- Ordinary battery series
- Long-life battery series
- Front terminal battery series
- High-power battery series
- Gel battery series
- Deep cycle battery series
- Lead to lithium battery
- Solar panels
- Container Storage System
- Sodium lithium battery
- Wall-mounted energy storage battery
- Cabinet-mounted energy storage battery
- Stacked energy storage battery
- Outdoor power supply
Container Storage System
| The integrated container energy storage system consists of battery family, energy storage bidirectional converter (PCS), battery management system (BMS), energy management system (EMS), fire protection system, lighting system, dynamic environment control system, access control system, isolation transformer (optional), etc. The system status is subject to multiple monitoring and hierarchical linkage, forming a comprehensive protection system that integrates electrical safety and functional safety. Container system, standardized and prefabricated design, reduces user customization time and construction costs, and reduces safety hazards caused by local installation differences and management risks. Meet the application needs of regional power grid peak shaving, frequency regulation, voltage regulation, emergency response, and new energy consumption, ensuring the normal operation of the power system. |  |
| Container Storage System | ||
| AC grid connection parameters | ||
| Rated output power(Kw) | 500 | |
| Maximum output power(Kw) | 550 | |
| Rated electrical voltage(v) | 3W+N+PE，380/400V | |
| Grid voltage range | -15%~+10% | |
| Rated network frequency(Hz) | 50/60 | |
| Electric frequency range (Hz) | ±2 | |
| Output current harmonics | ≤3%(Rated power) | |
| DC component | <0.5%In | |
| Power factor | -0.9~+0.9 | |
| Overload capacity | 105%]:Continuous operation，(105%~120%]:10min，120%):Stop running | |
| Communication off grid parameters | ||
| Rated output power(Kw) | 500 | |
| Maximum output power(Kw) | 550 | |
| Rated output voltage(V) | 3W+N+PE，380/400V | |
| Output voltage harmonics | 3%(Linear full load) | |
| Rated frequency(Hz) | 50/60 | |
| Overload capacity | 105%]:Continuous operation，(105%~120%]:10min，120%):Stop running | |
| Battery parameters | ||
| Cell type | Lithium iron phosphate | |
| Single battery cabinet power(kwh) | 215.04 | |
| Number of battery cabinets | 5 | |
| Battery system power(kwh) | 1075.2 | |
| Rated operating time(h) | 2(Can change the number of battery modules and select other duration options) | |
| Battery life | 25°C 0.5C/0.5C 100%DOD EOL80% > 6000times | |
| maximum power | 93% | |
| Protection | ||
| AC switch | have | |
| Power grid monitoring | have | |
| Surge protection | have | |
| Basic parameters | ||
| Dimensions (width * depth * height)(mm) | 6058*2438*2591 | |
| Weight(kg) | 16000 | |
| Isolation method | System built-in isolation transformer | |
| Parallel off grid switching device | STS | |
| Protection level | Outdoor type IP54 | |
| Working temperature range | -20~55°C(>45°C Derating) | |
| Relative humidity (non condensing) | 0~95% | |
| Temperature control method | air-conditioning | |
| Maximum working altitude(m) | 4000(>2000 Derating) | |
| Display | Touch screen | |
| Communication interface | RS485、CAN、LAN | |
| Communication protocol | Modbus-RTU、Modbus-TCP、CAN2.0B communications | |
System composition
Lithium battery cluster
The system is mainly composed of safe, efficient, and long-life lithium iron phosphate battery cells, which are connected in series and parallel to form a battery module. Multiple modules are connected in series to form a battery cluster.
Battery management system
The core components of the system effectively protect the battery from overcharging, discharging, overcurrent, etc., while balancing the management of the battery cells to ensure the safe, reliable, and efficient operation of the entire system.
Monitoring system
System operation data monitoring, operation strategy management, historical data recording, system status recording, etc.
PCS Energy storage inverter
The bidirectional AC/DC converter can achieve bidirectional conversion from DC to AC, and from AC to DC. It can convert AC power into DC power for battery charging, as well as DC power into AC power for load power supply or feedback to the power grid.
Air conditioning system
The battery compartment is equipped with 5pcs 5kw industrial air conditioners to ensure smooth operation of the system in different environments and extend its service life.
IP54
The overall system adopts an IP54 design
System characteristics
Safe and reliable
★Optimal LFP route selection and rigorous safety testing
★From battery cells to containers, graded temperature control strategy, industrial grade temperature control system
★Comprehensive electrical protection: high and low voltage separation, insulation testing, grounding protection, lightning protection design
★Design of 6MM thermal isolation and insulation support between battery cells
★Intelligent container level fire protection, hierarchical linkage, and multi-layer protection
★The battery pack is connected in series to the PCS pack, eliminating circulating currents and ensuring higher safety
Intelligent and efficient
★Efficient, digital, and intelligent EMS system architecture design
★0.5C Charge discharge rate
★Fault prediction, identification, and rapid localization
Multidimensional integration and integration
★Easy to transport, install, and maintain
★Modular design for easy maintenance, management, and expansion
System applications
☆Peak shaving and valley filling in industrial and commercial demand management
☆User side backup power supply
☆Peak shaving and frequency regulation of wind and solar energy storage
☆Microgrid system