Home > Products > PV&ESS > Commercial ESS
Features:
●1.High Safety
Safe LFP cells that feature high thermal stability
Metal case that ensures heat insulation;no thermal diffusion at 1,000℃
Exquisite fire-fighting design;built-in fire suppression system
High safety protection class up to IP67
●2.High Integration
Modular design compatible with both ESS container and C&l energy storage cabinet
Design of modular high energy density that is characteristically smaller in size and lighter in weight
●3.Durability
Battery cells supplied by Tier-1 cell manufacturers;battery cycles up to 8,000
Optimized flow runner design endorsed by thermal simulation
Temperature variance less than 2℃in single battery pack that guarantees cellstability &reliability
Description:
All-weather reliable operation
High safety lithium iron phosphate (LFP) technology
Flexible expansion and efficient management
MOQ:one (machine)
| Model | MCESS630 |
| Battery type | LFP 3.2V,314Ah |
| Max.connection number | 1P416S*12 |
| Total energy | 5.015MWh @25℃,0.5P |
| Rated power(0.5P) | 2500kW |
| Voltage range(DC) | 1123.2V~1497.6V |
| System | |
| Dimension(W*H*D) | 6250mm*2600mm*2896mm |
| Weight | approx.50T |
| IP class | IP54(Pack IP67) |
| Operating temperature | -20~50℃ |
| Humidity | 0-95%RH(Non-condensing) |
| Altitude | ≤3000m(Standard)/≤5000m(Optional) |
| Thermal control | Liquid cooling/50%ethylene glycol |
| Fire protection system | PACK-level Perfluoro,Aerosol(Optional) |
| Corrosion resistance | C4-M(C5-H alternative) |
| Communication protocol Certificates | CAN/Ethernet GB/T36276 |
| Energy management for industry and commerce | Factory/park peak cutting and valley filling, reduce the peak electricity price loadMicrogrid off-grid power supply to ensure stable power in remote areas |
| Emergency and temporary electricity | Moving power to construction sites instead of diesel generatorsData center backup power supply, 0ms switch constant power |
| Green energy integration | Integrated optical storage and charging system, maximize photovoltaic self-useParticipate in power demand response and obtain the benefits of peak regulation subsidy |
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