The integrated charging station of optical storage and charging is a high-tech green charging mode that achieves the coordinated support of new energy, energy storage, and intelligent charging through the use of optical piles. The integrated optical storage and charging electric vehicle charging station adopts a modular design concept, including modules such as power supply and distribution system, rectification system, photovoltaic system, energy storage system, charging system, station control monitoring, etc. It has functions such as clean energy bidirectional routing, supply-demand side control, and grid energy friendly interaction, and can be used as a typical application scenario for new energy vehicles to use new energy electricity.

Optical storage and charging industry may become mainstream

The revolution of electric vehicles requires the deep participation of the power grid, and the utilization of clean energy also requires the regulation of the power grid. The combination of power grid and electric vehicle technology, renewable energy photovoltaic technology, and internet information technology can control pollution from the source, change the energy structure, contribute to economic and social transformation, and also expand and strengthen related industries. Experts have pointed out that the company will face significant opportunities in the next 10-15 years. The company should focus on providing customers with a complete set of services, including a car, rooftop photovoltaic, electric energy storage devices on the walls of the home, and charging stations at the doorstep. This will be a huge industry. With the development of the energy storage industry gradually entering a favorable situation, the industry's attention to the integration of optical storage and charging projects is constantly increasing. The huge market opportunities hidden behind it are expected to give birth to the next investment opportunity and open up new upward space for the energy storage industry.

With the development of energy storage, optical storage charging stations will inevitably become the mainstream direction for the development of charging and swapping infrastructure. Distributed energy storage can not only solve the problem of urban expansion, but also provide backup power for commercial complexes and intelligent buildings, preventing temporary power outages during peak electricity usage periods. The development of new energy vehicles has a profound impact and significant significance on the development of photovoltaic charging and swapping stations. Photovoltaic self use, green economy, energy storage and mitigation of grid expansion investment will inevitably become the mainstream direction of charging infrastructure development.