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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,
6 F0 Y( P9 m, s标准列表如下:
! W& \5 f5 X( Z1 IEC 61803-1999 高压直接电流(HVDC)转换站功率损失的测定
( N! f5 G3 c/ h0 p* t1 \. p2 IEC60815 污秽绝缘子选用导则) [; V3 I; I9 a) c; O
3 IEC99-3避雷器的人工污秽试验
% r) q% J3 W0 K4 IEC 919 -1:2005 Performance of high voltage d.c.(HVDC)system part 1:Steady state conditions% s$ `8 ^4 x# H: n/ ]! X
5 IEC 919 -2:1991 Performance of high voltage d.c.(HVDC) systems part 2:Faults and switching& I9 `, V& _; K$ A6 Y# y0 Q
6 IEC 919--3:1999 Performance of high voltage direct current(HVDC) systems part 3:Dynamic conditions: d4 e6 }8 Z( E& ~7 _$ P" U
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2 ?$ D3 r7 {$ Z- r- G
8 IEC 60060-2 1996
& c/ a) l ]& B7 n# a) t9 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% ?9 C) B W' L( y
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
+ O, i: |0 I5 I/ C3 D3 O4 l0 \11 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2 y4 r8 D* W$ n8 @3 n
12 IEC 60664-4:2005 INSULATION COORDINATION FOR EQUIPMENT WITHIN LOW-VOLTAGE SYSTEMS -PART 4: CONSIDERATIONS OF HIGH-FREQUENCY VOLTAGE STRESS
( h! `' x& M2 V. h/ W13 IEC 60721-1:2002环境条件分类" P3 v& ^8 U" D4 u. [& j i/ y
14 IEC 60529:2003外壳防护等级1 t8 T4 v2 W2 [& l" r/ U) T
15 IEC 60071-1:2006绝缘配合.第1部分:定义,原理和规则( w+ }6 L( O8 m# I( e
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
- w6 e% x! C6 X0 D2 d9 h( H, T17 IEC 60071-2:1996绝缘配合 第2部分:应用指南+ { N+ {# U1 g2 Z2 G
18 IEC 60633:1998高压直流输电的名词术语
* I3 M( R& g! ~19 IEC/TR 60815:1986关于污染条件的绝缘子选择导则
% ?* }. q" S* t* T& F, t+ P, O7 Y20 IEC61975 System tests for high-voltage direct current (HVDC) installations0 @% Y; p8 A9 {3 @
21 IEC60700-1Thyristorvalvesforhighvoltagedirectcurrent(HVDC)powertransmission-part1:electricaltesting : C) t* s- R& L X* v+ V4 G
22 IEC60071-5:2003 INSULATION CO-ORDINATION - PART 5: PROCEDURES FOR HIGH- VOLTAGE DIRECT CURRENT (HVDC) CONVERTER STATIONS; B2 P u7 Y3 ^
23 GB7354—2003 局部放电测量) R: H+ k/ C" L$ }) E
24 GB/T16927.1.2高压试验技术# W# f0 G9 V5 X7 w5 H: a1 I
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
$ G2 Y' F8 v0 g6 g7 ]6 u$ n26 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4 k6 c" m% G+ D
27 GB 11032-2000交流无间隙金属氧化物避雷器
- ?" M6 Y" {: f" D* h; t, `$ @- p28 GB 311.7—88高压输变电设备的绝缘配合使用导则& }2 a( A7 x ^! P
29 GB 311.1-1997 高压输变电设备的绝缘配合 o9 Z2 v$ |9 G* z- `
30 GB 3983.2—89高电压并联电容器9 E7 t$ Y0 q! d
31 GB311.2 绝缘配合第二部分 高压输变电设备的使用导则/ t/ n8 }$ x) s/ |
32 UL94 2000* }6 H1 g4 r# o
33 IEEE Guide for the Evaluation of the Reliability of HVDC Converter Stations
0 v5 v' H! G0 G% N( o0 u& Y34 IEEE guide for commissioning High-Voltage Direct-Current (HVDC) converter stations and associated transmission systems
m* S% ^. U* d; p8 g9 X35 IEEE guide for test procedures for HVDC thyristor valves3 {3 K; M. o8 l5 o
36 IEEE recommended practice for determination of power losses in high-voltage direct-current (HVDC) converter stations
$ V8 K* \0 \; |5 Z3 a D& z37 IEEE trial-use standard general requirements and test code for oil-immersed HVDC converter transformers% ~) F9 Q, X% q0 L/ R
38 IEEE standard for insulation coordination - definitions, principles, and rules8 Z2 }. K8 A* s/ z5 T6 J
39 IEEE standard for power systems - insulation coordination.
4 p- I1 C( N( |4 s* r/ L5 i40 IEEE guide for the application of insulation coordination
! T: P6 Z9 k* E* Z41 IEEE recommended practice for test procedures for high-voltage direct-current thyristor valves
! m- K0 a( `1 L! f. {6 R3 t* O42 IEEE standard for metal-oxide surge arresters for AC power circuits$ c9 h; ?& [3 }% B
43 IEEE Recommended Practice for Specifying Thyristor-Controlled Series Capacitors" f$ ?9 }+ f/ T( S, ]+ e: |
44 IEEE guide for the application of metal-oxide surge arresters for alternating-current systems* x: \& t& \& ~, W; A* \
45 IEEE guide for specification of high-voltage direct-current systems. Part I - steady-state performance
2 t9 S H% a* J3 G2 f* N46 IEEE guide for the connection of surge arresters to protect insulated, shielded electric power cable systems
/ U$ S3 {& W* [% \& \47 IEEE trial-use standard general requirements and test code for dry-type and oil-immersed smoothing reactors for DC power transmission) Z/ @: X5 f# \+ ]0 O& U# ?
48 IEEE guide for static VAr compensator field tests
3 ^* d0 }3 T t* B49 IEEE Guide for the Functional Specification of Transmission Static Var Compensators
" t4 ]8 b A( P F' ?: t50 IEEE guide for a detailed functional specification and application of static VAr compensators-%-968-%--%-2827-%--%-1748-%- |
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