Capacity expansion is realized by combining field-replaceable standard 16kWh modules, with flexible stacking of 4–15 modules for precise capacity configuration on demand and convenient on-site maintenance. For example, a 241.05kWh energy storage cabinet can be assembled with 15 pieces of 16kWh modules.

The high-voltage topology cuts down loop current and greatly reduces I²R line losses. It allows the use of smaller-gauge cables, boosts system cycle efficiency, and delivers a more compact overall power circuit layout.

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

Factory prefabricated cabinets with pre-wired wiring drastically shorten on-site installation and commissioning cycles, lowering overall labor and space costs for commercial & industrial (C&I) projects.

The integrated battery management system supports peak-valley arbitrage and refined capacity control. It dynamically coordinates and schedules stacked units to raise PV self-consumption rate and effectively cut electricity bills.