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The Deye SUN-100K-PCSL01HP3 hybrid inverter is a 100 kW industrial solution for energy storage systems and solar power plants. The inverter supports high-voltage LiFePO4 batteries with a voltage of 630–1000 V and ensures stable operation in grid-connected, off-grid, and hybrid systems. Suitable for enterprises, logistics centers, agro-industrial complexes, and other facilities with high energy consumption.
The model supports the connection of solar panels with a total capacity of up to 200 kW, has an MPPT range of 480–850 V, and a conversion efficiency of up to 98.5%. A maximum charge and discharge current of 175 A ensures efficient operation of the energy storage system even under high loads.
The inverter supports Zero Export mode, integration with generators, and STS fast-switching systems. Wi-Fi, RS485, and CAN interfaces are available for monitoring and control, as well as the Deye Cloud platform. IP65 protection and intelligent air cooling ensure reliable operation in harsh environmental conditions.
Technical Specifications
- Battery Type: LiFePO4
- Battery voltage range: 630–1000 V
- Maximum charge/discharge current: 175 A
- Number of battery inputs: 1 HV
- Maximum PV power: up to 200,000 W
- MPPT range: 480–850 V
- Maximum PV voltage: 1100 V
- MPPT efficiency: over 99%
- Rated output power: 100,000 W
- Maximum total power: 110 kVA
- Maximum efficiency: 98.5%
- Protection rating: IP65
- Operating temperature: -40°C to +60°C
- Cooling: intelligent air cooling
- Weight: 70.35 kg
- Dimensions: 543 × 310 × 775 mm
Features
- Rated power 100 kW.
- Support for high-voltage batteries 630–1000 V.
- Connection of solar power plants up to 200 kW.
- Efficiency up to 98.5%.
- Zero Export mode.
- Compatibility with diesel generators.
- Fast STS switching in less than 20 ms.
- Wi-Fi, RS485, CAN, and Deye Cloud.
- System scaling up to the megawatt level.
- Comprehensive electrical protection system.
Total Energo LLC guarantees the supply, installation, and configuration of Deye inverters. Ensures the reliability and efficiency of power systems of various scales.