CATL EnerOne+ 379.4 kWh / 1 C F2100 Outdoor Liquid Cooling Rack

The CATL EnerOne+ 379.4 kWh is a cutting-edge, modular energy storage solution designed for outdoor use, utilizing advanced liquid cooling technology. This system is engineered for superior reliability, extended service life, and unparalleled safety, making it an ideal choice for commercial and industrial applications requiring efficient and scalable energy storage.

• High Safety: Features LFP batteries with exceptional thermal stability and UL9540A certification, ensuring minimal fire risk.
• Robust Design: Offers IP66 protection for key components and corrosion resistance up to C5 level, guaranteeing 20-year reliability.
• Extended Lifespan: Employs an integrated frequency conversion liquid-cooling system that minimizes cell temperature differences, extending battery life by 33%.
• Modular Flexibility: Compatible with 600-1500V systems and offers alternative installation options for seamless integration.
• Space-Saving Design: High energy density modular design reduces floor space requirements by up to 50%.
• Long Cycle Life: Over 10,000 cycles standard, with optional cells providing up to 12,000 cycles.
• All-Weather Performance: Operates effectively in a wide temperature range from -30 to +55°C.
• Advanced Thermal Management: Integrated liquid cooling system maintains optimal operating temperatures.
• Comprehensive BMS: Built-in Battery Management System for continuous monitoring and control.
• Easy Installation: Designed for transportation after assembly, reducing on-site installation costs and commissioning time.
• Versatile Applications: Suitable for on-grid, PV storage, wind storage, and microgrid applications.
• Certified Safety: Includes a separate fire suppression system adaptable for various markets.

The CATL EnerOne+ is not just an energy storage system; it’s a comprehensive solution engineered for performance, durability, and safety. With its modular design, advanced cooling technology, and robust safety features, the EnerOne+ offers a reliable and efficient way to manage energy storage needs in diverse applications. Whether for frequency regulation, peak shaving, or microgrid support, this system provides the flexibility and longevity required for demanding energy environments.