Journal of Institute of Control, Robotics and Systems (제어로봇시스템학회논문지)

Institute of Control, Robotics and Systems (제어로봇시스템학회)
권호 표지

Analysis of a network for control systems in nuclear power plants and a case study

원자력 발전소 제어계통을 위한 네트워크의 해석과 사례 연구

  • 이성우 (한국전력공사 전력연구원 원자력연구실) ;
  • 임한석 (건국대학교 전기공학과)
  • Published : 1999.08.01
Download PDF
⟨ Previous Next ⟩

Abstract

In this paper, a real-time communication method using a PICNET-NP(Plant instrumentation and Control Network for Nuclear Power plant) is proposed with an analysis of the control network requirements of DCS(Distributed Control System) in nuclear power plants. The method satisfies deadline in case of worst data traffics by considering aperiodic and periodic real-time data and others. In addition, the method was used to analyze the data characteristics of the DCS in existing nuclear power plant. The result shows that use of this method meets the response time requirement(100ms).

Keywords

References

  1. Westinghouse Technical Description for an Eagle 21 Process Protection System 46700-92-120.
  2. System 80+ Standard Design v.9
  3. Nuclear Engineering International Putting in a Replacement for Controlbloc P20 at Chooze B B. Appell
  4. ANSI/IEEE Standard 802.4 Token Passing Bus Access Method Physical Layer Specification
  5. IEEE Standard 802.5 Token Ring Access Method and Physical Layer Specification
  6. ANSI Standard X3.139 FDDI Token Ring Media Access Control
  7. General Purpose Field Communication System, prEN 50170, WorldFIP
  8. DIN 19 245 Profibus Standard Profibus Trade Organization
  9. ISO 11898 Road vehicles-Interchange of digital information Controller area network(CAN) for high-speed communication
  10. IEEE Trans. Communications v.COM-35 no.6 Proof that timing require- ments of the FDDI token ring protocol are satisfied M. J. Johnson
  11. IEEE Computer v.27 no.1 The timedtoken protocol for real-time communications N. Malcolm;W. Zhao
  12. IEEE Trans. Computers v.43 no.3 Guaranteeing synchronous message deadlines with the timedtoken medium access control protocol G. Agrawal;B. Chen;W. Zhao;S. Davari
  13. 한국형 원전 DCS (KNX-5) 개발 전력연구원
  14. 표준 경수로 계통 설비(하) 한국전력공사 영광원전 훈련 센터
  15. 대한전기학회 하계 학술대회 원자력 발전소 분산제어 시스템을 위한 중위 계층 통신망의 성능 분석 이성우;임한석
  16. DCCS'98 Token passing bus access method on the IEEE 802.3 physical layer for a distributed control system J.-Y. Lee;H-J. Moon;S.-Y. Moon;W. H. Kwon;S. W. Lee;I. S. Park
  17. 원전 DCS 설계 기준서 개발 v.7-2 통신계통
  18. MAP and TOP Communications: Standards and Applications A. Valenzano;C. Demartini;L. Ciminera
  19. Project DWG NO : 9-500-Z-447-001 Instrument Set points for Reactor Regulating, Feedwater control, and Steam Bypass Control Systems for Yonggwang Nuclear Power Plant Units 5&6 Design Data Status 1
  20. Project DWG NO : 9-743-Z-403-001 System Description for Pressurizer Control System for Yonggwang Nuclear Power Plant Units 5&6 Design data status 1
  21. Steam Bypass Control System Functional Block Diagram, Feedwater Control System Functional Block Diagram, Reactor Regulating System Functional Block Diagram Yonggwang Nuclear Power Plant Units 5&6 Design data status 1
  22. Technical Evaluation Report for The CEDMCS and RPCS Design Changes for Yonggwang Nuclear Power Plant Units 3&4
  23. Technical Manual for Control Element Drive Mechanism Control System Ulchin Nuclear Power Plant Units 3&4
  24. 전력연구원 자체 보고서 원자력 발전소 제어계통 Data Point 조사 이성우;문홍주
  25. 차세대 한국형 원자로 기술보고서, N-740-EJD 460-001 I&C Overall Analysis & Design Report.