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@! ]- _6 K4 H- ] [这套教材是在英国读博士的同学参加pscad学习班拷贝的资料。以前总问一些很傻很天真的问题,还很惭愧,以为自己笨。认真学习这套教材之后最大的感受是:不是我们笨,而是国内资料说的不清楚不人性化。4 }. L1 ^, M6 f
不用担心英文的看不懂,都是相当简单的高中水平的英文。相对于以前收集的零散说明和讲义,这套教材更有助于我们系统的提高,因为教材中不仅有大量实例,而且每个实例都配有讲解和启发,相当于国内的思考题,对进一步的提高很有帮助。比如:如果你有时间,可以试着调整某一个参数,看看效果。/ G" a Q5 y0 c1 j3 N. ]
想起留学的同学给我讲的一个故事:浙大一博士师兄研究很久的一个课题,恰好是国外教材中的一个案例。。。. T9 k9 m% q1 A( t: ~
一些实例可能需要最新版才能打开,我打不开*.PSCX。由于网速问题,大文件总是上传失败,故分开上传,请见谅。/ l- E. r0 X9 B
希望能把一些论坛上的好资料权限降低一些,初学者最需要系统资料的时候,却下载不了,很饥渴很无助的。
0 o/ T$ y: p x0 M2 K9 JPSCAD Training Schedule , m9 Y4 u; F) ~
Day 1: 1.
! P r. `& v Q( nIntroduction r/ e) ?& l. b1 d9 m& W1 i |" p
i.
% ~/ [) M' D/ f0 {* T; o( }6 i( ^Company Profile – Manitoba HVDC Research Centre
6 @& I, U/ V9 F1 |ii.- Z& q0 x2 e2 M6 V6 s
Electro-Magnetic Transients (EMT) in Power Systems
3 Z3 f5 ?( P" N( g- uiii.
8 E2 ~6 r% }: T& l: sIntroduction to PSCAD/EMTDC
2.
$ l5 B+ {' J6 x! a; }" N) DPSCAD Master Library 3.4 E2 w L& K, m! J! _
Tutorials – Getting Started and Basic Features of PSCAD 4.
2 Z4 I6 G4 u; T1 L' Q& fTutorials . ~6 J8 Z( p6 i4 e2 y0 F9 I
- Development and Validation of a AC System Model for EMT Studies
2 E4 h: U' r" C* gi.
+ V) _( m# t8 ~AC System Model Development
8 {4 d3 A% F) e, `7 |, u
ii.2 N c( M4 y y4 g+ k
Model Validation , _: ^' R& f' X G+ R, x3 p! F
iii.( y! v2 E7 A3 M0 ^
]; h% I6 S) ^& K1 f; k, q7 e! fSimulating AC System Faults $ |, k" ^3 i- x# K
iv.
& V; d H& O+ H" ~. g7 s# E. QBatch Mode Simulations – Multiple Run Component Day 2: 5.7 |8 `3 ^ r0 I" Q/ W
Tutorials – Switching Studies / d$ o& m7 h* ~$ a4 }/ B2 h- i
i.
- [6 M1 z( ~- G$ ^9 i) a/ w; w' xSwitching Over Voltage (SOV) studies, Inrush Current studies
% q+ M( m: V7 T- n. M. O0 J1 P) e% vii.& t, D z8 F# `
Temporary Over Voltage (TOV) studies
6 q3 J$ i) o! i/ ]% xiii.4 K* ] @8 V6 z. U; y2 e5 B
Network Frequency Scans
& w5 `2 G6 D7 B
iv.
( r. Y! V) ~1 {7 C( ]Transformer Energizing and Network Resonance Conditions 6.( C. X" G8 p/ p; Q7 G* W
Tutorials
9 ~3 b5 q* `) N! I, x/ \5 z6 l- Breaker Transient Recovery Voltage (TRV) studies 7.
- ]# K: D* q. m2 d9 wTutorials -
. o5 w' H" }1 a( }7 [% E; A) PModeling Synchronous Machines and Typical studies 8.& C4 Q- |: F" M7 f, ~( z+ _
Tutorials -
4 i: O" u7 l2 R E. \( d/ XModeling Induction Machines and Typical studies 9.- {, K2 Y' s; ?$ D+ o) a( J; H; H
Tutorials-
3 m( F2 X& m) R" O. LBasic Power Electronic Circuits -9 |3 n6 x2 d U
Thyristor Controlled Reactor (TCR) example -, [& J4 Z7 z" s; K% v: \9 w( K
PWM-Based Voltage Source Converters (VSC) example Day 3: 10.
2 r" b5 l% s5 @& \: O2 hTutorials – FACTS Devices -
8 Z& v* \ ]4 {/ w. @SVC example -+ T1 V" N" C3 f8 }3 s9 w
STATCOM example 11.
6 B: b/ L! A. d; O# ?Introduction to Wind Power 12.
$ r+ L# e. ?/ h' @2 DDistributed Generation examples 13.
, ]# d# R5 c$ o$ H, l+ U1 ~Discussions -$ h9 E$ b( l3 G
Protection Coordination -0 m1 K/ l( x2 G2 d; w
Insulation Coordination -# l& _. O3 x; O6 i- w& @ Z5 }
Custom Components -
2 }6 E1 g9 a( V4 v$ t8 T7 LFerro-Resonance |