HC5010L is a large-capacity, liquid cooling energy storage system designed for utility-scale and heavy-industrial applications. With an impressive rated capacity of 5015.96kWh, it leverages advanced LiFePO₄ battery technology and a robust modular design to deliver reliable, high-performance energy storage. Its engineering focuses on scalability, safety, and adaptability to demanding operational environments, making it ideal for grid stabilization, large-scale renewable energy integration, and industrial backup power.

Product Features

• Massive Energy Storage Capacity: With 5015.96kWh of rated capacity and a 157A×12 rated current, the HC5010L can handle large-scale energy demands, making it suitable for grid-scale storage, utility peak shaving, and industrial microgrids.
• Efficient Liquid Cooling: Utilizes liquid cooling technology to maintain stable battery temperatures across the entire system, even during high-load charging/discharging cycles. This ensures consistent performance within a wide operating temperature range of -30℃～50℃.
• Robust Construction: Built to withstand harsh environments with an IP54 protection rating and durable materials. The system’s weight (≤44T) and structural design ensure stability in outdoor installations, while its C4 anti-corrosion rating enhances longevity in industrial or coastal areas.
• Flexible Charge/Discharge Rates: Supports 0.5CP/0.25CP charge/discharge rates, allowing adaptability to varying energy demands—from rapid response to grid fluctuations to long-duration backup power.
• Comprehensive Safety Features: Equipped with multi-layer protection, including overcurrent, overvoltage, and thermal runaway prevention. Compliance with UL 1973, UL 9540A, and NFPA standards underscores its safety for large-scale deployments.
• Advanced Monitoring & Communication: Integrates Ethernet communication for seamless integration into smart grid systems, enabling real-time monitoring, remote management, and data-driven optimization of energy usage.

Application Scenarios

• Utility-Scale Grid Storage: Deployed by power utilities to balance grid load, store excess renewable energy (solar/wind), and provide frequency regulation, enhancing overall grid stability.
• Large Industrial Complexes: Powers heavy machinery, manufacturing lines, and critical infrastructure in industrial parks, serving as backup during outages and reducing peak demand costs.
• Renewable Energy Parks: Integrates with large solar or wind farms to store surplus energy generated during peak production, ensuring a steady power supply to the grid when renewable output fluctuates.
• Municipal Energy Reserves: Acts as an emergency energy reserve for cities, supporting critical services (hospitals, water treatment plants) during prolonged grid failures or natural disasters.

Service Support

• Customized Deployment Planning: Our engineering team conducts site assessments to design optimal installation layouts, considering factors like cooling infrastructure, weight distribution, and grid integration.
• Professional Commissioning: Certified technicians handle system setup, including battery cluster configuration, cooling system calibration, and communication integration, ensuring peak performance from day one.
• Comprehensive Training: Offers specialized training for operators and maintenance teams on system monitoring, safety protocols, and troubleshooting, ensuring efficient day-to-day management.
• Long-Term Maintenance Contracts: Provides scheduled inspections, performance audits, and proactive component replacement to maximize system lifespan and minimize downtime, with 24/7 remote support for urgent issues.