反应堆平均温度控制系统优化

Optimization of Average Temperature Control System for Reactor

国产M310机组设计大多仍然延续法国人设计思想,随着机组运行经验积累与技术进步,有必要对核电站重要仪控系统设计进行重新梳理,持续优化与改进。文章以反应堆平均温度控制系统为例,从控制系统结构、原理出发,对系统信号输入单元处理逻辑进行分析,在不改变机组现有取样测点配置的情况下,探讨信号处理优化方案,为控制系统可靠性提升提供有益参考与借鉴。

Most of the design of domestic M310 units still continue the French design ideas.With the accumulation of unit operating experience and technological progress,it is necessary to reorganize the design of important instrumentation and control systems for nuclear power plants and continue to optimize and improve them.Taking the reactor average temperature control system as an example,based on the control system structure and principle,the processing logic of the signal input unit of the system was analyzed.Without changing the configuration of the existing sampling and measuring points of the unit,the signal processing optimization plan was discussed to provide a useful reference and reference for improving the reliability of the control system.