Liquid-Cooled High-Voltage Battery Energy Storage System (313/418/522kWh)

Liquid-Cooled High-Voltage Battery Energy Storage System (313/418/522kWh)

PS-CI-HV-LC-BS-313-522

The POWERSHINE Liquid-Cooled High-Voltage Battery Energy Storage System is designed for commercial and industrial applications requiring large-capacity energy storage, reliable operation and efficient thermal management. Available in three configurations of 313kWh, 418kWh and 522kWh, this battery storage solution provides flexible capacity options for factories, industrial facilities, commercial buildings and large-scale energy storage projects.

Built with high-quality LiFePO₄ battery technology and 314Ah battery cells, the Liquid-Cooled High-Voltage Battery Energy Storage System offers a modular cabinet-type design for different energy storage requirements. Its battery architecture uses 1P52S module configurations, with 6, 8 or 10 battery modules corresponding to the 313kWh, 418kWh and 522kWh models respectively. This modular structure provides different storage capacities within the same product series.

The system features a high-voltage battery architecture with different nominal voltage configurations to match its available capacities. The 313kWh model operates at 499.2VDC, the 418kWh model at 665.6VDC, and the 522kWh model at 832VDC. With corresponding voltage operating ranges of 452.4–561.6VDC, 603.2–748.8VDC and 754–936VDC, the series provides flexible high-voltage battery configurations for compatible power conversion systems.

An advanced liquid cooling system helps maintain stable battery operating temperatures and supports consistent performance under demanding operating conditions. Effective thermal management is particularly important for high-capacity battery energy storage systems, where temperature control contributes to operational stability and battery performance. The integrated cooling design makes this series suitable for commercial and industrial energy storage installations requiring continuous and dependable operation.

For battery protection and system monitoring, the integrated Battery Management System (BMS) provides protection against overcharge, overdischarge, overcurrent, short circuits and overtemperature conditions. The system supports CAN and RS485 communication interfaces for battery monitoring and communication with compatible external equipment. Its maximum charge and discharge current is specified at 157A × 2, according to the product configuration.

Designed for demanding commercial and industrial environments, the POWERSHINE Liquid-Cooled High-Voltage Battery Energy Storage System features an IP54-rated cabinet enclosure. The specified operating temperature ranges are 0°C to +55°C for charging and -20°C to +55°C for discharging, with an operating humidity range of 0–95% without condensation. The system is also specified for operating altitudes up to 4,000 metres, subject to the manufacturer’s altitude-related operating requirements.

With three available energy storage capacities, modular battery architecture, liquid cooling technology and high-voltage configuration options, this series offers a flexible battery storage platform for diverse energy requirements. The 313kWh, 418kWh and 522kWh models allow project developers, system integrators and commercial energy users to select a suitable battery capacity according to their application requirements and compatible system design.

The POWERSHINE Liquid-Cooled High-Voltage Battery Energy Storage System is suitable for industrial energy storage, commercial energy management, renewable energy integration and large-capacity battery storage projects. It provides a scalable battery solution for customers seeking reliable LiFePO₄ energy storage technology and flexible capacity options for commercial and industrial applications.

Battery energy storage plays an important role in commercial and industrial energy management, renewable energy integration and electricity supply flexibility. For further industry insights, explore IRENA’s report on Battery Storage for Renewables: Market Status and Technology Outlook.

Key Features

1. Advanced Liquid Cooling System
Efficient liquid cooling technology helps maintain stable battery temperatures and improve thermal management.
2. High-Quality LiFePO₄ Battery Cells
Built with 314Ah LiFePO₄ battery cells, delivering reliable performance and long-term energy storage capability.
3. Comprehensive Safety Protection
Integrated BMS protection against overcharge, overdischarge, overcurrent, short circuits and overtemperature.
4. Large-Capacity Modular Design
Available in 313kWh, 418kWh and 522kWh configurations with flexible 1P52S battery module arrangements.
5. Industrial Cabinet-Type Design
Robust cabinet structure with IP54 protection, designed for demanding commercial and industrial environments.
6. Intelligent Communication & Monitoring
CAN and RS485 communication interfaces support battery monitoring and integration with compatible equipment.
7. Wide Operating Temperature & High-Altitude Adaptability
Supports charging temperatures of 0°C to +55°C and discharging temperatures of -20°C to +55°C, with operation at altitudes up to 4,000m subject to derating requirements.
8. International Safety Documentation
Designed with reference to UN38.3 and MSDS requirements to support battery transportation and international project documentation.