Z obrad Kolokwium Komitetu Studiów CIGRE B5 "ZABEZPIECZENIA I AUTOMATYKA" Madryt, 2007

• Autorzy: Wróblewska S. , Babś A.

Warianty tytułu

EN

CIGRE B5 Colloquium, Madrid

• Języki publikacji: PL

Abstrakty

PL

W artykule uczestników tego kolokwium przedstawiono najważniejsze zagadnienia będące tematami referatów i dyskusji na Kolokwium Komitetu Studiów CIGRE B5, które odbyło się w dniach 15 do 20 października 2007 r. w Madrycie. Opracowane referaty dotyczyły trzech następujących tematów preferowanych (Preferential Subjects): PS1 – Nowe tendencje w dziedzinie zabezpieczeń szyn zbiorczych, PS2 – Akceptowalna integracja funkcjonalna układów zabezpieczeń i sterowania w stacjach systemu przesyłowego, PS3 – Zabezpieczenia linii przesyłowych i koordynacja zabezpieczeń systemu przesyłowego. Na końcu opracowania podano spis 51 referatów i ich autorów ze wszystkich kontynentów w trzech grupach tematów preferowanych

EN

There are discussed some most interesting problems that had been presented last year in Madrid on the CIGRE B5 Colloquium. The colloquium papers and discussion were connected with following Preferential Subjects: PS1 – New Trends on Bas bar Protection, PS2 – Acceptable Functional Integration in Substation P&C for Transmission System, PS3 – Protection of Transmission Lines and Co-ordination of Transmission System Protection

Słowa kluczowe

PL

CIGRE; zabezpieczenie szyn zbiorczych; linia przesyłowa

EN

CIGRE; bas bar protection; transmission line

• Wydawca: ZIAD Bielsko-Biała SA
• Czasopismo: Automatyka Elektroenergetyczna
• Rocznik: 2008
• Tom: Nr 2 (59)
• Strony: 32--39
• Opis fizyczny: Bibliogr. 51 poz., rys.

Twórcy

autor

Wróblewska S.

autor

Babś A.

• Instytut Energetyki

Bibliografia

• [101] Modern techniques for Protecting Busbars in HV networksZoran Gajic* (Convenor, ABB, Sweden), Philip Beaumont (Toshiba, UK), Hans-Werner Funk (Siemens AG, Germany), Ljubomir A. Kojovic (Cooper Power Systems, USA), Kenneth Opskar (Statnett, Norway), Andre dos Santos (REN, Portugal), Damien Tholomier (AREVA, France), Juergen Westerfeld (ABB. Switzerland), Jose Miguel Yarza ( ZIV, Spain), AK Gupta (National Thermal Power Corporation, India), Yong-Cheol Kang (Chonbuk National University, Korea), Sugunan Pillai Raghavan (TNB, Malaysia)
• [102] An Innovative Template Design for Low Impedance Bus Zone Protection Muhsin Ally / Barrie Moor (Powerlink Queensland, Australia)
• [103] Communication and synchronization methods for distributed bus protectionWu Qian / Gu Xinxin / Shi Yuxiang / Le xiufan, (Nanjing Automation Research Institute. No.8 of NARI Road, Nanjing, P.R.China)
• [104] Trends in 400 kV Busbar Protection at RTE Jean-Luc Chaneli re 1 (RTE-EDF Transport, France)
• [105] Numerical Busbar Protection: Benefits of Numerical Technology and IEC61850 Damien Tholomier (Areva T&D Automation, Canada), Henri Grasset (Areva T&D Automation, France), Mark Stockton (Areva T&D Automation, UK)
• [106] Measures against CT Saturation for Busbar Protection in Japan Jirou Tsukida (Tokyo Electric Power Co., Japan), Hisanori ltou (Chubu Electric Power Co., Japan), Katsuhiko Kawai (Electric Power Development Co., Japan), Chikashi Komatxu (Hitachi, Ltd, Japan), lsao Chihara (Fuji Electric Systems Co., Japan)
• [107] Busbar Differential Protection in Conjunction with A CT Compensation Algorithm Yong-Cheol Kang*/Jae-Sung Yun/Byung-Eun Lee/Sung-II Jang, (Chonbuk National University, Korea), Yong-Gyun Kim, (Hankook IED Inc., Korea), Il-Dong Kim, (Doowon Technical College, Korea)
• [108] Fast and simple busbar protection for HV substation multiple busbar arrangements Bernard Glowocz / Jacek Manczak (ZPrAE, Poland), Adam Babs (Institute of Power Engineering, Poland)
• [109] Distributed Bus Differential Protection as Integral Protection and Control System I. Ojanguren (Iberdrola Distribucion, Spain), A, Garcia / R. Quintanilla (ZIV Applicationsy Tecnologia, S.A., Spain )
• [110] Engineering and application improvements using a numerical Bus protection systemJuan Carlos Sanchez (Red Electrica, Spain), Jorge Cardenas/ Rosana Osorio (GE Multilin, Spain)
• [111] Verification of Utility Requirements on Modern Numerical Busbar Protection by Dynamic Simulation Z. Gajic (ABB, Sweden), JP Wang/ PW Gong / YS Xu (ABB China), ZX Zhou (CERPI. China)
• [201] Functional Integration in Modern Transmission Line IEDS S. Chano (Hydro Quebec, Canada), D. Tziouvaras / A. Apostolov (USA) S. Sofroniou (GR), J.M. Garcia (ES), G. Topham (ZA)
• [202] Acceptable Functional Integration from the Point of View of Users and Manufacturers Alex Apostolov (Omicron electronics, USA), Volker Leitlof (RTE CBER/SET, France),Massimo Petrini (Terna, Italy), Stig Hoist (ABB, Sweden)
• [203] Large Synchrophasor Measurement System Deployment Architectural and Integration Issues Rui M. Moraes (ONS, Brazil), Raul B. Sollero (CEPEL, Brazil), Yi Hu (KEMA. USA). Damir Novosel ( InfraSource, USA)
• [204] Accepted Functional Integration in RTE's Specifications of Digital SAS V. Leitloff / P. Bongrain (RTE. France)
• [205] Increasing Protection & Control Integration Luc Hossenlopp (France)
• [206] Mutual Main and Backup Protections in a Two Line High Voltage Substation J.M. Grellier (EDF. France). V Leitloff (RTE, France)
• [207] Functional Integration of Protection and Control of Transmission Systems M. Wache /Herrmann, (Siemens AG, Germany)
• [208] Acceptable Functional Integration in Substation Protection & Control of Transmission System Protection: Perspective of Tata Power S G Patki / D Shrotri / P K Jain (The Tata Power Company Ltd., Mumbai, India)
• [209] Japanese Philosophy of Function Integration According to Voltage Class Satoru YOKODA (Chubu Electric Power Co., Inc., Japan), Nobuyuki ONOUE (Kyushu Electric Power Co., Inc., Japan), Yoshihiro KAWASAKI (Meidensha Corporation, Japan) Masaji USUI* (Mitsubishi Electric Corporation, Japan)
• [210] Functional Integration Aspects in Relation to IEC G1850 Multivendor Systems Daniel Espinosa* Ciro A. Norzagaray Luis R. Escalante
• [211] Functional Integration in Substation Automation Systems: System Tools and Interoperability Rogerio Dias Paulo (EFACEC Engenharia, S.A., Portugal)
• [212] Acceptable Functional Integration in REN P&C Systems - A Utility View Andre dos Santos / Ricardo Cartaxo / Fernando Matos /Jo o Afonso, (REN - Rede Electrica Nacional, S.A. - Portugal)
• [213] iSAS. New lberdrola's SAS Engineering Process for Integrating Protection, Control, Telecontrol and Monitoring Functions by Means of New Standards Manuel Mendozal / Javier Castellanos (lberdrola Ingenieria y Construccion -Iberinco-, Spain), L. Alberto Cerezo (lberdrola DistribuciOn Electrica, Spain)
• [214] ST Gatica. Experiences on Functional Integration in Multi-Utility Hybrid Substation Carlos Rodriguez 1/ Javier Figuera / Jorge Gomez Salas (Red Electrica de Espa a, Spain), Javier Castellanos / Manuel Mendoza (Iberdrola Ingenieria y ConstrucciOn - lberinco-, Spain)
• [215] Busbar and Breaker Failure Function Integration for Double Circuit Breaker Substations Elizabeth Guzman Stenlund / Leif Koppari (Svenska Kraftnat -SvK-, Sweden)
• [216] Functional Integration Possibilities and Challenges Stig Hoist / Martin Mellbin (ABB, Sweden), Per Norberg (Vattenfall Eldistribution, Sweden), Anders Johnsson (Vattenfall Research & Development, Sweden)
• [217] Acceptable Function Integration of Protection and Control at Bay level Walter Baass, Klaus-Peter Brand, Anand Menon (ABB Switzerland Ltd, Baden, Switzerland)
• [218] Functional Integration of Protection 8c Control Practices in thel United Kingdom Richard J Adams (PB, Power Networks, UK), Craig McTaggart (Scottish Power, UK), John Fitch (National Grid, UK)
• [219] Wide Area Measurement Applications in Functionally Integrated Protection Systems A.G. Phadke (Vigina Tech, Blacksburg, VA, USA), D. Novosel (Infrasource Raleigh, NC, USA), S.H. Horowitz (Consultant Columbus, OH, USA)
• [220] Requirements for Testing of Transmission Line Protection Relays; With High Level of Functional Integration Alexander Apostolov / Benton Vandiver (OMICRON electronics, USA), Peter Meinhardt (OMICRON electronics, Austria
• [301] Coordination of Protection Relays Hideyuki Kameda (CRI PI, JP), Seung-Jae Lee (Myongji Univ., KR), Eva Werdin (Svenska Kraftnat, SE), Zainoren B. Xhukri (Tenaga, MY), Henri Grasset (Areva, FR), Takahiro Kase (Toshiba Int., UK), Chikashi Komatsu (Hitachi, Ltd., JP)
• [302] Imporving Transmission Line Protection Coordination Through Line Impedance Measurement Ulrich Klapper (Omicron electronics, Austria), Alexander Apostolov (Omicron electronics, USA), Damien Tholomier (AREVA T&D Automation, Canada), Simon Richards (AREVA T&D Automation, UK)
• [303] Establishing Sufficient Redundancy: Protection & Telecommunication Rodney Hughes (Australia)
• [304] Limits and Advantages of Different Protection Principales on Series Compensated Lines G. Arruda (Chesf, Brazil), R. Dutra (Furnas, Brazil), P.C. Campos (Eletronorte, Brazil), V. Henn / R. Krebs (Siemens AG, Germany)
• [305] Distance Protections: What Limits of Use for Heavy Loaded Very High Voltage Lines J.M. Grellier (EDF, France),
• [306] J.L. Chaneliere (RTE, France) German Practice of Transmission System Protection H-.I. Herrmann (Siemens AG, Germany), A. Ludwig (Vattenfall Europe, Germany), H. FOhring (RWE ISO Strom, Germany), FL Kuhn (E.ON Netz, Germany), F. Oechsle (EnBW, Germany)
• [307] Practical Experience With Multiple and Evolving Faults H. Griinert (GSC Power Engineering GmbH, Germany)
• [308] Coordination Experiences in Japanese Transmission System Protection Toshiyuki Yamada (Tohoku Electric Power Co., Japan), Akira Takeuchi (Chubu Electric Power Co., Japan), Fukashi Kumura (Kansai Electric Power Co., Japan), Hidyuki Kameda (Central Research Institute of Electric Power Industry, Japan), Katsuhiko Sekiguchil (Toshiba Corporation. Japan)
• [309] Practical Solutions to Autoreclosing on Transmission Lines Dr. Ing. Stelian Gal / Dr. Ing. Florin Balasiu (Transelectrica, Romania), Dr. Ing. Traian Fagarasan / Dr. lug. Gheorghe Moraru (SMART, Romania)
• [310] Information Analysis of Power Transmission Line Observation for Three- Phase Short-Circuits S. Ivanov2 / Y. Liamets / J. Zakonjsek (Research Centre Bresler) G. Nudelman (VNIIR)
• [311] Electrical Power System Conditions Hierarchy in Methodology of Relay Protection Education Y. Liametx/D. Kerzhaev/S. Ivanov/A. Podshivalin*/J. Zakonjsek (Research Centre BRESLER, Russia), G. Nudelman (VNIIR, Russia)
• [312] Challenges in the Co-ordination of Transmission System Protection on Series-Compensated Lines Anita Oommen (ESKOM Transmission, South Africa)
• [313] Protection Coordination in the Transmission System and Boundaries Wide Area Coordination Study Isabel de la Fuente die Castillo( I) / Javier Martin Herrera / Carlos Puente Perez (Red Electrica de Espa a, Spain)
• [314] Hot And Cold Backup Protection As New Concepts In Protective Relaying Jorge Cardenas (GE Multilin )
• [315] Protection of Combined Cable and Overhead Lines S. Lopez (REE, Spain), J.L. Martinez (IBERDROLA, Spain), J.M. Roca (UniOn Fenosa, Spain), A. Montoya (GE Power Management, Spain), I. Zamora (ETSI Bilbao, Spain)
• [316] Problems and Solutions for AC Transmission Line Protection under Extreme Conditions caused by Very Long HVDC Cables Stig Hoist / No BrnOie / David Shearer (ABB. Sweden), Ragnar Mangelred (Statnett, Norway), Kees Koreman (TenneT, Netherlands)
• [317] Advanced Techniques for Current Differential Feeder ProtectionTakahiro Kase / Gareth Baber (Toshiba International -Europe- Ltd., United Kingdom)
• [318] Advancements in Transmission Cable Protection, Control, and Monitoring D. Tziouvaras (Schweitzer Engineering Laboratories, Inc., USA), S. Chano (Hydro-Quebec, Canada)
• [319] Improved Transmission Line Protection During Cascading Events M. Kezunovic / C. Pang (Texas A&M University, United States)
• [320] Transient Simulation Requirements for Testing of Transmission Line Protection Systems Alexander Apostolov (OMICRON electronics, USA), Peter Meinhardt (OMICRON electronics, Austria), Damien Tholomier (AREVA T&D Automation, Canada)