E3MATRIX-C1000 Liquid Cooling Energy Storage System 380V Industrial & Commercial Applications

E3MATRIX-C1000 Liquid Cooling Energy Storage System 380V Industrial & Commercial Applications

  • E3MATRIX-C1000 Liquid Cooling Energy Storage System 380V Industrial & Commercial Applications
  • E3MATRIX-C1000 Liquid Cooling Energy Storage System 380V Industrial & Commercial Applications
Summary
E3MATRIX-C1000 is a high-performance, liquid-cooled energy storage system designed for industrial and commercial applications. Featuring a 380V AC input, this integrated cabinet-type system combines advanced battery clusters, energy storage inverters, thermal management, and fire safety systems in a compact, modular design. With pack-level liquid cooling, perfluorohexanone fire suppression, and intelligent cloud-based monitoring, it ensures safe, reliable, and efficient energy storage. Ideal for diverse energy scenarios, the E3MATRIX-C1000 delivers enhanced stability, long lifecycle, and optimized ROI through superior heat dissipation, 30% lower power consumption, and autonomous operation capabilities.More
Specifications
system voltage:
380V
type of cooling:
liquid cooling
  • E3MATRIX-C1000 Liquid Cooling Energy Storage System 380V Industrial & Commercial Applications

Key Features:

·Three-Phase Imbalance Control: Ensures balanced energy distribution and enhances system stability, optimizing energy storage and utilization.

·Comprehensive Integration: Combines essential components such as battery clusters, inverters, and safety systems into a unified solution for simplified installation and operation.

·Adaptability: Ideal for a range of applications, including industrial and commercial energy storage, supporting diverse energy needs.

Product advantages
Safe and reliable
The system features battery pack-level fire protection composite monitoring, utilizing perfluorohexanone and backup water fire protection for accurate and rapid fire intervention. A pack-level liquid cooling solution ensures that the temperature difference of battery cells within the control cabinet remains within 5°C. The battery and converter components are organized into partitions, and the battery pack is sealed to isolate arcs and flammable gases, providing additional fire protection.
Multiple discharge
Active variable frequency liquid cooling, along with the parallel connection of pipelines between packages, significantly enhances heat dissipation efficiency, reducing power consumption by up to 30%. The system incorporates NPC power topology combined with a hybrid vector modulation algorithm, boosting charging cycle efficiency by 1%.
Long life
The system uses a wide-range speed-regulating fan to extend the service life of the fan. Additionally, the adoption of IGBT packaging technology with high thermal stability enhances the overall reliability and longevity of the system.
Increase revenue
The modular design of the system enables a short construction period, minimal footprint, and reduced initial investment costs. It also benefits from intelligent operation and maintenance, cloud-based monitoring, and the ability to operate autonomously, all of which contribute to improved system efficiency and cost savings.
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