Containerized Energy Storage System – 2.411MWh | 40FT Utility & Grid-Scale ESSG1000K-E2000
Containerized Battery Energy Storage System is a 2.411MWh LFP (LiFePO4) battery container built on a standard 40ft container footprint (12192×2438×2896mm), designed for utility-scale solar/wind firming, large C&I peak-valley arbitrage, demand management and microgrid projects. The container integrates 150 battery modules of 51.2V/314Ah (16.08kWh each) on a 768 V DC bus with a wide voltage range of 672~864V, ready to pair with centralized PCS and transformer stations.
The system delivers 96% efficiency avec 90% depth of discharge et un 0,5°C charge/discharge rate, completing a full 2.411MWh cycle in about two hours and supporting daily peak-valley cycling. Built with 314Ah large-format LFP cells, it is engineered for a 15-year design lifespan and backed by a 10-year warranty — the four figures together (96% + 90% DOD + 0.5C + 15 years) drive the lifetime cost per kWh well below conventional systems.
Thermal management uses industrial air cooling, maintaining stable operation at 0℃ to 50℃ ambient and 5%~95% humidity in an outdoor-rated containerized enclosure for desert, coastal and high-humidity environments. CANBUS and Modbus-TCP/IP communication interfaces connect seamlessly to plant SCADA and third-party EMS platforms for dispatch and monitoring.
As a standard 40ft container, G1000K-E2000 ships by sea like ordinary cargo and is crane-deployable on site. Multiple containers can be paralleled at the AC side to build 10MWh, 20MWh and larger storage plants — capacity scales step by step with project needs, without re-engineering.
| Numéro de modèle : | G1000K-E2000 |
| Battery : | LiFePO4 |
| Rated capacity (Ah): | 314 |
| Rated energy (MWh): | 2.411 |
| Plage de tension (V) : | 672~864 |
| Tension nominale (V) : | 768 |
| Efficiency: | 96% |
| Depth of discharge: | 90% |
| System charging rate: | 0,5°C |
| System discharge rate: | 0,5°C |
| Size: L*W*H (mm): | 12192*2438*2896 |
| Poids (t) : | 38 |
| Operating temperature[°C]: | 0~50 |
| Temperature control method: | Refroidissement par air |
| Altitude (m) : | <2000 |
| Humidity: | 5%~95% |
| Battery module configuration: | 150 batteries 51,2 V 314 Ah |
| Design lifespan (years): | 15 |
| Combination method: | connexion parallèle |
| Communication mode: | CANBUS/Modbus -TCP/IP |
| Garantie: | 10 |
