The High-Voltage Rack-Mounted Energy Storage System is a modular indoor solution designed for industrial and commercial applications requiring high power stability.
It integrates LFP battery modules, BMS, fire protection, and thermal management and supports flexible capacity expansion with seamless PCS and PV integration.
Modular Design for Reliable Industrial & Commercial Energy Storage.
The Indoor High-Voltage Rack Energy Storage System adopts a highly integrated and modular rack-mounted design, combining battery modules, BMS, EMS, fire protection, and thermal management into a compact cabinet structure.
Designed for indoor industrial and commercial environments, the system enables efficient energy storage, stable power output, and flexible capacity expansion—meeting the high requirements for grid continuity and long-term operation.
Designed with an IP20 protection rating for enhanced safety.
Features low operation and maintenance costs.
Incorporates a modular design with remote configuration support.
| Battery Type | 314Ah, LFP |
| Battery configuration | 1P240S(1P16S*15) |
| Battery Capacity | 241.152kWh |
| Battery current | 157A |
| Battery voltage range | 672V~864V |
| Dimensions [W*H*D][mm] | 1521*832*1837 |
| Noise | ≤60dB |
| Weight | About 1.5t |
| IP Rating | IP20 |
| Operating temperature | -29℃ to 50℃ |
| Above sea level | 2000m(drop over 2000m) |
| Cooling down method | Forced air cooling |
| PCS | Adapt to 100 or 125kW PCS |
| EMS | (-E)Adapt to local display controller |
Dry, ventilated space (-30°C to 50°C), free of corrosion & interference. Stable surface with clearance for heat dissipation. Must be grounded & follow installation manual.
Regularly inspect connections, insulation, and ventilation. Replace batteries as needed. Clean vents without letting fluids enter equipment.
Commercial and industrial energy storage systems can store surplus photovoltaic power generated during the day and release electricity during peak demand or when photovoltaic output is insufficient, thereby increasing the proportion of self-consumption of photovoltaic power, enhancing power supply stability, and reducing reliance on the grid.
Yes. By charging during low-price periods and discharging during high-price and high-load periods, the energy storage system can effectively reduce demand charges and overall electricity costs, and demand charges are a significant component of electricity expenses for commercial and industrial users.
Liquid cooling systems provide precise temperature control for batteries, reducing thermal stress and improving system operating efficiency and battery consistency, making them particularly suitable for high-load, long-term industrial and commercial applications.
The system uses lithium iron phosphate (LFP) battery technology and is equipped with multiple safety protection designs, including real-time monitoring by the battery management system (BMS), intelligent liquid cooling temperature control, aerosol fire extinguishing system, and IP55 protection rating enclosure, ensuring safe and reliable operation.
Based on LFP batteries, the energy storage system can achieve ≥8000 cycles at 80% depth of discharge, and can operate stably for more than 10 years under normal conditions, with low performance degradation and high reliability.
Yes. The system supports multi-level parallel connection, allowing for flexible capacity expansion based on the growing energy needs of the enterprise, without requiring extensive modifications to the existing power infrastructure.
PVB offers a complete after-sale service includes installation, commissioning, maintenance, and battery replacements. Warranty covers repairs/replacements. Paid service available after.
