Industrial energy storage system 50kWh to 1MWh container with liquid cooling and 3-level BMS

Industrial Energy Storage System 50kWh-1MWh+

XGW industrial ESS platforms scale from 50kWh commercial clusters to 1MWh+ container systems for grid services. A three-level BMS architecture (cell BMU - rack BCMU - system BBU) supervises every cell, while liquid or forced-air cooling maintains temperature uniformity across the pack. PCS integration up to 1500VDC supports peak shaving, frequency regulation, renewable firming and microgrid applications.

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Key Features

Technical Specifications

Technical specifications
Capacity50kWh - 1MWh+ (container / cluster)
System VoltageCustomizable, up to 1500VDC
ChemistryLiFePO4
BMS3-level: BBU / BMU / BCMU
CoolingLiquid / forced-air
Cycle Life≥ 6,000 cycles @ 80% DoD
CommunicationModbus, IEC 61850, CAN
ProtectionGrid-grade relay coordination, fire detection & suppression
ApplicationsPeak shaving, frequency regulation, microgrid
CertificationsCE, IEC 62619, UN38.3; grid codes per market
Warranty10 years

Applications

C&I peak shaving

Cut demand charges with daily cycling

Frequency regulation

Fast-response grid services

Renewable firming

Smooth solar and wind output

Microgrids

Islanded resilience for campuses and industry

Frequently Asked Questions

How is the system scaled to my site?

Standard 50kWh rack clusters parallel into containers; our engineers size the configuration from your load profile, tariff structure and target payback.

What does the 3-level BMS do?

Cell-level BMUs, rack-level BCMUs and the system BBU supervise voltage, temperature and current at every tier - providing redundancy, balancing and black-start-safe control.

Liquid or air cooling - which should I choose?

Air cooling suits moderate climates and lower C-rates; liquid cooling maintains tighter cell temperature spreads for high-power frequency regulation and hot climates, extending calendar life.

Can it connect to my existing EMS?

Yes. The system exposes Modbus and IEC 61850 interfaces for integration with standard energy management and SCADA platforms.

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