Hybrid inverter, three-phase, 20 kW, Afore AF20K-TH, 2 MPPT, IP65 (high-voltage)

The Afore AF20K-TH hybrid inverter is a modern 20 kW three-phase solution that combines high efficiency, reliability, and flexibility in use. The device is equipped with two independent MPPT trackers, which allow you to collect energy from different arrays of solar panels as efficiently as possible. The support of high-voltage batteries provides flexible management of energy flows, and the IP65 protection degree guarantees reliable operation even in difficult climatic conditions.

Main advantages
Power of 20 kW is the optimal solution for large-scale solar power plants.
High efficiency - up to 97.8% (European 98%).
Two MPPT trackers - flexible connection of several strings.
Work with high-voltage batteries (150-800 V).
Full range of protections: overload, short circuit, current leakage, reverse polarity, overvoltage.
Fast switching to backup power.
Reliability due to IP65 protection and wide temperature range.
Convenient monitoring and control: LCD, LED, RS485, CAN, Wi-Fi, GPRS, 4G.

Applications:
Private households with high energy consumption - to provide autonomy and backup power.
Commercial facilities - office centers, shops, warehouses, restaurants that require stable power supply.
Industrial enterprises - to ensure uninterrupted power supply for production processes and equipment.
Medium and large solar power plants - thanks to the 20 kW capacity and the ability to work with multiple strings.
Facilities in remote regions and with unstable grid - integration of high-voltage batteries and fast switching guarantee stability and security.

The Afore AF20K-TH is a high-tech hybrid inverter that combines power, reliability and advanced technology. Thanks to its wide functionality, high efficiency, and compatibility with high-voltage batteries, it ensures uninterrupted and stable operation of solar power plants even in difficult conditions. It is an ideal solution for high-consumption private households, businesses and industrial facilities seeking maximum energy efficiency and autonomy.