The system capacity is assembled from field-replaceable 16 kWh battery modules, with flexible stacking options ranging from 4 to 15 modules. It delivers precise capacity configuration and convenient on-site maintenance. For reference: a single 241.05 kWh energy storage cabinet is assembled with fifteen 16 kWh modules.

High-voltage topology cuts down loop current and copper loss (I²R loss). It allows the use of smaller-gauge cables, improves the system’s charge-discharge cycle efficiency, and enables miniaturization and integration of power conversion circuits.

Custom three-phase hybrid inverters enable seamless grid-tied operation and backup off-grid power supply, support rapid charge-discharge switching, and allow parallel connection of multiple units for capacity expansion.

The fully pre-integrated unit features stackable racks and factory pre-wired cables, drastically cutting on-site installation and commissioning time and reducing labor and space costs for commercial & industrial (C&I) projects.

The integrated Battery Management System (BMS) realizes peak shaving and valley filling as well as refined capacity control. It dynamically coordinates and schedules stacked units to boost self-consumption rate and cut electricity bills.