The inverter is a core component of the solar power station, and the inverter has undergone several stages of development during the development of solar energy. In the past, the quality of the inverter directly played a decisive role in the whole solar photovoltaic power generation. With the development of the smart grid, the inverter is required to be stable, connected, and able to support the grid, which drives the solar inverter to smart development trend. The intelligentialize of solar inverters is still in the experimental stage. In this process, researchers are setting up a set of standards to regulate solar inverters. These functions can be regarded as true intelligent solar inverters.
 
First of all, the intelligent inverter has high stability and can output power smoothly. The most important thing to realize the intelligent inverter is to output power smoothly. The solar power generation environment is generally harsh, and the inverter with high precision resistor and shunt is needed. In order to ensure the smooth supply of intelligent inverters, these high-precision resistors use the most advanced resistance production process, and have the advantages of high precision and low temperature drift, which can be well used in intelligent inverters.


What's more, solar inverters will become one of the largest distributed energy information exchange and control points. The solar energy project inverter has the functions of “real-time information exchange” and “active control” in the process of intelligentize, enabling real-time information transmission back control point.
 
Through the exchange and collection of these information, the power supply regulation of the entire power grid is improved, and the solar power generation is smoothly operated.