Hybrid inverter, three-phase, 30 kW, Afore AF30K-TH, 2 MPPT, IP65 (high-voltage)

The Afore AF30K-TH hybrid inverter is a powerful 30 kW three-phase device designed for large-scale solar systems. It provides efficient management of energy flows between solar panels, batteries and the grid, supports high-voltage batteries (150-800 V) and has an IP65 rating, which guarantees reliability in all climatic conditions. Two independent MPPT trackers allow for the most efficient use of different panel arrays, and the efficiency of up to 98.5% ensures minimal energy losses.

Main advantages:
High power of 30 kW - ideal for large solar power plants and industrial facilities.
High efficiency - up to 98.5%, European efficiency 98%.
Two independent MPPT trackers for efficient energy collection.
Work with high-voltage batteries (150-800 V).
Full set of protections: overload, short circuit, reverse polarity, current leakage, overheating.
Fast switching to backup power.
IP65 protection level - reliability in all conditions.
Modern monitoring interfaces: LCD, LED, RS485, CAN, Wi-Fi, GPRS, 4G.

Applications:
Large solar power plants (SPP) - for both commercial and industrial projects requiring high power and efficiency.
Industrial enterprises - for stable power supply of production processes and critical loads.
Large-scale commercial facilities - office centers, shopping malls, logistics warehouses.
Private homes with high energy consumption - for autonomy and backup power.
Facilities in remote or difficult climatic regions - thanks to IP65 and a wide temperature range.
Systems with integrated high-voltage batteries - to improve energy efficiency and store excess energy.

The Afore AF30K-TH is a high-tech three-phase hybrid inverter for high-power solar systems. Thanks to its high performance, wide input voltage range and support for high-voltage batteries, it ensures smooth operation and stable power supply even in difficult conditions. It is an ideal solution for large private households, commercial and industrial facilities seeking maximum energy efficiency, scalability and reliability.