电气化铁道动力供电系统模拟

摘要/Abstract

摘要： 电力是现今大部份铁道系统的动力来源．可靠、有效率及安全的电力输送对整体铁道服务质素尤为重要，跟其它大型工程系统一样，铁道供电系统的设计，运作及筹划相当倚重计算机仿真．本文将回顾铁道供电系统仿真的模型及一般常规，并通过模拟结果例子及实际应用，介绍最新的模拟方式发展．本文亦对铁道供电系统仿真的未来挑战作出评论．

关键词: 电气化铁道, 计算机模拟, 动力供电系统

Abstract: Electricity has been the major source of power in most railway systems．Reliable，efficient and safe power distribution tO the trains is vitally important tO the overall quality of railway service．Like any large-scale engineering system ，design，operation and planning of traction power systems rely heavily on computer simulation．This paper reviews the major features on modelling and the general practices for traction power system simulation；and introduces the development of the latest simulation approach with discussions on simulation results and practical applications．Remarks will also be given on the future challenges on traction power system simulation．

Key words: electrified railways, computer simulation, traction power system

何天健,池云莉,邵乐基,L．Ferreira. 电气化铁道动力供电系统模拟[J]. 交通运输系统工程与信息, 2005, 5(3): 93-107 .

T．K．Ho,Y．L．Chi,L．K．Siu,L．Ferreira. Traction Power System Simulation
in Electrified Railways
[J]. Journal of Transportation Systems Engineering and Information Technology, 2005, 5(3): 93-107 .

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http://www.tseit.org.cn/CN/Y2005/V5/I3/93

参考文献

[1] Jin，J．，Allan，J．，Goodman，C．J．and Payne，K．Single Pole-to-Earth Fault Detection and Location on a Fourth-rail DC Railway System． IEE Proc．-Electr． Power App1．，vo1．151，no． 4，PP．498-5O4，2004．
[2] Hill，R．J．Electric Railway Traction - Part 3 Traction Power Supplies’， Power Engineering Journal，1994，275-286．
[3] Shao，Z．Y． Auto-Transformer Power Supply System for Electric Railways’， PhD Thesis，University of Birmingham ，1988．
[4] Goodman，C．J．，Siu，L．K．and Ho，T．K．A Review of Simulation Models for Railway Systems．International Conf． On Development in Mass Transit Systems，PP．8O-85，1998．
[5] Brown，J．C．，Allan，J．and Mellitt，B．Calculation and Measurement of Rail Impedances Applicable to Remote Short Circuit Fault Currents．IEE Proc-B，vo1．139，no．4，PP．295-302，1992．
[6] Mellitt，B．，Goodman，C．J．and Authurton，R．I．M ．Simulator for Studying Operational and Power-supply Conditions in Rapid-transit Railways. Proc. IEE，vo1．125，no．4，PP．298-303，1978．
[7] Cuthill，E．and McKee，J．Reducing the Bandwidth of Sparse Symmetric Matrices． Proc． 24th Nat．Conf．Assoc．Comput． Mach，ACM Pub1．)，pp．157-172，1969．
[8] George，A．and Liu，J．W．H．Computer Solution of Large Sparse Positive Definite Systems． Englewood Cliffs：Prentice-Hall，1981．
[9] Rohrer，R．A．Circuit Partitioning Simplified．IEEE Trans．on CAS，vo1．35，no．1，pp．2-5，1988．
[10] Kron，G．，Diakoptic- The Piecewise Solution of Large-scale Systems)，London：Macdonald，1963．
[11] Goodman，C．J．and Siu，L．K．Dc Railway Power Network Solution by Diakoptic．Proc．of ASME/IEEE Joint Railroad Conference，pp．1O3-11O，1994．
[12] Goodman，C．J．，Mellitt，B．and Rambukwella，N．B．．CAE for the Electrical Design of Urban Rail Transit Systems．C0M PRAIL 87，PP．173-193，1987．
[13] Chan，W．S．．whole System Simulator for AC Traction，PhD Thesis，University of Birmingham ，1988．
[14] Yu，J．G．，Khan，A．M．M．and Loring，K．．Computer Simulation of Transit Power Systems．IEE International Conf． on Simulation，pp．93-98，1998．
[1 5] Martin，P．．Train Performance and Simulation．IEEE W inter Simulation Conf．，pp．1287-1294，1999．
[l6] Ho，T．K．，Mao，B．H．，Yuan，Z．Z．，Liu，H．D．and Fung, Y． F．． Computer Simulation and Modelling in Railway Applications． Computer Physics Communications，vo1．1 43，no．1，pp．1-10，2002．
[17] Ho，T．K．，Wang，J．Leung，K．K．，Tse，C．T．and Siu， L． K．． ProbabiIistic Load Flow Calculation for AC Traction Supplies with AT Feeding． $6 {th$ IEE International Conf．on Advances in Power System Control，Operation and Management，pp．53O-534，2003．
[18] Ho，T．K．，Chi，Y．L．，Wang，J．and Leung，K．K．．Load Flow in Electrified Railways． $2 {nd$ IEE International Conf．on Power Electronics，Machines and Drives，pp．498-503，2004．
[19] Chen，C．S．，Chuang，H．J．and Fan，L．J．．Design of Main Transformer Capacity for Electrified Railway Power Systems． IEEE International Conf．on Power System Technology，PP．311-316．2000．
[20] Mellitt，B．，Goodman，C．J．and Arthurton，R．I．M ．． Simulation Studies of Energy Saving with Chopper Control on the Jubilee Line．Proc．IEE，125，4，PP．304-310，1978．
[21] Williams，J．and Allan，J．．Systems Engineering for Mass Transit Railways．International Conf．on Electric Railways in a United Europe，pp．15-19，1995．
[22] Glover，J．D．，Kusko，A．and Peeran，S．M．．Train Voltage Analysis for AC Railroad Electrification． IEEE Trans． on Industry Applications，vo1．20，no.4， pp．925-934，1984．
[23] Hill，R．J．and Cevik，I．H．．On—line Simulation of Voltage Regulation in Autotransformer-fed AC Electric Railroad Traction Networks．IEEE Trans．on Vehicular Technology，vo1．42，no．3，pp．365-372，1993．
[24] Hsi，P．H．，Chen，S．L．and Li，R．J．．Simulation On-line Dynamic Voltages of Multiple Trains under Real Operating Conditions for AC Railways．IEEE Trans．on Power System ，vo1．14，no．2，1999．
[25] Yu，J．G．．The Effects of Earthing Strategies on Rail Potential and Stray Currents in DC Transit Systems． IEE Conf． on Development in Mass
Transit System ，PP．，1 998．
[26] Yu，J．G．，Goodman，C．J．．Computer Analysis of Touch and Step Voltages for DC Railways．C0MPRAIL92。1992．
[27] Hill， R．J． and Cai，Y．： ‘Simulation of Rail Voltage and Earth Currents in a PC—based DC Traction Power Simulator． Proc． of ELECT0S0FT 93： Software for Electrical Engineering Analysis and De sign，pp． 319-326，1993．
[28] Gale， D． and Skarpetowski， G．． Harmonic Interactions of a GT0 Thyristor Three Phase Converter System on a 25kV Railway Traction Supply System． Conf． on Railway Engineering，1998．
[29] Brown，J．C．，An Investigation into Short Circuit Faults on the Power Supply of DC Traction System ，PhD Thesis，University of Birmingham ，1989．
[30] Ho，T．K．and W ong，K．K．．Peak Power Demand Reduction Under Moving Block Signalling Using Expert System． IEE Proc．-Electr． Power App1．，vo1．150，no．4，pp．471-482，2003．
[31] W ong，K．K．and Ho，T．K．． Coast Control for Mass Rapid Transit Railways with Searching Methods． IEE Proc．-Electr． Power App1．，vo1．151，no．3，PP．365-376，2004．
[32] HilJ，R．J．，Carpenter，D．C．and Tasar，T．．Railway Track Admittance，Earth-leakage Effects and Track Circuit Operations． Proc．of ASME/IEEE Joint Railroad Conference， PP． 52-62，1989．
[33] HilJ，R．J．and Carpenter，D．C．．Rail Track Modelling for Signalling and Electrification System Simulation．Rail Eng．Int．，vo1．19，no．4，pp．16-2O.199O．
[34] Yu，J．G．，Struand，R．W．and Denning，L．R．．A General Motor Modelling Method for Transit System Simulation Studies．COM PRAIL 94，1994．
[35] Scholle，E．A．，Schwartz，J．．Power Dissipation due to Vibration-Induced Disturbances in Maglev Superconducting Magnets． IEEE Trans．on Applied Superconductivity，vo1．4，no．4，pp．205-21O，1994．
[36] Ametani，A．，Kato，R．，Nishinaga，H．and Okai，M ．．A Study of Transient Induced Voltages on a Maglev Train Coil System．IEEE Trans．on Power Delivery，vo1．10，no．3，pp．1657-1662，1995．
[37] Zahn，M．．Power Dissipation and Magnetic Forces on M eglev Rebars．IEEE Trans．on Magnetics. vo1.33，no.2.PP．1021-1036，1997．
[38] HilJ，R．J．and Cevik，I．H．： Parallel Computer Simulation of Autotransformer-fed AC Traction Networks．Joint ASME/IEEE Railroad Conf．，pp．157-164，1990．
[39] Intel c/c+ + Compiler Class Libraries for SIMD 0perations User’s Guide，Intel，2000．
[40] Fung，Y．F．，Ercan，M ．F．，Ho， T．K．and Cheung.W ．L..’SSE Based Parallel Solution forPower Systems Network Equations’． Lecture Notes in Computer Science 2073.PP．862-872，2001．
[41] Fung，Y．F．，Ercan， M ．F．.Ho，T．K．and Cheung，W ．L．．’A Parallel Solution To Linear Systems’．Microprocessors and Microsystems，vo1．26，no.1，Pp．39-44，2002．