NuPAC ​​Instrument Control System Platform Provides Technical Support for China's Nuclear Power Development

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[China Instrument Network Instrument R&D] On January 5, 2017, the State Power Investment Corporation held a press conference to announce that China has a completely independent intellectual property rights NuPAC ​​platform, which is approved by China National Nuclear Safety Administration and the United States Nuclear Regulatory Commission (NRC). , becoming the world’s first reactor protection system platform for nuclear power plants that has passed the administrative license of China-US government nuclear safety regulatory agencies.

As a safety-grade instrumentation control system for nuclear power plants, the platform undertakes a number of important safety functions such as reactor emergency shutdown, dedicated safety facility-driven and nuclear-level data processing, and guarantees that nuclear power plants will achieve and maintain a safe shutdown under normal operation and accident conditions. Status plays a crucial role. The successful R&D of the platform is an important technological breakthrough in the major national science and technology projects of the “Large Advanced Pressurized Water Reactors and High-Temperature Gas-Cooled Reactor Nuclear Power Plants”, which breaks the long-term monopoly of internationally renowned nuclear power equipment control companies in this field, and has helped China’s advanced nuclear power technologies enter Europe and America. The market provides technical access, which has important demonstration significance for China’s nuclear power technology going global.

The platform was jointly developed by the National Nuclear Self-Assessment System Engineering Co., Ltd., a subsidiary of the National Nuclear Power Corporation, and the Lockheed Martin Corporation of the United States. The National Nuclear Power has its own independent intellectual property rights. The platform is the first nuclear safety level instrumentation system equipment approved by the National Nuclear Safety Administration and the United States Nuclear Regulatory Commission based on Field Programmable Gate Array (FPGA) technology. It has a digital equipment operation reliability, stability and information security. Microprocessor (CPU) technology can not be compared to the advantages. The platform will be applied to China's CAP1400 demonstration power station and subsequent CAP1000-related projects, which will provide strong technical support for the development of nuclear power in China.

(Original title: NuPAC ​​Instrumentation Platform for CAP1400 Passes Administrative Approval of China-US Government Nuclear Safety Regulatory Authority)

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