DEYE 25KW Three Phase Hybrid Inverter HV

The Deye SUN-(5-25)K-SG01HP3-EU Hybrid Inverter series is meticulously engineered to deliver superior performance for modern solar power systems. It caters to a broad spectrum of energy needs with models ranging from 5kW to 25kW, making it suitable for both residential and commercial applications. This inverter series is designed to handle the dynamic requirements of power systems, ensuring reliability, flexibility, and efficiency in energy management.

Key Features

1. High Charging/Discharging Efficiency:
   • The Deye SUN series inverters boast a maximum charging/discharging current of 50A, allowing for rapid and efficient energy storage and retrieval. This feature supports users in harnessing the maximum benefit from their solar energy systems by effectively managing power storage.
2. Diesel Generator Support:
   • Another standout capability is the support for storing energy from diesel generators. This feature provides a versatile option for backup power, ensuring that excess energy generated from diesel can be effectively saved and managed.
3. Parallel Operation:
   • The inverters support parallel operations, enabling the connection of up to 10 units. This scalability is crucial for expanding power systems in both on-grid and off-grid applications, catering to growing energy demands.
4. Optimal Battery Compatibility:
   • Engineered for high voltage lithium-ion batteries, the Deye SUN inverters support a voltage range of 160-700V. This broad compatibility range ensures higher efficiency and allows the system to adapt to various battery specifications.
5. AC Coupling for Retrofit Applications:
   • Designed with flexibility in mind, these inverters can be AC coupled to retrofit existing solar systems. This capability provides a seamless upgrade path for systems looking to enhance their solar power setups with hybrid inverter technology.
6. Advanced Energy Management:
   • The inverter series comes with the capability to set up to 6 different time periods for battery charging and discharging. This advanced feature allows for optimal energy usage based on the specific demands and availability of power, providing cost savings and efficiency.