On August 9th, the Ministry of Science and Technology of China National Nuclear Corporation Corporation presided over the product appraisal meeting of "Mega-Kilowatts of Nuclear Power Station Rod and Rod Positioning System (RGL) Equipment" in Chengdu. China Nuclear Power Research and Design Institute and China National Nuclear (Beijing) Nuclear Instrument Factory jointly developed a kilowatt-level nuclear power plant rod-and-stick rod system equipment passed by the Group Corporation Science and Technology Committee, China Nuclear Power Engineering Corporation, Centaline Corporation, Xi'an Jiaotong University and each The identification of the appraisal committee composed of relevant leaders and experts of the owners of the nuclear power company signifies that the level of independent design and manufacturing of China's nuclear power meter control equipment has reached a new height. It is another milestone in the localization of nuclear power equipment.
The system fully absorbs the on-site operation and maintenance experience of the Qinshan Phase II 600,000-kilowatt RGL system equipment, the design and commissioning experience of the Qinshan Phase II expansion project RGL system, and the advanced technological foundation of foreign nuclear power similar equipment, and carries out the system's equipment and software. Redesigned and developed. The system equipment has completely independent intellectual property rights.
The experts of the appraisal committee heard the development summary report, reviewed the technical materials, watched videos and demonstrations of equipment functions related to the development process, tested the key technical indicators, and after serious discussion and comment, agreed that the successful development of the equipment is in China. An important scientific research achievement obtained in the field of localization of nuclear power equipment has filled the domestic gap and reached the international advanced level. The equipment can be directly applied to newly-built multi-kilowatt nuclear power plants, and can also be applied to equipment reform of PWR nuclear power plants and in-service nuclear power plants at other power levels after adaptive modification, with significant social and economic benefits.
The successful development of the rod-rod and rod-position system equipment fully demonstrated the nuclear power plant's technical level in designing nuclear instrument-specific instrument control systems, consolidating its leading position in the field of domestic nuclear power plant control system design, and embodying the interior of CNNC. The new model of “cooperation between the hospital and the factory†has laid a solid foundation for the realization of engineering applications in the next step and breaking the monopoly of foreign suppliers.