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
This series of liquid cooled energy storage battery pack uses lithium iron phosphate (LFP) battery cell and intelligent liquid cooling cooling technology, specially designed for industrial and commercial large-scale energy storage needs:
Precise temperature control: The liquid cooling system ensures that the temperature difference of the battery cell is less than 3 ° C, the maximum temperature after cycling is only 35 ° C, and the life is extended by 30%
Extreme adaptation: Support -30℃ low temperature discharge and 55℃ high temperature charging, IP67 protection without fear of dust storm
Flexible configuration: Available in 4 models (43kWh~104kWh), support multi-unit parallel expansion to megawatt level
MOQ:one (machine)
| Model | ME-BP-280L1P48S | ME-BP-280L1P52S | ME-BP-314L1P52S | SE-BP-314L1P104S |
| Celltype | LFP | |||
| Nominal capacity | 280Ah | 314Ah | ||
| Battery pack configuration | 1P48S | 1P52S | 1P104S | |
| Nominal voltage | 153.6V | 166.4V | 332.8V | |
| Total energy @BOL | 43.008kWh@25℃,0.5P | 46.592KWh@25℃,0.5P | 52.24kWh@25℃,0.5P | 104.49KWh@25℃,0.5P |
| Maximum efficiency | ≥94% | |||
| Rated charging/discharging ratio | 0.5P/0.5P | |||
| Rated charging/discharging current | 140A | 150A | ||
| Voltage range | 129.6~1728V | 140.4~1872V | 280.8~374.4V | |
| Max.range of operating tempeatur Charging Discharging | 0℃~55℃ | |||
| -30℃~55℃ | ||||
| Max.cell temperature after a full cycle | 35℃ | |||
| Max.cell temperature difference after a fullcycle | 3℃ | |||
| IP Class | IP67 | |||
| Humidity | 0~95%(Non-condensing) | |||
| Weight* | approx.305kg | approx.340kg | approx.340kg | approx.650kg |
| Thermal control | Liquid-cooling | |||
| Fire protection system | Perfluoro/Aerosol(Optional) | |||
| Dimension(L*W*H)* | 1065*790*245mm | 1145*790*245mm | 2170*790*245mm | |
| Maximum operating altitude | 2000m | |||
| New energy power station supporting | Smooth output of wind power/photovoltaic power station to solve the problem of wind and light abandonmentPower grid side peak and frequency regulation, improve the absorption capacity of renewable energy |
| High energy consumption industrial scenarios | Steel and chemical enterprises cut peaks and fill valleys to reduce electricity costsUninterruptible power supply (UPS) systems for large data centers |
| Harsh environment applications | Microgrid construction in high altitude (≤2000m) areaExtreme cold/high temperature outdoor scenes (e.g. oil fields, mines) |