Description
This series is a highly efficient and reliable hybrid energy storage inverter mainly developed for small and medium-sized energy storage microgrids. It supports photovoltaic access, is equipped with a grid-on-grid and off-grid switching device, supports multiple units in parallel operation, supports oil-engine hybrid operation, and supports rapid grid-on-grid and off-grid switching work.
Product Features:
- High efficiency and reliability:
- Low power consumption: Standby power consumption ≤25W, no-load operating loss less than 160W;
- High efficiency: Maximum conversion efficiency of 97.8%;
- High protection: The core control part has an IP5X protection rating, enabling stable operation in harsh environments such as dust and high salt spray;
- Air duct isolation design: Adopts isolated air duct design, improving product safety and reliability;
- High overload capacity: Equipped with 150% instantaneous overload capability, enhancing system adaptability and durability;
- Seamless switching function: Supports seamless switching between grid-connected and off-grid modes, ensuring continuity and stability of power supply.
- Functions:
- Oil-electric hybrid mode: Supports oil-electric hybrid operation, providing flexible energy combination methods and improving energy utilization efficiency;
- Three-phase independent grid-connection control technology: Achieves three-phase independent control, optimizing power distribution and improving system flexibility and efficiency;
- Seamless switching: Grid-connected and off-grid seamless switching (less than 10ms);
- Grid adaptability: Complete high-low voltage ride-through function, islanding protection, black start, and other functions;
- Parallel operation function: The AC side supports up to 15 units operating in parallel or in off-grid mode, while the DC side also supports multi-machine parallel operation.
- Convenience:
- Communication and monitoring: Supports multiple communication protocols and mainstream BMS protocols for convenient remote monitoring and management;
- High maintainability: Front wiring and front maintenance;
- Fault protection: Complete fault protection and fault recording functions;
- Wide voltage range: Suitable for voltage inputs with various battery configurations, with strong adaptability, able to meet energy demands of different capacity requirements;
- Better battery compatibility, higher cost-effectiveness, as low as 200V, for example, 50kW/100kWh (280AH), 60kW/120kWh (314AH).
Product Specification Parameters:
Specification Parameters | IM60KFCM3 | IM50KFCM3 |
---|---|---|
Battery Parameters | ||
Maximum battery voltage | 850V | |
Minimum battery voltage | 200V | |
Rated battery voltage range | 420V~820V | 350V~820V |
Maximum battery current | 150A | 150A |
PV Parameters | ||
Maximum power | 38.4KW + 38.4KW | |
Maximum PV voltage | 850V | |
PV start-up voltage | 250V | |
MPPT voltage range | 200V~800V | |
Maximum PV current | 64A + 64A | |
AC Side (Grid-connected) | ||
Rated power | 60KVA | 50KVA |
Rated current | 87A | 73A |
Rated grid voltage | 400V / 300V | |
Grid voltage range | -20%~20% | |
Grid frequency range | 50Hz / 47Hz~52Hz (60Hz / 57Hz~62Hz) | |
Current harmonic distortion | < 3% | |
AC Side (Off-grid) | ||
Rated output power | 60KVA | 50KVA |
Maximum output power | 66KVA | 55KVA |
Rated output current | 87A | 73A |
Maximum output current | 96A | 80A |
Rated voltage | 400V / 300V | |
Output voltage harmonic distortion | < 3% (resistive load) | |
Imbalance | 100% | |
Frequency range | 50 / 60Hz | |
Output overload (current) | Ie1.1<Iload≤Ie1.25 100s Ie1.25<Iload≤Ie1.4 300ms Ie1.4<Iload≤Ie1.5 100ms Ie*1.5<Iload 30ms |
|
Ie: Rated output current | ||
System Parameters | ||
Communication port | EMS: RS485 Battery: CAN or RS485 |
|
DIDO | DI:2 channels; DO: 2 channels | |
Maximum efficiency | 97.8% | |
Installation method | Rack-mounted | |
Loss | Standby <10w, no-load power <160w | |
Weight | <45kg | |
Dimensions | WLH: 440670200mm | |
Protection | IP20 | |
Temperature range | -30°C–60°C (derating above 45°C) | |
Humidity range | 5~95% | |
Cooling method | Intelligent forced air cooling | |
Altitude | 4000m (derating above 3000m) |