我有部分直流输电、facts方面的标准（iec，ieee等），需要的，我们可以等价交换，如果是PSCAD4.2石皮解版软件，我可以将其全部给与，5 X" }4 w# L" J8 j. j* Q
标准列表如下：/ I2 J a1 `( y, Z: V: F" u2 y
1 IEC 61803-1999 高压直接电流(HVDC)转换站功率损失的测定 0 Y2 h8 R, X. e% I$ z) v2 IEC60815 污秽绝缘子选用导则' J5 D6 g3 `. R6 S
3 IEC99-3避雷器的人工污秽试验6 q4 t x* T7 v2 b6 m6 E5 q
4 IEC 919 -1：2005 Performance of high voltage d.c.(HVDC)system part 1:Steady state conditions+ S# }4 L5 D2 K9 s3 k; x
5 IEC 919 -2：1991 Performance of high voltage d.c.(HVDC) systems part 2：Faults and switching& q6 O0 G& D a O- K, }0 @
6 IEC 919－-3：1999 Performance of high voltage direct current(HVDC) systems part 3：Dynamic conditions4 N! f, l6 l z0 e2 O
7 IEC 60060-3 2006 高电压测试技术---第3部分：现场测试的定义和要求8 S/ P: a2 C5 ?3 `
8 IEC 60060-2 19960 Y" g/ D* p E
9 IEC 60664-3-2003 低压系统内设备的绝缘配合.第3部分:防污染用铸封或压模涂层的使用* `. Z# }* {0 p9 N; ]& {
10 IEC 60664-1 Edition 1.2-2002 低压系统内设备的绝缘配合.第1部分:原则、要求和试验 , j$ L- q% n4 P: E) t11 IEC 60664-5-2003 低压系统内设备的绝缘配合.第5部分:等于或低于2mm的余隙距离和漏电距离的综合测定法1 `7 w* G3 m+ G% n$ O, ]
12 IEC 60664-4:2005 INSULATION COORDINATION FOR EQUIPMENT WITHIN LOW-VOLTAGE SYSTEMS -PART 4: CONSIDERATIONS OF HIGH-FREQUENCY VOLTAGE STRESS - K7 z/ \5 ]+ r& P$ i0 {13 IEC 60721-1:2002环境条件分类/ p2 f! S7 b( b- }# P( |+ ^/ @# C
14 IEC 60529:2003外壳防护等级 9 z# t) ^1 n3 p1 x15 IEC 60071-1:2006绝缘配合.第1部分:定义,原理和规则- i% x, p5 R$ k- y! n( x
16 IEC TR 60071-4:2004绝缘配合.第4部分:绝缘配合的计算指南和电子网络模拟 5 _0 L- A0 d, y- K/ P17 IEC 60071-2:1996绝缘配合 第2部分：应用指南5 }* n! p, x" H9 z& W+ Q
18 IEC 60633:1998高压直流输电的名词术语6 _ R* c4 `" l: T8 J1 n& X0 y; ?
19 IEC/TR 60815:1986关于污染条件的绝缘子选择导则 : N3 `2 Z- x' @9 v7 O6 e20 IEC61975 System tests for high-voltage direct current (HVDC) installations 3 z& |% I# f+ v4 [' `21 IEC60700-1Thyristorvalvesforhighvoltagedirectcurrent(HVDC)powertransmission-part1:electricaltesting p" Q( P4 w3 d' T! |
22 IEC60071-5:2003 INSULATION CO-ORDINATION - PART 5: PROCEDURES FOR HIGH- VOLTAGE DIRECT CURRENT (HVDC) CONVERTER STATIONS 1 x* @1 ]0 v9 i, v4 Q$ M23 GB7354—2003 局部放电测量% n! e2 {6 {/ b- p1 `! C; B
24 GB/T16927.1.2高压试验技术: q/ U x+ x7 m
25 GB/T 311.2－2002绝缘配合 第2部分：高压输变电设备的绝缘配合使用导则 ' S5 S/ f/ i B* W( H9 C26 GB1094.3-2003电力变压器 第3部分:绝缘水平、绝缘试验和外绝缘空气间隙 ! u0 {2 S5 i% W27 GB 11032-2000交流无间隙金属氧化物避雷器' `% y8 V0 D5 l9 p
28 GB 311.7—88高压输变电设备的绝缘配合使用导则 2 r" Z9 U, Y, e4 j29 GB 311.1-1997 高压输变电设备的绝缘配合5 Q B U& m! k8 |% E
30 GB 3983.2—89高电压并联电容器 . N# |/ P, G, Z. m; g! T! N$ M( O5 E31 GB311.2 绝缘配合第二部分 高压输变电设备的使用导则1 @& L. `; m# y
32 UL94 20005 a: r2 w; N+ _/ j# q
33 IEEE Guide for the Evaluation of the Reliability of HVDC Converter Stations " o1 y0 m/ i2 H3 s. m0 m34 IEEE guide for commissioning High-Voltage Direct-Current (HVDC) converter stations and associated transmission systems 3 y" C2 a# X; U35 IEEE guide for test procedures for HVDC thyristor valves 3 F R3 i3 {- c4 {, F' Z% g1 B36 IEEE recommended practice for determination of power losses in high-voltage direct-current (HVDC) converter stations * c0 a" E0 m: |& h! o4 a6 E37 IEEE trial-use standard general requirements and test code for oil-immersed HVDC converter transformers 3 V* @2 @0 A5 e$ h6 o% d( ?38 IEEE standard for insulation coordination - definitions, principles, and rules - r2 A0 r! y% u. L) ~39 IEEE standard for power systems - insulation coordination.$ p" D* k- ]3 |
40 IEEE guide for the application of insulation coordination ) \' U7 \- w' |( d41 IEEE recommended practice for test procedures for high-voltage direct-current thyristor valves 8 f0 F7 Z9 b' @. J5 R7 b* b' K. E! j42 IEEE standard for metal-oxide surge arresters for AC power circuits; i( ^8 o z) @) w! v' x
43 IEEE Recommended Practice for Specifying Thyristor-Controlled Series Capacitors 1 G) _# b- d' M- L; l1 e L44 IEEE guide for the application of metal-oxide surge arresters for alternating-current systems 3 c' y. U, o: }& k* b45 IEEE guide for specification of high-voltage direct-current systems. Part I - steady-state performance1 F/ n" x3 D) y4 A
46 IEEE guide for the connection of surge arresters to protect insulated, shielded electric power cable systems& z# c! D. b0 Y; [9 {. N
47 IEEE trial-use standard general requirements and test code for dry-type and oil-immersed smoothing reactors for DC power transmission 6 E6 e/ R' ]( ~ ]48 IEEE guide for static VAr compensator field tests 1 D D4 k% U8 Q49 IEEE Guide for the Functional Specification of Transmission Static Var Compensators$ b3 C2 @) r8 S* r# P) W$ K4 s
50 IEEE guide for a detailed functional specification and application of static VAr compensators-%-968-%--%-2827-%--%-1748-%-
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