5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE

5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE

  • 5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE
  • 5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE
  • 5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE
  • 5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE
Summary
CNTE's 5MW/10MWh Liquid-Cooled Industrial Energy Storage System delivers peak shaving and green power supply for commercial and industrial applications. Featuring advanced liquid cooling technology, this high energy density system optimizes battery performance, extends lifespan, and reduces thermal runaway risks. Ideal for limited-space industrial sites, it enables efficient 'peak shaving and valley filling' to lower energy costs and enhance grid reliability. The intelligent EMS ensures real-time optimization of charging and discharging strategies, maximizing cost savings and sustainability for energy-intensive factories.More
Specifications
System Energy Range:
10MWh
Capacity:
5MW/10MWh
System Voltage Range:
  • 5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE
  • 5MW/10MWh Liquid-Cooled Industrial Energy Storage System for Peak Shaving and Green Power Supply CNTE

Project Scale

5MW/10MWh

Project Highlight

CNTE 5MW/10MWh liquid-cooled C&I ESS has been successfully deployed in the Jinwan Industrial Park, Zhuhai, Guangdong. This system leverages the “peak shaving and valley filling” capability of energy storage to provide green power for high-energy-consuming factories, enhance economic efficiency, and inject new vitality into reliable power supply—paving the way for sustainable development.

With advanced liquid cooling technology, the system ensures optimal battery performance, prolongs lifespan, and reduces thermal runaway risks. Its high energy density design supports large-capacity storage in limited spaces, making it ideal for industrial and commercial sites. The intelligent EMS system further optimizes charging and discharging strategies based on real-time data, maximizing efficiency and cost savings.

This project sets a benchmark for CNTE C&I energy storage solutions. Looking ahead, CNTE remains committed to driving the transition toward greener, more sustainable energy systems with cutting-edge technology and innovative solutions.

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