非常好的一本书. w* Z9 |. N' d* g" p2 b5 ?5 C
This text was developed from a set of course material used for a course tiLled Modeling and - V4 }, O/ K& K T( x3 x& B8 u
Analysis of Modern Power Systems which was conducted by the Energy Systems Research Cen~ . V' S8 Q7 ^& v; e# j1 w(ESRC) at the University of Texas at Arlington since 1969. It includes the professional staffs' 7 `* ?( B& ~7 i. e) C, C
scientific and technical experience in electric power system analysis, design and operations along , M8 F* @3 {3 rwith up-to-date and first hand material related to the deregulation of power systems. The power ; E9 z$ v' d; Findustry worldwide is going through significant change due to the advent of deregulation. This . R0 q: a5 y) T% g9 U; }. R
course, Modeling and Analysis of Modern Power Systems: The Fundamentals for GenCo, $ b8 [% F* ~) U; u; kTransco, DistCo, and PoolCo, is designed for the power industry from the point of view of 5 y- U1 n/ e8 G! d/ L! E' F
unbundling the generation, transmission, and distribution functions. 1be material covered in this 1 j3 o; d7 n) k3 X$ B
course includes the basic responsibilities of GenCo, TransCo, DistCo, and PoolCo along with the 8 y0 K! c+ n% \& c, a
other fundamental theoretical background required for power systems engineers. Of course, some 3 o) @$ K4 W! Z: hof the responsibilities are not very clear because many changes will occur depending on the social , Q4 G, Z& ^( n4 S4 y3 n
and political conditions within various countries. It is believed that this is the first text designed to . R9 l: @5 ^' h: N% u" T: B" q5 G
discuss power industry deregulation issues. However, it is not the intent to cover everything in 7 g, x; E3 ^& J! ^# e3 d( U; T" \
great detail, nevertheless it includes discussion on the state-of-the-art of today's power industry. . f5 w0 x" d3 r% C: C% o- W
% `# }% c! T- C9 u& I8 P, T 2 _4 e8 k4 D0 y* O& K/ D4 V 5 {( @) O, m3 X! `2 OIt is strongly believed that deregulation will have profound and important implications on $ R' C- b7 c! h5 X" qtechnology within the electric power industry and its institutional structure. Not only must the 9 ^; |5 A5 V& u6 cpower industry as whole re-evaluate its planning for the future, but the delivery systems for power 3 D1 }* P l+ w* m4 {1 ^
engineering education need to up-date curriculum and teaching sttategies in order to prepare # B5 g' A2 a' U2 V4 Pengineers for the challenges presented by deregulation . 3 R7 ~; b6 v9 Y; W; Y
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