees grown for 10 years. So far, it has attracted over 700 subscribers, who will receive discounts on their energy bill.

James Pochez, Director of Project Development at SunLight General Capital, the developer and owner of the Hartford Pike project, says: “Rhode Island has set ambitious goals for renewable energy, including solar. However, many Rhode Islanders cannot install solar on their property, either for economic reasons or because their home or business premises are not suitable. Community solar enables these people to benefit from cheaper renewable electricity with no upfront cost or long-term commitment, and with the help of SolarEdge we can maximize solar production and savings to the community.”

SolarEdge was selected for its ability to overcome traditional challenges to community solar projects, including undulating ground, which can restrict module placement, and shading from nearby trees. SolarEdge’s Power Optimizers attach directly to solar modules and enable independent operation, meaning the underperformance of one module, for example due to module mismatch, will not impact the others on the same string, ensuring maximized energy production. Plus, unlike traditional string systems, the SolarEdge solution can be placed at any pitch or orientation – including on uneven ground – increasing the number of modules that can be used and the amount of energy produced. 

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