Photovoltaic power generation is limited by various factors such as lighting time, climate, geography, terrain, etc., and the amount of power generation is difficult to predict. Therefore, under the premise that the electricity demand remains unchanged, there are two ways. One is to transport the excess electricity in one place. To another place where electricity is needed, that is, to build a transmission channel; the second is to store excess electricity and use it again when it is needed, that is, energy storage. Energy storage is a major breakthrough in the development bottleneck of the photovoltaic industry.
With energy storage, new energy can be freely connected to the grid, wind turbines can be rotated at will without power restrictions, the micro-grid system makes the community safer, smart grid is no longer a concept, energy interconnection will be easily realized, and energy storage will be replaced by new energy. The key link of fossil energy is the fulcrum of the transformation of energy utilization.
Photovoltaic application scenarios cover almost all industries, such as ground power stations, industrial and commercial roofs, household roofs, etc. New energy vehicles are the inevitable trend of future automotive development, so energy storage can be combined with the application scenarios of photovoltaics and EV Charger. On the one hand, it helps photovoltaics In the application process, part of the power generation redundancy and grid connection problems are solved, and the other part takes advantage of the combination to drive the multi-directional development of photovoltaics, energy storage and EV Charger.