PowerBank Secures 20 MW Solar and Storage Project Portfolio With New York State Military Division
PowerBank Corporation has secured agreements to develop a 20 MW portfolio of solar and battery storage projects across New York Army National Guard facilities, advancing the state's military infrastructure resilience and clean energy goals.
PowerBank Corporation (NASDAQ: SUUN) has executed lease and power purchase agreements with the New York State Division of Military and Naval Affairs to develop a 20 MW DC portfolio of solar and battery storage projects across multiple Army National Guard facilities. The portfolio, selected through a competitive process led by the New York Power Authority, represents a significant step in enhancing military infrastructure resilience while advancing climate goals.
The project portfolio includes ground mount, rooftop, and parking canopy systems comprising approximately 19 MW of solar capacity and 1 MW/2 MWh of battery storage. This comprehensive approach addresses multiple objectives for the DMNA, including improved energy resilience, climate action, and cost-saving measures. Construction is scheduled to begin by the end of 2025, with PowerBank's U.S. subsidiary, Abundant Solar Power, leading both development and financing efforts.
This announcement underscores the growing importance of renewable energy integration within critical infrastructure sectors, particularly military facilities that require reliable power for national security operations. The project portfolio aligns with broader state and federal initiatives to strengthen energy security while reducing carbon emissions. For additional information about PowerBank's corporate profile, visit https://www.powerbankcorp.com.
The strategic significance of this development extends beyond immediate energy generation, representing a model for public-private partnerships in advancing clean energy infrastructure. By combining solar generation with battery storage capabilities, the projects will provide both immediate electricity production and backup power capacity, enhancing operational continuity during grid disruptions. This approach demonstrates how renewable energy technologies can serve dual purposes of sustainability and security.
For comprehensive details about forward-looking statements and risk factors associated with this development, refer to https://ibn.fm/8xKD1. The full terms of use and disclaimers applicable to this content are available at http://IBN.fm/Disclaimer. The project's implementation timeline and technical specifications reflect PowerBank's growing portfolio in the distributed energy sector, contributing to the company's position in North American renewable energy markets.