By Jerry C. Whitaker
A accomplished, sensible consultant to the main components of AC strength for advertisement and business platforms. It indicates an image of the resources of disturbances, the tradeoffs concerned for various recommendations, and the benefits and barriers of assorted techniques. It bargains assistance on designing and fitting a secure and effective strength process. content material: entrance conceal; desk of Contents; Preface; concerning the writer; bankruptcy 1. AC energy structures; bankruptcy 2. Power-Generation platforms; bankruptcy three. energy issue; bankruptcy four. strength Transformers; bankruptcy five. Capacitors; bankruptcy 6. Semiconductors; bankruptcy 7. Rectifier and clear out Circuits; bankruptcy eight. energy Electronics; bankruptcy nine. Origins of AC Line Disturbances; bankruptcy 10. strength Disturbance Charaterization; bankruptcy eleven. energy approach safety equipment; bankruptcy 12. Motor-Generator Set; bankruptcy thirteen. Uninterruptible strength platforms; bankruptcy 14. energy Conditioning units; bankruptcy 15. Transient-Suppression units. bankruptcy sixteen. Facility Wiring and temporary ProtectionChapter 17. Circuit-Level temporary Suppression; bankruptcy 18. Grounding Practices; bankruptcy 19. Grounding Tower parts; bankruptcy 20. Facility Ground-System layout; bankruptcy 21. Standby strength structures; bankruptcy 22. Designing for Fault-Tolerance; bankruptcy 23. The effective Use of strength; bankruptcy 24. defense and defense structures; bankruptcy 25. Reference information and Tables; bankruptcy 26. summary: A finished, sensible advisor to the main parts of AC energy for advertisement and business platforms. It exhibits an image of the resources of disturbances, the tradeoffs concerned for various suggestions, and the benefits and barriers of assorted ways. It bargains assistance on designing and fitting a secure and effective energy process
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Additional resources for AC power systems handbook
A back-to-back dc system is used to tie two asynchronous ac systems (systems that are not in synchronism). The two ac systems can be of different operating frequencies, for example, one 50 Hz and the other 60 Hz. Back-to-back dc links are also used to interconnect two ac systems that are of the same frequency but are not operating in synchronism. 15 The back-to-back system of dc transmission. (From . ) synchronized with their neighboring systems. A dc link offers a practical solution to interconnecting these nonsynchronous networks.
16a, is the commonly used arrangement for systems with overhead lines. In this configuration, there are two conductors, one for each polarity (positive and negative) carrying nearly equal currents. Only the difference of these currents, which is usually small, flows through the ground return. A monopolar system has one conductor, either of positive or negative polarity, with current returning through either ground or another metallic return conductor. 16b, has been used for undersea cable systems, where current returns through the sea.
1 Split phase no. 2 Capacitor (loaded) no. 1 Capacitor (no load) Capacitor (loaded) no. 24 For example, consider a simple SCR-controlled ac-to-dc power supply. The transformer will set the upper limit on surge current presented to the protective device and the SCR (assuming light capacitive loading). If that surge is 18 times the normal steady-state current for a period of 8 ms, then a protective device must be selected that will allow the surge to pass without tripping. An SCR must be selected for the circuit, therefore, that can withstand at least 18 times the normal rated current for 8 ms.
AC power systems handbook by Jerry C. Whitaker