本論文是利用美國MST(Micro-Simulation Technology)團隊所設計的PCTRAN-ABWR程式,運用於台電公司龍門核能發電廠在起動測試階段所執行的暫態測試,就程式所提供的功能與電廠實際測試的程序,進行一系列的模擬分析,並與美國奇異公司起動測試-暫態測試預測報告 (STAR ,Startup Test Prediction -Transient Test Prediction Revision 1 Draft B October 2009)相互比對。本論文分析之暫態事件包括(1)喪失飼水溫度事件;(2)一台飼水泵跳脫事件;(3)一台爐內泵跳脫事件;(4)三台爐內泵跳脫事件。由於目前龍門電廠尚未完成所有的試運轉測試,因此大多的參數設定點未得到實際的驗證,僅能參考奇異公司(GE)的STAR及龍門電廠終期安全分析報告(FSAR)分析結果,透過PCTRAN-ABWR程式模擬暫態發生趨勢。未來龍門電廠實際執行起動測試後,可得到更精確的運轉參數設定點,藉以更新PCTRAN-ABWR程式提升分析的精準度。
This paper used PCTRAN that MST (Micro-Simulation Technology) design to analyzed Taiwan Power Company Lungmen Nnuclear Power Plants transient tests at Start-Up High/Mid Test Plateau.the goal of this paper is to simulate real test process against the results from the GE analyses for Lungmen Plant startup transient tests (STAR ,Startup Test Prediction -Transient Test Prediction Revision 1 Draft B October 2009). The tests are (1)Loss of Feedwater Heater Event;(2)1feedwater pump trip event;(3)1 reactor internal pump trip event;(4) 3 reactor internal pump trip event. Lungmen Plant is not finished all pre-operation tests. Many setpoints have not been performed. The study referenced GE STAR and Lungmen Plant Final Safety Analysis Report (FSTR) to discuss simulate results.Setpoint can be confirmed after Lungmen Plant Start-Up test , that benchmark PCTRAN-ABWR model to upgrad accuracy.