1. High-Capacity 3.72 MWh Platform for C&I Applications

This containerized energy storage system delivers 3.72 MWh of usable energy, enabling peak shaving, backup power, load shifting, and renewable integration for factories, industrial parks, commercial buildings, microgrids, and utility projects.

Its standardized design and modular architecture allow efficient transportation, fast installation, and simplified commissioning.

2. Liquid-Cooling Thermal Management for Maximum System Stability

The system incorporates a high-precision liquid-cooling platform paired with internal air-conditioning.

Key Benefits:

Uniform temperature distribution across battery cells

Higher round-trip efficiency

Longer cycle life and enhanced reliability

Superior performance in high-temperature regions

This advanced thermal architecture ensures consistent operational stability—even in harsh, outdoor environments.

5. GSL Self-Developed BMS — 10 Years Proven Stability

As a globally recognized storage battery manufacturer, GSL ENERGY developed its own BMS platform with a decade of field validation.

BMS Capabilities Include:

Cell-level voltage and temperature monitoring

Real-time balancing

Multi-level protection (OV/UV/OT/SC/OC)

Data logging and remote diagnostics

Enhanced safety algorithms

This ensures asset longevity, operational safety, and superior lifecycle value.

6. Modular, Standardized System Architecture

The 3.72MWh system uses a modular battery rack design that allows:

Scalable project integration

Easier maintenance

Rapid component replacement

Flexible configuration based on energy demands

This modularity enables multi-megawatt expansion for commercial and industrial clients.

• This system is optimized for:
• Industrial parks
• Commercial centers
• Mining operations
• Microgrids
• PV + Storage hybrid systems
  
• Backup power for data centers
• Utility peak shaving
• Renewable energy smoothing
• Its high-power output and long-duration capability make it a versatile asset across multiple industries.