Why Choose to Use the Solar Inverter?

What is a solar inverter?

A solar inverter is an important electronic device that converts direct current (DC) produced by a photovoltaic system or DC battery system into alternating current (AC), which can be used to power household appliances, commercial/industrial buildings and more. A solar inverter is mainly composed of a booster transformer, regulator, MOSFET driver and some other small electronic components.

A solar power system inverter is not a battery, but an electronic device that converts DC electricity into alternating current (AC). The inverter converts the DC power generated by the solar panels and sends it to your home's distribution panel. This allows you to use free energy from the sun at any time. Due to their design, solar panels can only generate about 20% of their total potential energy. In contrast, inverters generate about 95% of high-efficiency energy from the power obtained from the solar panels.

Solar panels produce energy at certain times of the day that exceeds the energy your home needs. A solar inverter stores excess energy in batteries or releases excess energy to prevent overcharging of the batteries. If there is excessive demand on the grid, the inverter will cut off the power to protect your devices and the grid. Most household appliances require AC power, but solar panels produce DC power. The inverter converts the DC power generated by the solar panel into AC power, making it usable in your home.

Why use a solar inverter?

Solar inverter has been helping us reduce global warming and greenhouse effects because the use of solar energy in photovoltaic systems mainly depends on inverters. Solar inverters save us money by reducing or eliminating electricity bills and are considered a source of AC power to sell to power companies and other users. Solar inverters help people in remote areas where there is a shortage of electricity, and they can rely on solar inverters to get all the power they need for their lives. Solar inverters can be used with other power sources or individually, and can be purchased in a wide range of power capacities, making them suitable for small homeowners and large distribution companies. Solar inverters output AC pure sine waves, the same waveform we get from traditional power sources, so they can be used to run a variety of residential/commercial/industrial loads (motors, electronic devices, heaters, etc.). Solar inverters are also cost-effective compared to diesel generators.