The NaCP 160Ah sodium-ion battery features high thermal stability, low risk of thermal runaway, excellent low-temperature performance, and a long cycle life (typically 3000+ cycles). It uses abundant, non-lithium materials, making it cost-effective and environmentally sustainable.

These systems are ideal for commercial and industrial backup power, renewable energy storage, microgrids, telecom base stations, and energy cost optimization in locations with high ambient temperatures or supply chain concerns related to lithium.

NaCP 160Ah cells have lower energy density than lithium-ion counterparts, but they offer superior safety, wider temperature tolerance, and reduced raw material cost, making them highly suitable for stationary BESS deployments with space availability.

Each NaCP sodium-ion cell typically operates at a nominal voltage of ~3.0–3.2V with a capacity of 160Ah, resulting in an individual cell energy of approximately 480–512Wh. Modules and racks are assembled by configuring these cells in series and parallel.

Due to the inherently high thermal tolerance of sodium-ion chemistry, both air cooling and liquid cooling can be applied depending on system scale. For systems above 250kWh, active air cooling or liquid cooling ensures temperature balance and long-term reliability.