"Eleventh Five-Year Plan" 863 key projects in the field of advanced manufacturing technology "nuclear power industry major project automation complete control system" passed the total acceptance smoothly.
Attend this acceptance meeting, including the Ministry of Science and Technology High Technology Center researcher Liu Jin, Dr Song Rui, Dr. Zou Tao, Beijing University of Aeronautics Wang Tianmiao, Mechanical Federation Li Dongru researcher, Chinese Academy of Sciences Shenyang Institute of Automation researcher Han Jianda, Southeast University Huang Qingan More than 10 leaders and experts such as Professor Sun Lining from Suzhou University, Professor Zhong Chongquan from Dalian University of Technology, and Dong Jingchen from China Instrument and Control Society attended the meeting with over 10 leaders including Leader and Project Leader Wang Changli of Leh Group.
The meeting was chaired by Prof. Liu Jinchang, a high-tech center of the Ministry of Science and Technology, and Wang Changli, chairman and chief project officer of Leh Group, reported on the completion of the indicators for all aspects of the project. All the questions raised by experts and leaders attended the meeting were satisfactorily answered. The expert group finally formed the following opinions:
The project completed the process requirements analysis of the digital instrument control system of a million-kilowatt-class nuclear power plant, formed the technical specifications and the overall design plan, and designed and implemented the advanced main control room which is in line with the characteristics of Chinese operators. The project also developed a system with independent intellectual property rights and core technologies Million kilowatt-class nuclear power plant digital control system in Hongyanhe Unit 1 and Ningde Unit 1 successfully put into commercial operation; the project has made 23 invention patents and 22 software copyright registration.
The main technical innovation of the project: the first independent research and development of digital control system for nuclear power plant of million kilowatts in China; solved the technical problems of thermal design, reliability design, device selection and application software design of nuclear power control system, A complete set of technical specifications designed to specific product specifications.
The project has achieved a major breakthrough in the key technologies and engineering applications of nuclear power digital control system. The developed technologies and products have laid a solid technical foundation for the independence of nuclear power equipment and broke the monopoly of a few foreign companies for the digital control system of nuclear power stations , Significantly reducing the construction and maintenance costs of nuclear power plants and ensuring the safety of the country's core infrastructure.
The project funds are in line with the requirements of the "Approval for Major Project Automation Complete Control System of Nuclear Power Industry".
The project has completed the tasks specified in the project approval and achieved the project goal. Acceptance of the expert group recommended that the project passed the acceptance. Suggestion: To further strengthen the localization research support of digital control system of nuclear power nuclear safety level and further enhance its international competitiveness.
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