Deye SUN-60K-G04P3 4 MPPT Wi-Fi String 60KW Inverter

Description

The Deye 60 kW grid-tie inverter is a high-performance solution for large energy systems, ideally suited for industrial enterprises, commercial facilities, and multi-apartment buildings. The device is built for stable and efficient operation as part of modern solar power plants, ensuring maximum generation and optimal use of energy.

One of the inverter’s key advantages is its four independent MPPT trackers, which precisely track the maximum power point for each individual solar panel array. This is especially important for complex solar plant configurations where panels may be installed at different angles or be partially shaded.

The inverter operates in a wide input voltage range of 200–1000 V, which provides flexibility in system design and compatibility with various types of photovoltaic modules. By generating a pure sine wave, it ensures stable and safe operation of connected appliances without the risk of damage or failures.

A high level of efficiency is another important characteristic of the model. An efficiency of up to 98.7% and MPPT efficiency of up to 99% minimize energy losses and let you get the most out of solar generation even in changing lighting conditions.

The inverter has an IP65 protection rating, which allows you to install it both indoors and outdoors. The reliable construction ensures stable operation in various climate conditions, including high humidity, dust, or temperature fluctuations.

For convenient control and monitoring, the device is equipped with modern interfaces: RS-485, RS-232, Wi-Fi, 4G, LAN, and Bluetooth. This makes it possible to integrate the inverter into remote control systems, track readings in real time, and respond quickly to changes in system operation.

Thanks to its combination of power, flexibility, and intelligent features, the Deye 60 kW grid-tie inverter is a reliable foundation for building efficient and durable solar power plants capable of providing a stable power supply even for facilities with high consumption.