Preface - { Y& T% ?" |; z9 C* p----------. V8 y0 p: {! r: ?& I5 ~4 ~" q" \
To operate an electric power system reliably, and to plan its expansion properly, utility engineers perform a variety of network studies. The most common types of network studies are: # M- V7 k$ {" W- short circuit (or fault) analysis;0 \: b& L( s) M; Q1 r/ b
- power (or load) flow analysis; 6 P$ ~8 B' t; Z: O- stability analysis, and ' }# y, M4 V, y3 |% e' x% i5 T- analysis of electromagnetic transients.' a0 Y( T* R8 E; V8 }& c/ D6 M
# K; n4 X# }) t, N4 A! W$ H! w% XAmong these, studies concerned with electromagnetic transients are probably the most complicated ones. For the beginner, there is the difficulty of developing an understanding of the nature of electromagnetic transients in power systems, in addition to the difficulty of learning how to simualate them with the Electromagnetic Transients Program (EMTP). The problem is much easier for expert, who needs only minimal advice on how to use the EMTP properly. Both the beginner and the expoert must have some understanding of the limitations and inherent errors of EMTP simulations, however.+ n$ Y" ~4 w1 f2 Z
8 H" n0 Q% M+ Q5 z- Z7 HComment 9 W! w/ X" d5 r" K& p' E------------- . X1 K' [9 U% P2 rThis is the EMTP manual, or more commonly known as the "EMTP Theory Book". Although it is aimed at the ATP-EMTP freeware, its discussions are wide enough to be considered a text book in its own right. Many technical journals and text books have referenced to it. Hope this will help.-%-13756-%--%-13757-%--%-13759-%-
The book is written by Prof. Dommel. Drs. Liu and Ge, and their daughter also contributed to the book. & R$ f0 V* A1 K K0 s. M& }$ zDr. Mayer also has contribution in it.
+ V8 y+ | J! Q6 ythe speed of download is too slow ( 50 minutes)( s2 m8 B/ L% k- Q3 i/ |1 o
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i should try to do it again tomorrow mornig.