CleanChoice Expands with 54.2 MW New York Solar Acquisition

• CleanChoice Energy expands its renewable footprint with 54.2 MW solar projects in New York, doubling its Mid-Atlantic capacity and powering a greener future.

CleanChoice Energy has acquired two solar projects in New York, totaling 54.2 MW, from CS Energy. The Dolan and Hawthorn projects, each with a capacity of 27.1 MW, span 133 and 117 acres in Washington and Rensselaer Counties, respectively. Construction is set to begin this autumn, with connection to National Grid anticipated by Q4 2026. These projects were selected by NYSERDA for large-scale renewable energy contracts.

This acquisition doubles CleanChoice's generation capacity in the Mid-Atlantic region. It follows the company's first solar project in Franklin County, Pennsylvania, and ongoing construction in Kylertown, enhancing its renewable energy footprint.

How will CleanChoice Energy's New York solar projects impact their Mid-Atlantic capacity?

• The acquisition of the New York solar projects will significantly increase CleanChoice Energy's overall capacity in the Mid-Atlantic region.
  
• By doubling their generation capacity, CleanChoice Energy will be able to supply more renewable energy to meet the growing demand in the region.
  
• The projects will enhance CleanChoice Energy's ability to provide cleaner energy options to consumers, aligning with regional and national renewable energy goals.
  
• The increased capacity will strengthen CleanChoice Energy's market position and competitiveness in the Mid-Atlantic renewable energy sector.
  
• The projects will contribute to the diversification of CleanChoice Energy's energy portfolio, reducing reliance on any single project or location.
  
• The connection to National Grid by Q4 2026 will ensure a stable and reliable integration of the new capacity into the existing energy infrastructure.
• The expansion supports CleanChoice Energy's long-term growth strategy and commitment to expanding its renewable energy footprint across the Mid-Atlantic region.