ME2000 Energy Storage Battery System
- Product Parameter
- Product Features
- Core Components
- Product Materials
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The ME2000 Energy Storage Battery System comes with 2,088kWh rated energy and 1,000kW rated discharge power. It supports 6-gun GB/T DC fast charging, equipped with 30kW thermal management and perfluorohexanone/aerosol fire suppression system, controlled by EMS + 3-tier BMS. It delivers 380Vac±15% AC output and adjustable 500~1,500Vdc DC output, with 88% AC/DC round trip efficiency. Featuring IP55 protection, C4 corrosion resistance and intelligent liquid cooling, it works stably in wide ambient conditions for mobile power and emergency backup.
System Parameter
Item ME2000 Rated capacity 314Ah×8 Rated Discharge Power 1,000kW External Dimensions
(L×W×H)
6,058(L)×2,438(W)×2,896(H) mm Rated Voltage 830V DC Charging Method 6 gun GB/T DC fast charging Thermal Management 30kW Fire Suppression System Perfluorohexanone/Aerosol System Weight 23T Management System EMS+3 tier BMS Output Parameters
Item ME2000 AC Rated Output voltage 380Vac±15% Rated Output Power 1,000kW DC input voltage 500Vdc~1,500Vdc(adjustable) System Round Trip Efficiency(AC/DC) 88% Environmental Parameters
Item ME2000 Ambient Operating Temperature -20℃ ~ +55℃(derating above 50℃) Ambient Humidity 5~ 95%RH, non condensing Maximum Operating Altitude 2,000m (derating above) Protection Rating IP55 Corrosion Protection Class C4 Cooling Method Intelligent liquid cooling -
Flexible mobility:
Meet the energy replenishment, vehicle rescue, emergency power supply and other needs of operating vehicles.
Rate fast charging:
meets the needs of fast and efficient power replenishment for electric heavy‑duty trucks, construction machinery, buses, and other vehicles.
Rapid construction:
Industrialized mass production of supplementary electric vehicles, avoiding investment in hardware facilities such as land and transformers.
Convenient configuration:
Configure supplementary electric vehicle resources based on the actual layout of electric vehicles in the region.
Green electricity utilization:
The supplementary electric vehicle can freely move to the charging source and utilize both green electricity and discarded electricity.
Peak shaving and valley filling:
By utilizing the energy storage properties of the cabin, functions such as peak shaving and valley filling, frequency regulation, and peak shaving of the power grid can be achieved.
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