5.45 MWh Solar + Storage | Southwick, Massachusetts

This cabinet-based energy storage system integrates with on-site solar generation to optimize peak demand management and load shifting. Designed to capture excess solar production and discharge during high-demand periods, the system enhances operational efficiency and reduces strain on the grid.

By aligning generation with consumption, the project improves solar utilization, supports grid stability, and provides flexible, dispatchable capacity during critical intervals.

Now fully commissioned, this site is actively dispatching power, demonstrating reliable, operational performance within a DC-coupled solar + storage configuration.

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