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On March 29, it was learned that the project led by China Electric Power Research Institute Co.
, Ltd.
"Development and Application of the Demonstration Platform of the National Photovoltaic Advanced Technology 'Leader' Base" passed the technical appraisal
of the Chinese Society of Electrical Engineering.
The appraisal committee listened to the project work report and technical report, reviewed the relevant technical documents, and asked questions and answered questions from the research group
.
The appraisal committee unanimously determined that the photovoltaic module mobile detection platform, photovoltaic module characteristics synchronous online I-V test device, photovoltaic power station efficiency chain wide-area measurement device, fault diagnosis and risk assessment method of key components of photovoltaic power generation developed by the project are the first at home and abroad, reaching the international leading level
.
The project has developed the first frontrunner base demonstration platform in China, focusing on the empirical testing and comprehensive evaluation methods of photovoltaic modules, photovoltaic inverters and system efficiency chains, and proposing the empirical testing process and indicators of photovoltaic power generation components and power stations, forming a perfect frontrunner empirical testing and evaluation system
.
In terms of the development of empirical test equipment, a photovoltaic module mobile test platform, synchronous online I-V test device and system efficiency chain wide-area measurement device based on AAA simulated light source were developed, which realized high-precision testing
of various indicators.
In terms of the construction of the demonstration platform, the research on the design and optimization method of the empirical platform was carried out, the first "leader" base empirical monitoring platform in China was developed, and the first domestic photovoltaic outdoor empirical test standard was compiled, which effectively guided the optimization design and efficient operation and maintenance of the photovoltaic leader base and promoted the upgrading
of the photovoltaic industry.
On March 29, it was learned that the project led by China Electric Power Research Institute Co.
, Ltd.
"Development and Application of the Demonstration Platform of the National Photovoltaic Advanced Technology 'Leader' Base" passed the technical appraisal
of the Chinese Society of Electrical Engineering.
The appraisal committee listened to the project work report and technical report, reviewed the relevant technical documents, and asked questions and answered questions from the research group
.
The appraisal committee unanimously determined that the photovoltaic module mobile detection platform, photovoltaic module characteristics synchronous online I-V test device, photovoltaic power station efficiency chain wide-area measurement device, fault diagnosis and risk assessment method of key components of photovoltaic power generation developed by the project are the first at home and abroad, reaching the international leading level
.
The project has developed the first frontrunner base demonstration platform in China, focusing on the empirical testing and comprehensive evaluation methods of photovoltaic modules, photovoltaic inverters and system efficiency chains, and proposing the empirical testing process and indicators of photovoltaic power generation components and power stations, forming a perfect frontrunner empirical testing and evaluation system
.
In terms of the development of empirical test equipment, a photovoltaic module mobile test platform, synchronous online I-V test device and system efficiency chain wide-area measurement device based on AAA simulated light source were developed, which realized high-precision testing
of various indicators.
In terms of the construction of the demonstration platform, the research on the design and optimization method of the empirical platform was carried out, the first "leader" base empirical monitoring platform in China was developed, and the first domestic photovoltaic outdoor empirical test standard was compiled, which effectively guided the optimization design and efficient operation and maintenance of the photovoltaic leader base and promoted the upgrading
of the photovoltaic industry.
