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From October 12th to 13th, the High-tech Center of the Ministry of Science and Technology organized an expert on the "12th Five-Year Plan" 863 Program major project in the field of advanced energy technology "on-site testing and demonstration demonstration of photovoltaic systems and balance components" undertaken by the Institute of Electrical Engineering of the Chinese Academy of Sciences. Field acceptance. Acceptance experts agreed that the project acceptance data is complete, completed the research content stipulated in the project task book, reached the assessment index, and agreed that the subject passed technical acceptance.
This subject was jointly completed by the Institute of Electrical Engineering and other units jointly with the Yellow River Upstream Hydropower Development Co., Ltd., Beijing Connaught Waiye Technology Co., Ltd., Tsinghua University, Beijing Jianheng Certification Center Co., Ltd., and China Electric Power Research Institute. Established the first demonstration demonstration platform for national photovoltaic systems and balance components for cold temperature (plateau) climate in Gonghe County, Hainan Prefecture, Qinghai Province. The total installed capacity of the platform is 5.167MW, including 11 photovoltaic modules and 9 systems. The operation mode is the empirical research and demonstration platform for the most complete and largest capacity of photovoltaic modules and systems in the world.
This topic also established China's first public field test platform for photovoltaic systems and balancing components of MW class. Its maximum test capacity is 1 MW, including 500 kW fixed comprehensive test area, 500 kW multiple tracking photovoltaic system test area, and BIPV component test area. New PV module test area, etc.; successfully developed the first modular mobile photovoltaic system test platform in China, and conducted field tests for several photovoltaic power plants in Xinjiang, Qinghai, and Jiangsu; and developed the first test condition in China The research and test platform for 1.5MW photovoltaic grid-connected inverters was approved by China National Accreditation Service for Conformity Assessment (CNAS).
Through the implementation of this project, an empirical research demonstration base for photovoltaic systems and balance components with international standards has been established in Qinghai Province of China, which can fully rely on the typical and representative climatic conditions and excellent lighting resources of the The type of PV modules, systems and balancing components carry out long-term empirical research and testing, and provide the industry with a third-party impartial field public testing environment, which can provide a research and empirical verification platform for the large-scale utilization of grid-connected PV technologies in western China. The research and development of new photovoltaic technologies and new products provide technical basis, provide technical support and experience for the establishment of empirical research demonstration test bases in different climatic regions in China and for different types of applications, and provide technologies for the long-term sustainable development of photovoltaic technologies in China. Support will lay a solid foundation for China to truly become a photovoltaic industry power.
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