★ Automotive Grade LiFePO4 cells that meet UL /CE certification standards
★ Long cycle life,slow degradation, and excellent performance
★ Highly integrated system, including BMS, EMS,PCS, temperature control, fire protection system and data monitoring
★ Three-tier BMS architecture ensures a safe and reliable system
★ Supports local and remote monitoring
★ Customizable, module design, flexible configuration, and easy expansion
 |  |  | |
| TYPE | ESSO 100K | ESSO 215K | ESSC 1000 |
| Battery Type | LiFePO4@Grade A | ||
| Normal Capacity | 98.88kWh | 215kWh | 1000kWh |
| Nominal Voltage | 480V | 768V | 768V |
| Operating Voltage Range | 375~540V | 600~876V | 600~876V |
| Max. Charging Current | 103A | 260A | 722A |
| Max. Discharging Current | 103A | 260A | 722A |
| Weight | 900kg | 1400kg | 5000kg |
| Dimensions | 830*800*2100mm | 1600*695*2460mm | 12192*2438*2896mm |
| Operating Temperature Range | Charge: 0 | ||
| Operating RH | 10%~90% | ||
| Communication Method | CAN, RS485 | ||
The Green Power Commercial Energy Storage System work: The battery part of the container energy storage system is configured with different numbers of battery clusters to match with the project's electricity demand; including PCS, EMS, BAU and other management systems and control units with integrated design, realizing the system "Plug and Play".
The Green Power Stackable Energy Storage System cater to modern demands. They're widely applied in factories, malls, communities, hospitals, and EV charging stations. With modular design and customization options, we adapt to various customer needs. Prioritizing safety, we use high-energy-density automotive-grade lithium iron phosphate battery cells, ensuring reliability and long-term economic benefits with up to 5,000 cycles. GREEN POWER's robust R&D and manufacturing capabilities enable us to deploy customized containerized energy storage solutions worldwide, perfectly tailored to complex project power requirements.
The Green Power Stackable Energy Storage System have cloud-based platform centrally manages widely dispersed power stations and microgrids. It meets the need for remote monitoring and maintenance due to the scattered locations. The platform efficiently handles data collection and utilization for distributed sites. Equipment communicates via MQTT protocol through smart gateways, allowing remote monitoring, parameter configuration, OTA upgrades, and fault monitoring. It ensures equipment stability and supports time-of-use strategies, optimizing economic benefits based on regional electricity prices, peak shaving, and load balancing.
