Solar power generation system is an environmentally friendly, sustainable, and green energy source. Its workflow is simple and easy to understand, and it has high practicality and economic benefits.
The workflow of a solar power generation system is mainly divided into four steps: collection of solar photovoltaic panels, DC output, processing of inverter devices, and AC output.
Firstly, solar photovoltaic panels convert solar energy into direct current, which is the core part of the solar power generation system. Solar photovoltaic panels are composed of multiple photovoltaic modules. When sunlight shines on the photovoltaic modules, photons will stimulate the flow of electrons within the modules, forming charges and generating direct current.
Secondly, in this process, direct current is transmitted to the inverter, which converts direct current into alternating current. This step is very important because most of our daily electrical equipment is powered by AC power, and the conversion function of the inverter can ensure that the final output of the solar power generation system is the same as the existing power grid.
Finally, during this stage, the manufacturer transfers the AC power converted from the inverter to the main power grid or stores it in batteries for use. Observing this step, solar power generation systems can not only provide electricity to society, but also save energy costs for people, and make important contributions to environmental protection.
The solar power generation system can operate independently from a closed power grid, and in the absence of solar energy, it will automatically switch from the main power source to rely on other energy sources. In addition, the installation and maintenance of solar panels are simple and cost-effective. Therefore, solar power generation systems are a sustainable energy source that not only contributes to environmental protection, but their use can also save people significant economic costs and enhance the green image of households and businesses.
