Optimize power generation output curve Reduce wind and light abandonment and increase the share of renewable energy in power generation
Optimize the power generation output curve, reduce wind and light abandonment, and increase the proportion of renewable energy in power generation
PotisBank-L liquid cooled energy storage system provides world-leading clean energy technology to improve power quality, energy efficiency and environmental performance; Military application fin liquid cooled runner design, superior temperature performance, single battery pack temperature difference ≤3℃, single system temperature difference ≤5℃; BESS matches a variety of electrical systems to improve operational performance and reliability, not only enabling smoother integration of renewable energy sources, but also helping to balance power supply and demand.
Super performance
Precise control
Three-level architecture BMS, fine management, strict control of circulation, improve battery life.
Elastic expansion
With standardized module design, strong scalability, can meet the power and energy requirements of different scenarios; All components are pre-installed in the factory, saving the time of site installation and commissioning.
Multi-dimensional fire fighting
Equipped with electric core class, PACK class, cabin class three fire protection design; Equipped with temperature sensing, combustible gas detection and other detection sensors; Compatible with water fire, cabin gas fire and PACK gas fire.
Product parameters
| entry | parameter | entry | parameter |
| |
|---|---|---|---|---|---|
| Energy density | 227.88kWh/m² | Thermal management | Liquid cooling + air cooling | ||
| Cell type | LFP | Size (length * width * height) | 6058*2700*3100mm | ||
| Battery pack configuration | 1P52S | weight | 3tons | ||
| Battery cluster configuration | 1P416S（8 racks） | Protection class | IP55 | ||
| Number of battery clusters | 10 | color | RAL9010 | ||
| Nominal voltage | 1331.2V | Seismic load strength | Zone 4 | ||
| Voltage range | 1123.2V~1518.4V（Cell voltage:2.7V~3.65V） | Noise level | ≤75 dB @1m(3.28ft) | ||
| Charge and discharge ratio | 0.5P/1P* | Fire protection system | fm200 | ||
| Rated capacity | 3727.36kWh | Field emergency braking | is | ||
| Short-circuit current | 45KA | Remote emergency braking | is | ||
| Communication mode | Ethernet/RS485/CAN | Pyrotechnic detection | Cluster + container | ||
| Communication protocol | Modbus TCP / Modbus RTU / CAN 2.0 | Thermal diffusion technique | is | ||
| Auxiliary power supply | AC480V/60Hz,3P5W | FCL delivery (built-in battery) | is | ||
| Design standard | GB/T 36276-2018, UL1973, UL9540, UL9540A, UN38.3, IEC62619，NFPA69, NFPA70, NFPA855,NFPA68 | Battery protection class | IP65 | ||
| Standby power supply | Online(30min，adjustable） | Full power operating range | SOC5%~100%@25oC | ||
| Operating ambient temperature | -20℃ to 55℃(-4°to 131°F) | Maximum number of cycles | 4 Times per day | ||
| Working altitude | ＜2000m ( 2000m~4000m, Downpower operation) |