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125KWh

125kWh of high-density storage with liquid-cooled precision. Built for the grid, tough enough for industry, and green enough for tomorrow. 15% More Energy – Maximize storage, minimize footprint. Liquid-Cooled Stability – No meltdowns, no drama. Eco-Safe & Industrial-Grade – Clean power that doesn’t quit. Ideal for: Grid storage • Solar/wind integration • Heavy-duty commercial ops Energy that keeps its cool—no matter what.


FAQ

1. What is a 125kWh sodium-ion BESS with NaCP 170Ah cells and liquid cooling?

This system is a 125kWh Battery Energy Storage System using sodium-ion (NaCP 170Ah) cells with advanced liquid cooling. Designed for stationary commercial and industrial applications, it delivers safe, stable, and lithium-free energy storage with enhanced thermal performance.

2. What makes the NaCP 170Ah sodium-ion chemistry suitable for 125kWh storage?

NaCP 170Ah cells provide high safety, long cycle life (3000–5000 cycles), and are made from abundant materials. This makes them ideal for mid-scale storage like 125kWh systems, where cost-efficiency and sustainability are priorities without compromising reliability.

3. Why use liquid cooling in a 125kWh sodium-ion system?

Liquid cooling ensures consistent temperature control across all battery modules, improving safety, reducing thermal stress, and extending battery lifespan—especially important in regions with high ambient temperatures or continuous charge/discharge cycles.

4. What are typical use scenarios for a 125kWh sodium-ion BESS?

Common applications include:

  • Small to mid-size commercial peak shaving
  • Renewable energy (solar/wind) load shifting
  • EV charging station support
  • Critical infrastructure backup power

5. How does a sodium-ion 125kWh BESS compare to lithium-based systems?

While slightly lower in energy density, sodium-ion systems offer greater safety, better thermal performance, and are free from lithium and cobalt. This makes them ideal for environmentally conscious users and applications where fire risk and sustainability are key concerns.

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