Shanghai will build an industrial cluster that is a highland for future industrial innovation. By 2030, a number of hard-core achievements, innovative enterprises and talents with world influence will emerge in the fields of future health, future intelligence, future energy, future space, and future materials. Future industries The output value reaches about 500 billion yuan. It is expected that by 2035, several future industrial clusters that will lead the world will be formed.

Shanghai *** will build future energy industry clusters in Pudong, Minhang, Jiading and other areas, such as new energy storage. Promote the research and development of strategic energy storage technologies, promote the commercialization of long-duration energy storage technologies such as compressed air and flow batteries, promote the implementation of new "optical storage and charging" energy storage stations, accelerate the testing of flywheel energy storage, sodium-ion batteries and other technologies, and promote Solid-state battery electrolyte technology research. Promote the innovation of key materials such as high-power and long-life hydrogen fuel cells and carbon paper, proton exchange membranes, and catalysts, and promote application research on fuel cell combined heat and power systems, solid oxide fuel cells, etc.

In the "Implementation Plan for Carbon Peaking in the Urban and Rural Construction Sector" jointly issued by the Ministry of Housing and Urban-Rural Development and the National Development and Reform Commission in June last year, it was proposed to promote the integrated construction of solar photovoltaics in buildings and build new public institutional buildings and new factory roofs by 2025. The photovoltaic coverage rate will strive to reach 50%. This is regarded by the industry as an important policy to promote the integration of "optical storage, charging and discharging" and will expand the installed capacity of integrated optical and storage machines.

At present, the number of charging piles and charging power requirements on the market continue to increase. Large-scale charging of new energy vehicles may cause distribution network operation indicators to exceed limits. It may also cause problems such as system peak load excess, which will further affect system power transmission and Generating electricity creates a lot of pressure.

The "Optical Storage and Charging" integrated charging station ("Photovoltaic + Energy Storage + Charging") integrates photovoltaic power generation, large-capacity energy storage batteries, smart charging piles and other technologies, and actively carries out pilot projects for integrating optical storage, charging and discharging. It can relieve the pressure on the power grid system, and the built photovoltaic storage and charging system is pollution-free during the power generation process, realizing the utilization of clean energy. It also realizes the use of photovoltaic to maintain piles, smooth charging load fluctuations, reduce the pressure on power grid capacity, and improve Power supply reliability.

The high-voltage direct-connected integrated super charging station SCS (Super Charging Station) launched by Huansheng Electric Power is a mobile smart energy router for new energy wind, solar, storage and charging DC microgrids. It has intelligent, integrated and low-carbon energy and Informatized scenery and solar energy storage, charging, distribution and replacement integrated mobile super charging station.

As "5G" and "Charging and Swapping Stations" are included in my country's new infrastructure projects, the technical standards for "integration of light, storage, charging and swapping" will be gradually implemented in the future, and the cost reduction brought about by large-scale development will bring about a climax of clean energy utilization. . "Energy conservation and emission reduction" throughout the life cycle of new energy and the development of energy use from "low carbon" to "decarbonization" can truly contribute to the "highest low carbon" in the transportation field. At the same time, with the development of technologies such as "photovoltaic storage" and "V2G", the photovoltaic conversion rate has increased, and the interaction of electric energy has increased, the proportion of clean energy in my country's energy structure will continue to increase, my country's energy structure will be improved, and the overall cost of electricity use will also increase. will be reduced, and the goal of benefiting all parties can truly be achieved.

With the global trend of accelerating carbon neutrality, Huansheng Power's current integrated light, storage and charging technology is playing a demonstration role across the country. Only by fully realizing clean energy power supply can new energy vehicles usher in green travel in the true sense.

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