反应堆与汽轮发电机协调控制保护技术的研究与实践

Research and Engineering Application of Coordinated Instrumentation Control and Protection Technology Between Reactor and Steam Turbine Generator on Nuclear Power Plant

摘要: 在核电工程建设过程中，反应堆与汽轮发电机协调控制保护技术是系统设计中比较复杂的关键技术，在核电安全、经济和可用性方面承担重要作用。依托某百万千瓦级核电机组自主化接口设计与设计管理工程实践，成功地探索出了堆机之间协调控制保护的接口设计方案以及系统架构原则和成熟案例。本文阐述其重要技术要点和工程实践经验，希望能对新项目建设起到帮助。
- 汽轮发电机 ,
- 反应堆 ,
- 控制 ,
- 保护 ,
- 接口
Abstract: The coordinated instrumentation control and protection technology between reactor and steam turbine generator (TG) usually is very significant and complicated for a new construction of nuclear power plant, because it carries the safety, economy and availability of nuclear power plant. Based on successful practice of a nuclear power plant, the experience on interface design and hardware architecture of coordinated intrumentation control and protection technology between reactor and steam turbine generator was abstracted and researched. In this paper, the key points and engineering experience were introduced to give the helpful instructions for the new project.
- steam turbine generator ,
- reactor ,
- control ,
- protection ,
- interface

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