Hybrid three-phase inverter Solplanet ASW020K-TH, 20kW, 4 MPPT, DC disconnector, WLAN/LAN and RS485 communication, compatible with high-voltage LiFePO4 batteries, 1 battery input ASW020K-TH_AFCI

Hybrid inverter for advanced photovoltaic installations

This three-phase hybrid inverter with a power of 20kW is a solid solution for demanding photovoltaic installations, both in residential and commercial buildings. Designed to work with high-voltage LiFePO4 batteries, it allows for efficient storage and use of solar energy, increasing energy independence and reducing costs. Four independent MPPT trackers ensure optimal operation of photovoltaic panels, even in the event of shading or differences in orientation.

Flexibility and efficiency in every detail

The Solplanet ASW020K-TH inverter stands out with a wide range of input voltages, which gives great freedom in choosing the configuration of photovoltaic panels. The integrated DC disconnector increases safety and facilitates servicing. Communication via WLAN, LAN and RS485 enables remote monitoring of operating parameters and integration with energy management systems. The IP66 protection class guarantees reliable operation in difficult atmospheric conditions – the device can be mounted both indoors and outdoors.

Functionality for installers and users

Thanks to four independent MPPT trackers, installers can flexibly design photovoltaic systems, adapting to the specifics of the roof or terrain. The ability to operate in on-grid, off-grid and emergency power supply (EPS) mode provides full control over energy and safety in the event of a power failure. End users gain energy independence, the ability to reduce electricity bills and access to real-time system performance monitoring. Cooperation with LiFePO4 batteries allows for storing excess energy and using it during peak demand hours or during power outages.

• High power 20kW: ideal for large photovoltaic installations and energy storage systems.
• Four MPPT trackers: maximum efficiency even with shading or differences in panel orientation.
• Compatibility with LiFePO4 batteries: efficient storage and use of solar energy.
• Integrated DC disconnector: increased safety and ease of servicing.
• WLAN/LAN/RS485 communication: remote monitoring and integration with BMS systems.
• IP66 protection class: resistance to atmospheric conditions and outdoor mounting capability.
• On-grid/off-grid/EPS operating modes: full system flexibility and power safety.
• Wide MPPT voltage range: flexibility in choosing photovoltaic panel configurations.