Liquid-Cooled ESS Cabinets

210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet

A 210 kWh integrated liquid-cooled lithium-ion (LFP) energy storage cabinet combining battery packs, BMS and thermal management in one outdoor-rated enclosure.

A 210 kWh integrated liquid-cooled lithium-ion (LFP) energy storage cabinet combining battery packs, BMS and thermal management in one outdoor-rated enclosure. Factory-built for 20-year design life, liquid cooling holds every cell in an optimal, uniform temperature band for higher efficiency, longer cycle life and safer operation. Designed for commercial and industrial storage, solar self-consumption, peak shaving and off-grid power.

  • Integrated liquid-cooled design — uniform cell temperature, higher efficiency and longer life
  • All-in-one cabinet: battery, BMS and cooling in a single enclosure
  • IP55 outdoor-rated protection for flexible siting
  • Lithium-ion LFP chemistry for safety and long cycle life
  • CAN / RS485 / Ethernet communication for easy EMS integration
Product TypeIntegrated Liquid-Cooled Energy Storage Cabinet
Battery TypeLithium-Ion (LFP)
Protection ClassIP55
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Lead time typically 25–45 days after drawing approval · FAT welcome · Ships worldwide (EXW / FOB / CIF / DAP)

Technical specifications

Specifications of 210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet
ParameterValue
Product TypeIntegrated Liquid-Cooled Energy Storage Cabinet
Energy Capacity210 kWh
Battery TypeLithium-Ion (LFP)
Output Power RangeAbove 50 kWh
System TypeRack-Mounted
Working Voltage Range75 V – 109.5 V
Configuration1P30S
Grid ConnectionOff-Grid
CommunicationCAN, RS485, Ethernet
Protection ClassIP55
Dimensions (L×W×H)1325 × 1306 × 2315 mm
Weight2500 kg
Power SourceSolar Panel
210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — specification and nameplate detail
Lithium-Ion Battery Cabinet — specification and nameplate detail

Specifications are based on the standard configuration. Final ratings, dimensions, materials and packaging are confirmed on the approved drawing and order confirmation.

Features and construction

The double-door cabinet houses modular battery racks cooled by an integrated liquid-cooling loop, with a front control/HMI panel, status indicators and an emergency stop. A side ventilation grille and top lifting lugs simplify installation and servicing. The BMS communicates over CAN/RS485/Ethernet for seamless integration with energy management systems.

210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — construction and materials detail
Lithium-Ion Battery Cabinet — construction and materials detail
210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — internal structure
Lithium-Ion Battery Cabinet — internal structure
210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — workmanship detail
Lithium-Ion Battery Cabinet — workmanship detail
210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — safety and protection features
Lithium-Ion Battery Cabinet — safety and protection features

Typical applications

Commercial and industrial energy storage, solar-plus-storage, peak shaving and load shifting, microgrids, EV-charging support and off-grid power for factories, campuses and remote sites.

210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — typical application
Lithium-Ion Battery Cabinet — typical application

Customisation options

Capacity, configuration, grid connection (on/off-grid), communication protocol and enclosure options can be customized to project requirements.

210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — dimensions and layout
Lithium-Ion Battery Cabinet — dimensions and layout
210kWh Integrated Liquid-Cooled Energy Storage System — Lithium-Ion Battery Cabinet — customisation options
Lithium-Ion Battery Cabinet — customisation options

Ordering information

  • Selling Unit: Single item
  • Packing: 1325 × 1306 × 2315 cm crate, 2500 kg gross
  • Protection: IP55

Specifications are based on the supplied product data. Final dimensions, materials, colors, and packaging are subject to the confirmed sample and order confirmation.

Standards and quality

Manufactured under an ISO 9001, ISO 14001 and ISO 45001 certified management system. Designs follow the IEC 60076 / IEC 62271 series as applicable, with ANSI/IEEE, GB and GOST variants available. Every unit passes routine testing before dispatch; type tests and customer or third-party witnessed factory acceptance tests can be arranged.

Frequently asked questions

Which standards and certifications apply?

MARS operates an ISO 9001 / 14001 / 45001 certified factory and holds CE (ECM), UDEM, EAC and CQC approvals; every unit is routine-tested before dispatch and type or witnessed tests can be arranged.

Can this product be customised?

Capacity, configuration, grid connection (on/off-grid), communication protocol and enclosure options can be customized to project requirements.

What is the lead time and how is it shipped?

Typical lead time is 25–45 days after drawing approval for distribution equipment and 60–90 days for power transformers and containerised systems. Shipment is by sea from Shanghai on EXW, FOB, CIF or DAP terms with a full document pack.

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