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Latest Top 10 Photovoltaic Solar Energy Innovations

The photovoltaic industry market is thriving. In 2021, China's photovoltaic market will enter the next stage of rapid development under the guidance of the "carbon neutrality" goal. New energy economic growth outlet. So let's take a look at the top ten innovative technology products in the photovoltaic solar energy industry in recent years!


1. High-efficiency and low-cost crystalline silicon photovoltaic solar energy cell surface interface manufacturing technology


This technology mainly involves the manufacture of crystalline silicon solar cells, including the preparation and doping of electrode backsheets, the screen printing process, the structural design of polysilicon backplanes, the processing of photovoltaic ribbons, and the manufacturing process of solar cells.


2. Key technologies and complete sets of equipment for silicon photovoltaic solar energy cells based on visual screen printing


This technology mainly involves screen printing equipment and related testing devices for crystalline silicon solar cells, including the development of printing machines, sintering furnaces, light decay furnaces and related testing platforms used in photovoltaic solar energy production.


3. Distributed photovoltaic solar energy grid-connected optimization operation technology and application


This technology mainly involves the management and construction of photovoltaic solar energy plants, including the design, management and protection of the power system in the process of photovoltaic power generation, as well as the adjustment and optimization of power transmission.


4. Thermal field components for single crystal silicon drawing furnace


This technology mainly involves the heating components in the pull-type monocrystalline silicon production equipment, including the manufacturing process of heating elements, crucibles, heat preservation cylinders, guide cylinders and other components, and is used to improve the heat generation in the pull-type monocrystalline silicon production process. , thermal insulation efficiency.


5. High-purity polysilicon deposition and comprehensive material recovery technology


This technology mainly involves the process and equipment of polysilicon production by gas phase reduction method, including gas phase reduction process, reduction equipment, purification method and raw material recovery process of polysilicon, which is used to improve the efficiency of gas phase reduction method polysilicon.


6. Research and development and large-scale application technology of 48 pairs of rods large-scale pressurized reduction furnace


This technology mainly involves the manufacture of high-purity crystalline silicon and equipment production technology. High-purity crystalline silicon is obtained by reducing silicon dioxide with reducing gas at high temperature. It mainly includes the process of producing crystalline silicon in a reduction furnace, the structure of the reduction furnace and its Removal of impurities in parts and products and recovery, purification and reuse of circulating gas, etc.


7. Large-scale tower energy storage photovoltaic solar energy thermal power generation technology development and engineering demonstration


This technology mainly involves the system construction of tower solar power stations, mainly including tower solar power generation devices and systems, design, installation and regulation of heliostat mirror fields.


8. Key technologies and engineering applications of demand-side load regulation in power systems with high proportion of new energy


This technology mainly involves the construction of photovoltaic power systems of photovoltaic solar energy plants, including power demand measurement and distribution, grid-connected management, grid management systems, and electricity price management.


9. R&D and industrialization of key technologies for high-efficiency gallium arsenide and crystalline silicon photovoltaic solar energy cells


This technology mainly involves the production of gallium arsenide heterojunction solar cells, mainly including silicon-based backplane processing, electrode structure, cell assembly and its detection system, etc., to improve the photoelectric conversion efficiency of cells.


10. R&D and design of key materials for photovoltaic solar energy cells


This technology mainly involves the development and production of photovoltaic solar cell materials, including photoelectric conversion coatings, light absorbing layer materials, and cell structure design, etc., to improve the light absorption efficiency and stability of solar cells.


In recent years, the photovoltaic industry has gradually become a huge investment outlet for economic development in the new energy era. Many companies are eagerly researching related innovative technologies to promote the rapid development of the photovoltaic industry. While developing together, the competition is extremely fierce. Whoever can master the core technology will definitely be in the new dominate the energy market.

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