What is the energy storage inverter?

What is the energy storage inverter? This question is relative to many friends want to understand it, because the inverter we all know that the inverter is mainly a DC to AC transformer, it is actually with the converter is a kind of voltage inversion process, then the storage inverter and how is it? Next let the professional Gu Rui Watt storage inverter manufacturers of the editor to give you a detailed explanation of what is the storage inverter it.

Energy storage inverter can be said to be the latest generation of inverters on the market today, energy storage, as the name implies, is the conversion of alternating current (AC) into direct current (DC) power stored in the battery, when a power failure occurs, the storage inverter will be converted to AC power in the battery for the user to use the DC power to provide users with the grid power and the two-way conversion of the battery between the electrical energy to break through the limitations of the photovoltaic inverter can only be used during the daytime, which is why storage inverter can be used for the user's energy storage. Limitations, which is why the storage inverter itself is more and more popular with the user's important reasons.

The main functions and roles of energy storage inverters are introduced.

The main function and role of the energy storage inverter is to realise the bidirectional energy transfer between AC grid power and storage battery power, and it is also a kind of bidirectional converter, which can be adapted to a variety of DC energy storage units, such as supercapacitor bank, battery bank, flywheel battery, etc., which can not only quickly and effectively achieve the suppression of distributed power generation systems to achieve the fluctuation of the random power or current, but also increase the power grid's capacity for large-scale renewable energy power ( wind power, photovoltaic), which is the main reason why it is becoming more and more popular among the users. Wind energy, photovoltaic) acceptance capacity, and can accept scheduling instructions, absorb or supplement the peak and valley power of the grid, and provide reactive power, in order to improve the quality of power supply and economic efficiency of the grid. In case of grid failure or blackout, it also has the function of independent network power supply to improve the security of power supply to the load.