CLP photovoltaic efficient photovoltaic cell conversion efficiency of 20.3%

More than 20% of highly efficient monocrystalline silicon cells developed by CSUN earlier this year have been confirmed by the Fraunhofer ISE of Germany and the measured efficiency reaches 20.3%.

The battery combines the independent development of CLP's new generation of WARATAH technology and QSAR technology, while using a new battery structure design, the use of ordinary solar grade silicon, in the ordinary battery production line to complete the production. The product uses the traditional screen printing technology, without the use of higher-level silicon under the premise of the solar energy industry to achieve high efficiency, high stability and high power output of the basic requirements. The technology component products also enable customers to save costs and reduce the use of area, especially for building integrated roof and other applications.

It is understood that the lead project undertaken by the CLP photovoltaic 863 project - more than 20% efficiency of low-cost crystalline silicon cell industrialization of key technologies and demonstration of complete sets of production lines have begun to implement. It is planned that by the end of 2014, the conversion efficiency of solar cell production will be raised to over 20%, reducing the cost of power generation and increasing the cost competitiveness of photovoltaic power generation and conventional thermal power. This is of great significance for firmly grasping the supreme position of the future energy industry, forming the core competitiveness in the domestic and international markets and promoting the rapid and healthy development of the country's new energy sources.

In combination with the new generation of WARATAH technology and QSAR technology and implementing the requirements of the National 863 Project Plan, CLP Power is also preparing to mass produce this high-efficiency battery product. At present, a 70MW battery production line and a 15MW component line have been built in the new R & D building , Is undergoing commissioning and is expected to be mass-produced by the end of 2013.

CEC R & D center bold innovation, development of a series of efficient products have achieved gratifying results. Particularly worth mentioning is the double-sided battery positive efficiency breakthrough 20%, double-sided conversion efficiency of more than 24%, depending on the application environment, double-sided conversion efficiency up to 27%, in differentiated products, All black components, efficient double-glass components also have custom shipping. It is believed that in the near future, through this series of highly efficient and differentiated products, CPI will stand out in the innovation of PV technology in the industry.

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