15. Improvement of HEMP resilience of automatic fire-suppression systems

Chapters in this book

1. Frontmatter I
2. About the Author V
3. Annotation VII
4. Introduction IX
5. Contents XIII
6. 1. Electromagnetic pulse – a parcel from the past 1
7. 2. A contemporary view of HEMP for electrical engineers 60
8. 3. HEMP simulators 79
9. 4. The vulnerability of electronic equipment to HEMP 95
10. 5. Electronic components for HEMP protection system 110
11. 6. External protection of power systems’ electronic equipment from HEMP 128
12. 7. The issues of electronic equipment grounding at the power facilities 149
13. 8. The issue of control cables selection for HEMP-protected electric facilities 171
14. 9. Grounding of control-cable shields 179
15. 10. HEMP filters 189
16. 11. High-voltage insulation interfaces 212
17. 12. Improvement of the resilience of industrial cabinet-installed electronic equipment to HEMP Impact 222
18. 13. Basic principles of direct-current auxiliary-power system (DCAPS) protection 238
19. 14. Protection of telecommunication systems in electric power facilities from HEMP 253
20. 15. Improvement of HEMP resilience of automatic fire-suppression systems 269
21. 16. Protection of diesel generators from HEMP 279
22. 17. Features of HEMP resilience-test methods for power system electronics 296
23. 18. Methods and means of evaluation of the effectiveness of HEMP protection of the installed power-system 305
24. 19. Features of testing digital protective relays resilience to HEMP 317
25. 20. Establishment of inventory of electronic equipment’s replacement modules as a way to improve survivability of the power system 334
26. 21. The problem of impact of geomagnetically induced currents on power transformers and it solution 342
27. A. Standards on HEMP 365
28. B. EMP and its Impact on Power System (List of Reports) 369
29. C. European Projects related to Protection against HEMP 375
30. Index 377