Energy Storage

High round-trip efficiency. Low-loss core and winding designs reduce energy dissipated across charge-discharge cycles, increasing the usable energy delivered by the storage system over its operating lifetime.

Stable voltage regulation. Tight regulation under fast-changing load conditions protects PCS inverters, battery management systems, and downstream power electronics from voltage transients.

Continuous-duty thermal design. Engineered for the temperature ranges and continuous operation typical of energy storage installations, including outdoor and uncontrolled-environment deployments.

Compact, modular form factors. Footprint configurations to suit container-mounted BESS, pad-mounted installations, and behind-the-meter integrations where space is limited.

CSA-certified and UL-listed. Built to UL, IEEE, and CSA standards. Compatible with grid interconnection requirements across North American jurisdictions.

Application-specific design. Voltage class, current rating, and thermal characteristics matched to the battery chemistry, PCS inverter specifications, and site interconnection requirements.

Flexible form factors. Compact, outdoor-rated, and container-compatible enclosures for installations with space, environmental, or transportation constraints.

System integration. Engineered for compatibility with PCS inverters, switchgear, protection relays, and SCADA networks for monitoring and remote operation.