核电仿真系统关键技术分析及自主化策略曹建亭，邹沫元，蔡瑞忠，章旋，吴帆中广核集团中广核仿真技术有限公司，深圳市上步中路 1001 号科技大厦 6 楼 518031ANALYSIS FOR THE KEY TECHNOLOGIES OF NUCLEAR POWER SIMULATING SYSTEM AND SELF-RELIANCE STRATEGIESCAO Jian-ting, ZOU Mo-yuan, CAI Rui-zhong, ZHANG Xuan, WU FanChina Nuclear Power Simulation Technology Co., Ltd, 6/F Science Bldg., 1001 Shangbuzhong Road, Shenzhen 518031ABSTRACT: Based on the actual requirement for simulating system by the nuclear power plants, this paper discusses the simulation technologies developing trend and the present situation of Chinese nuclear power simulation. The major key technologies of nuclear power simulating system is analyzed to help deeply understanding techinical differences between nuclear power and conventional power. Summarized from actual executing experience, some self-reliance strategies for nuclear simulating system are presented and discussed.KEY WORD: Nuclear Power Plant ； Simulation ；Self-Reliance摘要：本文从核电仿真需求分析出发，对核电仿真技术进展趋势和国内现状进行了剖析，明确了核电仿真若干关键技术，根据实践经验提出了核电仿真自主化策略。关键词：核电站；仿真；自主化1 核电仿真系统需求与常规火电厂相比，核电站在安全性、可靠性方面的要求更高，因而仿真技术和系统在核电站应用更为广泛和深化，仿真系统在核电站应用大致分为如下三类：1）、满足人员培训需求：对操纵员(RO和 SRO)进行持照培训、考试与定期验照复训；对维护人员进行维修技术、故障诊断技术的技能训练；对管理、工程人员进行核电站基础性运行培训及虚拟现实培训。2）、满足工程设计验证需求：进行系统设计验证；进行控制系统功能验证；进行先进主控室设计与验证，包括人机界面、人因工程、事故规程等。3）、满足先进技术研发需求：进行核电站应急状态下事故趋势与后果分析；进行严重事故仿真与相应的对策试验讨论；进行特定功能试验例如接口讨论、整定值讨论；进行操纵员行为可靠性讨论。在国家积极进展核电战略下，核电仿真系统也面临着难得的历史进展机遇。以...
