基于核应急组态工具的智能化事故规程实现

Implementation of Intelligent Accident Procedure Based on Nuclear Emergency Configuration Tool

本文基于核电厂M310机组应急事故规程,开发数据采集及图像识别、逻辑组态和画面组态三种软件工具,融合了基于神经网络的文字信息识别技术,快速实现事故规程逻辑模型和画面搭建,构建了一套智能化应急事故规程系统,跟踪执行应急事故规程,实现快速、准确地定位事故和诊断事故发生原因。并以M310机组应急事故规程进行案例分析,在核设施发生事故时,通过采集机组数据,以A0_M01应急事故规程为例,直观展示事故规程的判断依据,监视设备运行状况和关键参数,实现数据驱动下规程的跟踪,给出相应的处理规程指引及建议,缓解操纵员或应急决策人员的分析负荷,提高人员的决策效率,从而保障事故得到快速有效地控制,为人员提供分析依据和技术支持。

Based on the emergency procedure of M310 unit,this paper develops three software tools,data acquisition and image recognition,logic configuration and picture configuration,integrates the text information recognition technology based on neural network,quickly realizes the logical model and picture construction of the accident procedure,and constructs a set of intelligent emergency procedure system to track and implement the emergency procedure.To quickly and accurately locate and diagnose the cause of the accident,in the case of an accident in a nuclear facility,by collecting the data of the unit and taking the A0_M01 emergency accident procedure as an example,the judgment basis of the accident procedure can be visually displayed,the operating status and key parameters of the equipment can be monitored,the data-driven procedure can be tracked,and the corresponding handling procedure guidelines and suggestions are given.The analysis load of the operator or emergency decision maker is alleviated,the decision-making efficiency of the personnel is improved,so as to ensure that the accident is quickly and effectively controlled,and the analysis basis and technical support are provided for the personnel.