The world's first ultra -high altitude photovoltaic actual base project has been officially put into operation in Sichuan.
According to the surging news report, the total investment of about 3.2 billion yuan (RMB and about S $ 625 million) in the Ganzi Xingchuan empirical photovoltaic power station installed 600,000 kilowatts, with an average annual power generation of the total capacity of the total capacity.1.268 billion kilowatt -hours can meet the annual power consumption of 21,000 people, and improve Sichuan's power guarantee capabilities.
However, unlike traditional photovoltaic power stations, the purpose of the base is not just power generation.
"Unlike simple photovoltaic power stations, photovoltaic empirical bases are like the" encyclopedia of the photovoltaic industry '. "According to the project investment construction party and the chairman of the National Electric Investment Group Sichuan Electric Power Co., Ltd., Xingchuan Empirical Power Station has 5 empirical test areas of photovoltaic components, inverters, brackets, energy storage devices, and comprehensive comparison. It adopts 127 comparison schemes.Scientific research platform.The project will provide detailed data for reference for the design and operation of the photovoltaic power station system and equipment selection of high altitude and middle latitude, and have a typical test representation for the large -scale development of new energy in western Sichuan.
China is the world's largest photovoltaic manufacturing and application country, and it is also a innovative highland for photovoltaic technology.Photovoltaic power generation equipment consists of components, brackets, inverters and other parts. There are dozens of forms and sizes, forming hundreds of technical combinations.General power stations generally choose one or two technical combinations. Xingchuan Empirical Power Station designed 127 empirical comparison solutions. Through a customized set of data analysis and collection systems, the optimal equipment configuration and technical solution will be verified. In order to further improve photovoltaic power generationProvide data support for efficiency and cost -effectiveness.
Prior to this, China has built the empirical base of Qinghai Republic 100 MR Waves and the National Photovoltaic and Energy Storage Empirical Experimental Platform (Daqing Base) to achieve more than 100 kinds of photovoltaic products and system schemes at home and abroad.Taiwan competition.The investment and operation of Xingchuan Empirical Power fills the gap in China's photovoltaic proof base in ultra -high altitude and mid -latitude areas, which will provide a reference for photovoltaic construction in the Sichuan -Tibet Plateau and similar scenarios nationwide.
It is reported that the performance and reliability of photovoltaic power generation systems have been affected by outdoor complicated climate and environmental environment for a long time. Empirical technology can make up for the laboratory that cannot fully simulate the lack of outdoor environment, revealing the materials of different products in the real service environmentThe impact of structure and technology on its performance reflects the power generation capacity, performance attenuation, weather resistance and reliability of the power generation system in different application scenarios.The test and acceptance provides data support and guidance, and provides scientific basis for the formulation of industrial policies and technical standards for the state.
Zhou Qingxuan said that the company has set up an academician workstation at Xingchuan Empirical Photovoltaic Power Station, established a professional research team, established an analytical model, analyzed and studied massive and multi -dimensional big data in real time.Components, inverters, energy storage and other key equipment are developed, and the optimal equipment configuration of photovoltaic power stations under different conditions, photovoltaic base development, construction, operation and other aspects provide data support and research results.The empirical test data will also be shared with the energy authority and industry research institutions.
