1MW Liquid-Cooled Energy Storage System | Industrial Peak Shaving Project in Foshan, China

Project Overview

A 1MW liquid-cooled energy storage system has been successfully deployed and commissioned in Foshan, Guangdong, China.

The system is designed for industrial peak shaving and load shifting applications, helping the factory optimize electricity costs while improving overall power management efficiency.

The project is now fully operational on-site.

System Configuration

• System Capacity: 1MW
• Cooling Method: Liquid Cooling
• Application Type: Grid-connected C&I (Commercial & Industrial) ESS
• Architecture: Modular integrated design
• Operation Mode: Peak shaving & valley filling

Key Challenges

High Industrial Peak Demand
Frequent peak load periods resulted in high electricity bills.

Thermal Management Requirements
Industrial environments require stable temperature control for long-term system reliability.

Operational Stability
The customer required a durable, low-maintenance system with consistent performance.

Solution Highlights

Liquid Cooling Technology

• Superior thermal management compared to air-cooled systems
• More uniform cell temperature distribution
• Extended cycle life and improved system stability
• Better performance under high-load industrial operation

Modular System Design

• Flexible capacity expansion
• Simplified maintenance and module replacement
• Reduced downtime during servicing

Intelligent Energy Management

• Supports peak shaving & valley filling strategies
• Fast response to industrial load changes
• Optimizes electricity cost structure

Project Outcomes

• Reduced peak demand charges
• Improved power usage efficiency
• Enhanced operational stability for industrial production
• Long-life system performance under continuous operation

Our Engineering Capability

• Customized C&I energy storage system design
• In-house engineering, integration, and testing
• Full project lifecycle support: design → manufacturing → commissioning
• Experience in industrial ESS, microgrids, and utility-scale applications