Fault Tree Modeling for AAC DG Sharing in Multi-unit Loss of Off-Site Power Accidents

  • Jang, Seunghyun
  • Jae, Moosung
Citations

WEB OF SCIENCE

0
Citations

SCOPUS

0

초록

Since the existing probabilistic risk assessment (PRA) considers an accident that occurs only in one unit, it is assumed that equipment shared by two adjacent units is always available. However, if a simultaneous accident occurs in two units and operation of the shared equipment is required at the same time, only one of the units is available and therefore, use in the other unit may become unavailable. Therefore, in this study to consider this unavailable state, we would like to present a fault tree modeling applying the IF-THEN rule that can calculate the failure probability of the operation of alternate AC diesel generator (AAC DG), a representative shared equipment, in various accident sequences that may occur in a multi-unit loss of off-site power (MULOOP) accident.

키워드

alternate AC diesel generatormulti-unit loss of off-site powermulti-unit probabilistic risk assessmentshared equipmentDiesel enginesRisk assessmentRisk perceptionAlternate AC diesel generatorDiesel generatorsMulti-unitMulti-unit loss of off-site powerMulti-unit probabilistic risk assessmentOff sitesPowerProbabilistic Risk AssessmentShared equipmentAccidents
제목
Fault Tree Modeling for AAC DG Sharing in Multi-unit Loss of Off-Site Power Accidents
저자
Jang, SeunghyunJae, Moosung
DOI
10.1109/ICSRS56243.2022.10067712
발행일
2023-03
유형
Proceedings Paper
저널명
2022 6TH INTERNATIONAL CONFERENCE ON SYSTEM RELIABILITY AND SAFETY, ICSRS
페이지
64 ~ 68