HC1075S Air Cooling Distributed Cabinet BESS is a high-capacity split cabinet energy storage system designed for medium to large-scale industrial and commercial applications. Its modular split design offers flexibility in installation and scalability, making it an ideal choice for scenarios where space layout or future capacity expansion is a key consideration. Leveraging advanced LiFePO₄ battery technology and intelligent energy management, it delivers reliable, efficient power storage and supply.

• High Capacity and Power Output: With a rated capacity of 1075.20kWh and a 500kW rated power (both on-grid and off-grid), it can meet the high-energy demands of large industrial equipment, commercial complexes, and critical infrastructure.
• Modular Split Design: Composed of 5 battery clusters (15 packs per cluster) and a separate control cabinet, the split design allows for flexible placement according to site conditions. It also enables step-by-step capacity expansion, reducing initial investment pressure.
• Efficient Air Cooling: Adopts air cooling technology to maintain optimal battery operating temperature, ensuring consistent performance even during prolonged high-load operation. The system operates within a temperature range of -20℃~50℃ (with derating over 45℃), adapting to various climate conditions.
• Comprehensive Safety Protection: Equipped with multiple safety mechanisms, including overvoltage, overcurrent, and short-circuit protection. The IP54 protection level and C4 anti-corrosion rating ensure durability in harsh industrial environments. Aerosol fire protection further enhances operational safety.
• Intelligent Monitoring and Control: Features an HMI display for real-time system status monitoring, and supports Ethernet communication for remote management. This enables efficient energy scheduling, fault diagnosis, and performance optimization.

• Large Industrial Facilities: Suitable for manufacturing plants, steel mills, and chemical factories, providing peak-shaving and valley-filling services to reduce electricity costs, as well as backup power to prevent production interruptions due to grid failures.
• Commercial and Public Infrastructure: Ideal for shopping malls, hospitals, and data centers, ensuring uninterrupted power supply for critical systems (such as medical equipment, server rooms) during outages, and optimizing energy usage to lower operational expenses.
• Renewable Energy Integration: Can store excess energy generated by solar or wind farms, smoothing out fluctuations in renewable energy output and improving grid stability when connected to the power network.

• Customized Installation Planning: Our technical team conducts on-site assessments to design a tailored installation plan, ensuring the split cabinets are arranged for optimal space utilization and performance.
• Professional Commissioning and Training: Provide full-system commissioning to ensure all components work in harmony, and offer in-depth training for operators on system operation, maintenance, and emergency handling.
• Responsive After-Sales Service: Establish a dedicated after-sales team to provide timely troubleshooting, preventive maintenance, and component replacement services. Remote monitoring capabilities allow for proactive issue detection and resolution.