High-volt Energy Storage Cabinet 175kWh Commercial Solar Battery Storage Systems

High-volt Energy Storage Cabinet 175kWh Commercial Solar Battery Storage Systems

Product Overview

This 175 kWh high-voltage C&I energy storage cabinet uses automotive-grade LFP cells (with a cycle life of ≥6,600 cycles) and has a design that integrates EMS/BMS/PCS. It uses intelligent forced air cooling (which is safe and doesn't leak) and can be charged from solar PV/grid/diesel power sources. It can also be used independently or connected to the grid. The system lets you make the most of energy prices, respond to demand, and back up power supplies at the UPS level. It is perfect for industrial parks, commercial buildings, hospitals, data centres, and remote construction sites/base stations.

Key Benefit

Automotive-grade Pulse Discharge

Power-grade BYD battery cells offer superior discharge capability and long-term durability. This high-voltage energy storage system has been designed specifically for real industrial loads, with a 0.6C discharge rate. The device has the capacity to deliver higher power output while using fewer battery modules.

Demand-side Response Enhances Operational Stability

This product offers a comprehensive solution that is compatible with grid-connected, off-grid, and hybrid modes. In the event of any grid abnormalities, a rapid switch to battery power will ensure that critical loads continue to be supplied without interruption. Comprehensive protection mechanisms ensure safe operation under high-rate conditions.

Multi-source Charging Strategy

This system is capable of supporting the simultaneous connection of photovoltaic systems, grid power, and diesel generators. It offers adaptable multi-scenario solutions, while EMS intelligent dispatch ensures optimal energy flow and cost minimisation.

Integrated Cabinet and Battery Pack Design

This compact, all-in-one 175kWh design offers dynamic expansion potential to meet growing energy demands. It is structurally robust and facilitates efficient energy transfer. Its compact size reduces its footprint and improves system efficiency, while a more streamlined design reduces installation and operational burdens.

Safety Cooling Priority (Forced Air Cooling)

Default forced air cooling prevents liquid cooling leakage risks and enhances ease of clearance and maintenance. Compared to liquid cooling, it's safer with no risk of leaks, more convenient since it requires no refilling, and faster to clear customs inspections.

Collectively, these core design features ensure the system can respond rapidly to load fluctuations in demanding industrial environments while maintaining stable performance. The system has obtained UN38.3 certification and MSDS certification, and comes with a 10-year warranty to guarantee reliable operation throughout the project lifecycle.