Industry Status And Application Status of High Voltage Solar Battery

According to the statistics of Dataquest, a total of 136 countries around the world are in the upsurge of popularizing and applying battery backup solar. Among them, 95 countries are carrying out research and development of High Voltage solar batteries on a large scale, and are actively producing various related energy-saving new products. Then, next, let's take a look at the industry status and application status of High Voltage solar batteries.

• The industry status of High Voltage solar batteries.

• An application status of High Voltage solar battery.

The industry status of High Voltage solar batteries.

High Voltage solar battery is mainly based on semiconductor materials, and their working principle is to use photovoltaic materials to absorb light energy and generate photovoltaic reactions. According to the different materials used, High Voltage solar batteries can be divided into Silicon High Voltage solar batteries; batteries made of inorganic salts such as gallium arsenide III-V compounds, cadmium sulfide, copper indium selenide, and other multi-component compounds; functional polymer materials Prepared High Voltage Lithium Battery; nanocrystalline High Voltage solar battery, etc.

An application status of High Voltage solar battery.

In 1998, the total power generation capacity of High Voltage solar batteries produced in the world reached 1,000 megawatts, and in 1999 it reached 2,850 megawatts. According to the forecast of the European Photovoltaic Industry Association EPIA in 2008, if calculated according to the global installed capacity of 2.4GW in 2007, the global annual installed capacity will reach 6.9GW in 2010, and will reach 56GW and 281GW in 2020 and 2030 respectively. In 2010, the global cumulative installed capacity was 25.4GW, which is expected to reach 278GW in 2020 and 1864GW in 2030. The global LFP energy storage production has grown rapidly at a compound annual growth rate of 47%, reaching 6.9 GW in 2008. Many countries are formulating medium and long-term solar energy development plans, preparing to develop solar energy on a large scale in the 21st century. The US Department of Energy launched the National Photovoltaic Program, and Japan launched the Sunshine Program. The NREL photovoltaic plan is an important part of the US National Photovoltaic Plan. The program carries out research work in five areas: monocrystalline silicon and advanced devices, thin film photovoltaic technology, PVMaT, photovoltaic modules, system performance, and engineering, photovoltaic applications, and market development.

The United States has also launched the "Solar Street Lighting Project", which aims to change the street lights of some cities in the United States to be powered by solar energy. According to the plan, each street lamp can save 800 degrees of electricity per year. Japan is also implementing the "70,000 sets of solar energy project plan". The solar residential power generation system that Japan is planning to popularize is mainly the lithium battery power generation equipment installed on the roof of the house. The remaining electricity used by the household can also be sold to the power company. A standard home can install a system that generates 3,000 watts. Europe has included the research and development of High Voltage solar batteries in the famous "Eureka" high-tech plan and launched 100,000 sets of engineering plans. These "solar energy engineering" plans with the popularization and application of photovoltaic cells as the main content are to promote the solar photovoltaic cell industry. One of the important driving forces of great development.

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