ZOE Z BOX - P 3440-2H
Battery container
3440kWh | 0.5C
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Separate battery compartment for enhanced safety
4 levels of complex fire protection structure
High efficiency lithium battery
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Fast AC power change response time
Intelligent cell balancing for long battery life
Dynamically variable energy control modes
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Modular design, easy and quick expandability
Short installation and commissioning time
Technical specifications
| Battery data | |
| Cell type | LFP |
| Rated capacity | 280 Ah |
| Cell layout | 10P384S |
| Module capacity | 43,008 kWh |
| Number of modules | 10*8 |
| Nominal system capacity | 3440.64 kWh |
| Rated DC voltage | 1228.8 V |
| DC voltage range | 1075.2~1382.4 V |
| General information | |
| DOD | 95% |
| Noise level | ≤80dB |
| Immunity level | IP 55 |
| Cooling mode | Liquid cooling/heating |
| Fire extinguishing system | Aerosol |
| Operating temperature range | -30 ~ 50 °C |
| Relative humidity | 0% ~ 95% RH |
| Maximum operating height | 3000 m |
| Setting / feedback | Web |
| Communication interfaces | Modbus TCP/IP, CAN |
| Dimensions (H*W*D) | 6058*2438*2896 mm |
| Weight | 33.5±0.5 T |
Tuned for safety and efficiency
The ZOE Energy energy storage system pays special attention to safety, energy efficiency and economic operation. Our ultimate goal is to provide the best possible performance in all aspects of energy storage, with enhanced security.
Security
The ZOE energy storage facilities have been designed with four levels of security to ensure complete peace of mind during energy storage.
It was one of the first on the market to introduce voice alarm technology, which can alert you to a potential problem up to 20 times faster than conventional sensors.
Efficiency
Our system is optimised to produce as much energy as possible over its lifetime, maximising the economic benefits.
The lifetime of the devices can exceed 20 years, while the unit cost of energy storage (LCOS) can be up to 9% lower.
4 levels of protection
Cell-level protection
The system collects data from the battery management system (BMS) and key environmental parameters to continuously monitor the status of the cells, anticipate risks and provide timely warning of any problems.
Module protection
Artificial intelligence-based acoustic sensing can be used to identify the first signs of cell temperature rise, making alarms twenty times faster than conventional solutions. The sensors have a lifetime of up to 15 years.
Cluster protection
In the event of abnormal temperature or smoke detection, the aerosol fire extinguishing system is activated immediately, flooding the entire storage unit, and fire spread is limited by the 20 mm fire-resistant insulation.
Station protection
State-of-the-art smoke and fire detection, fire-fighting solutions, condition monitoring and information security measures ensure complete operational safety.
