PowerBank Corporation (NASDAQ: SUUN) announced that its 5.7 megawatt North Main St solar project in upstate New York has successfully completed the Coordinated Electric System Interconnection Review (CESIR) (https://ibn.fm/MqTpK), marking a significant technical milestone for the renewable energy development. This review confirms that the planned community solar project can safely connect to the local electric grid without causing adverse impacts, a crucial prerequisite for advancing the project toward construction and operation.
The project is expected to qualify under New York's Value of Distributed Energy Resources (VDER) compensation mechanism, with an anticipated first-year average rate of $0.0971 per kilowatt-hour. Once operational, the solar facility will generate enough clean energy to power the equivalent of approximately 670 homes, contributing to the state's ambitious renewable energy targets. New York remains a central market for solar development, targeting 6 gigawatts of solar capacity by 2025 under its Climate Leadership and Community Protection Act.
This development reinforces PowerBank's position as a premier developer and owner of renewable energy projects, with the company having already built more than 100 megawatts of projects and maintaining a development pipeline exceeding 1 gigawatt across Canada and the United States. The successful interconnection study represents a critical step in bringing additional clean energy capacity online, supporting grid reliability while advancing the transition to renewable energy sources.
The advancement of the North Main St project demonstrates the continued growth of distributed solar generation in key markets, particularly those with supportive regulatory frameworks like New York's VDER program. Such projects not only contribute to meeting state renewable energy mandates but also provide local communities with access to clean energy options, potentially lowering electricity costs for participants while reducing carbon emissions associated with traditional power generation.
