It is an integrated commercial energy storage system combining LFP battery modules, a 100–125kW hybrid inverter (PCS), EMS control, and an air-cooling system. It is designed for grid-tied and off-grid energy management in C&I applications.

It is commonly used for industrial peak shaving, commercial electricity cost reduction, solar PV storage, EV charging support, backup power, and microgrid systems. It is ideal for factories, shopping malls, office buildings, and energy-heavy facilities.

Air-cooled systems have a simpler structure, lower upfront cost, and easier maintenance. They are suitable for most standard commercial environments, especially where extreme temperature control is not required.

Both models use the same 100–125kW power system. The difference is energy capacity. The 253kWh version provides higher storage capacity, resulting in longer backup duration and more energy flexibility.

Yes. It supports solar PV input, grid charging/discharging, and hybrid energy management. It can maximize self-consumption and improve renewable energy utilization efficiency.

Yes. Multiple cabinets can be connected in parallel to form multi-MWh energy storage systems. This allows flexible expansion based on project size and energy demand.

Yes. It provides reliable backup power during grid outages and ensures continuous operation for critical loads such as production lines, data systems, and commercial facilities.

It is equipped with a smart Energy Management System (EMS) that enables real-time monitoring, remote control, fault alarms, and energy optimization strategies such as peak shaving and TOU management.