Liquid-cooled conventional energy storage box
This product uses a 20-foot standard prefabricated cabin as its carrier, integrating lithium iron phosphate batteries, variable frequency liquid cooling units, perfluorohexanone fire protection, and local EMS monitoring to achieve rapid deployment with "immediate grid connection upon arrival." Leveraging high-energy-density cells and three-dimensional liquid cooling technology, it boasts a single-cabin capacity of 5MWh and a system-level mass energy density of 179Wh/kg, ranking first in the industry.
Ultimate security
Lifespan leap
Fully utilize capacity
Plug and play
Liquid-cooled conventional energy storage box
This product uses a 20-foot standard prefabricated cabin as its carrier, integrating lithium iron phosphate batteries, variable frequency liquid cooling units, perfluorohexanone fire protection, and local EMS monitoring to achieve rapid deployment with "immediate grid connection upon arrival." Leveraging high-energy-density cells and three-dimensional liquid cooling technology, it boasts a single-cabin capacity of 5MWh and a system-level mass energy density of 179Wh/kg, ranking first in the industry.
Ultimate security
Lifespan leap
Fully utilize capacity
Plug and play
ENERCUBE E215
CIMC ENER CUBE E215 ESS is based on All-in-one design theory, highly integrating LFP battery, BMS, high-efficiency liquid-cooling PCS, EMS, smart liquid- cooling temperature control system, power distribution system and fire protection system.
With 400VA AC, the ESS can provide peak-shaving, grid frequency modulation, power capacity expansion, standby power supply, black start and other functions to help users reduce electricity costs to the maximum extent.
The ESS can be flexibly deployed in various scenarios such as C&I parks, gas stations, PV ESS, EV charging stations, mining areas and airports.
Flexibly Deployed
Highly Integrating
Reduce Costs
ENERCUBE E215
CIMC ENER CUBE E215 ESS is based on All-in-one design theory, highly integrating LFP battery, BMS, high-efficiency liquid-cooling PCS, EMS, smart liquid- cooling temperature control system, power distribution system and fire protection system.
With 400VA AC, the ESS can provide peak-shaving, grid frequency modulation, power capacity expansion, standby power supply, black start and other functions to help users reduce electricity costs to the maximum extent.
The ESS can be flexibly deployed in various scenarios such as C&I parks, gas stations, PV ESS, EV charging stations, mining areas and airports.
Flexibly Deployed
Highly Integrating
Reduce Costs
ENERCUBE E261
CIMC ENER CUBE E261 ESS is based on All-in-one design theory, highly integrating LFP battery, BMS, high-efficiency liquid-cooling PCS, EMS, smart liquid- cooling temperature control system, power distribution system and fire protection system.
With 400VA AC, the ESS can provide peak-shaving, grid frequency modulation, power capacity expansion, standby power supply, black start and other functions to help users reduce electricity costs to the maximum extent.
The ESS can be flexibly deployed in various scenarios such as C&I parks, gas stations, PV ESS, EV charging stations, mining areas and airports.
Flexibly Deployed
Highly Integrating
Reduce Costs
ES750产品
The ES750 is a modular energy storage platform with a single tank capacity of 750 kWh. It needs to meet both NEMA3XR (rainproof) and IP55 (dustproof and waterproof) requirements, achieving on-site hoisting in 30 minutes and an annual production cycle of ≥400 units. The traditional "frame first, seal later" approach suffers from three major drawbacks: numerous welds, long tolerance chains, and hoisting eccentricity, necessitating a process-level redesign.
Double-sealed laser composite welding of top cabinet
Mortise and tenon frame quick assembly technology
ES750产品
The ES750 is a modular energy storage platform with a single tank capacity of 750 kWh. It needs to meet both NEMA3XR (rainproof) and IP55 (dustproof and waterproof) requirements, achieving on-site hoisting in 30 minutes and an annual production cycle of ≥400 units. The traditional "frame first, seal later" approach suffers from three major drawbacks: numerous welds, long tolerance chains, and hoisting eccentricity, necessitating a process-level redesign.
Double-sealed laser composite welding of top cabinet
Mortise and tenon frame quick assembly technology
New energy iron-chromium flow batteries and rebalancing energy storage boxes
Iron-chromium redox flow batteries are abundant and their electrolytes are recyclable, eliminating the risk of thermal runaway. They are adaptable to high-temperature and high-humidity environments and have a life-cycle cost that is more than 30% lower than that of lithium batteries. New energy iron-chromium redox flow batteries and rebalancing energy storage boxes mainly utilize the power-capacity decoupling characteristics of iron-chromium redox flow batteries to make them suitable for grid-level peak shaving.
Highly practical
Aesthetics and Ergonomics
Quality and environmental friendliness
Industry pioneering and innovative
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