Customization: | Available |
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Container Size: | L1560mm*D1380mm*H2385mm |
Weight: | 2600kg |
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Product Model | COREY 215CE | |||
System Parameter | Battery Cell | LFP(LiFePO4)3.2V 280Ah | ||
System Capacity | 215kWh | |||
Rated Power | 105KW | |||
Access Method | 3W+N/3W+N+Pe | |||
Communication | CAN/RS485/Ethernet/4G | |||
Communication Standad | Modbus TCP,Modbus RTU,CAN2.0,IEC61850,IEC104 | |||
Cooling Method | Intelligen Liquid Cooling | |||
Fire Fighting | Aerosol(pack-level+cluster-level)+Water Fire Protection(cabinet-level) | |||
Operating Altitude | 4000m(>2000m,derating operated) | |||
Operating Temperature | 0ºC~50ºC(charge),-20°ºC~50ºC(discharge),25ºC±2ºC(optimum) | |||
Relative Humidity | 5%~95%RH | |||
Protection Level | IP54 | |||
Anti-corrosion Level | C4 | |||
Noise | ≤75dB | |||
Weight | 2600kg±50kg | |||
Size | L1560mm*D1380mm*H2385mm | |||
AC Side | Rated Voltage | 230V/400V(±15%) | ||
Rated Frequency | 50/60 Hz | |||
Maximum Current | 167A | |||
Power Factor | ≥0.99(-1~1) | |||
DC Component | <0.5% | |||
THDi | <2%(rated power) | |||
THDu | <3%(off-grid,linear load) | |||
Charge-Discharge conversion time | <100ms | |||
Automatic on-grid and off-grid switching time | 20ms(optional) | |||
Anti-backflow | Optional | |||
Overload Capability | 1.1 times for long-term | |||
DC Side | Series-parallel Number | 1P240S | ||
Rated Voltage | 768V | |||
Voltage Range | 682~864V | |||
Maximum Current | 170A | |||
Discharge Depth | 95%DOD | |||
Certifications | CQC.LVRT/HVRT,EN62477,EN 61000,EN 50549-2,UN38.3,EN62619,VDE 4105,VDE O126-1-1,XPC15-712-3,UTE C15-712-1.VFR2019 |
STRONG FLEXIBILITY
The system can be modularly designed according to the user's power demand, adapt to various power requirements, and support flexible expansion of equipment.
INTELLIGENT MANAGEMENT
Equipped with an energy management system (EMS), it realizes power dispatching, load optimization, and remote monitoring functions, with a high degree of intelligence.
EFFICIENT AND ECONOMICAL
Especially suitable for areas with large differences in peak and valley electricity prices, it can reduce peak electricity costs by optimizing electricity consumption and effectively reduce corporate electricity expenses.
OUTSTANDING ENVIRONMENTAL PROTECTION
Assisting the operation of new energy systems (such as photovoltaic power generation), reducing dependence on traditional fossil energy, helping users achieve carbon neutrality goals, and complying with environmental protection policy orientation.
HIGH RELIABILITY
The key components of the system have good stability, can operate in harsh environments, and respond to users' dynamic demand for electricity in a short time.