Configuring and testing interlocking contorllers using IEC61850 Goose messages for Toshiba and Sel Protection Relays
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Keywords:
Protection Relay
GOOSE Messages
IEC61850 standard
interlocking controller
Interoperability
Abstract
In a substation, switches include circuit breakers, dis-connectors, and earthing switches that are closed and opened by authorized control operators. All of them are designed to be an interlocking scheme to ensure that operators control the equipment in the correct sequence, avoid human errors, and provide safety for personnel and equipment during operation.
The paper first presents disadvantages of interlocking circuit design in a traditional substation which uses a significant number of secondary wires, auxiliary contacts and auxiliary relays. Secondly, we describe advantages of GOOSE message application in Automatic Substation Systems. Alternatively, we design an software interlocking method for Dien Ban 110kV substation with the GR-TIEMS and acSELerator Architect SEL-5032 Software. Finally, this paper concentrates on solutions related with an approach to test Toshiba GBU200 and SEL451 relays which are being applied to bay 171, 172, 131 and 112.
The paper first presents disadvantages of interlocking circuit design in a traditional substation which uses a significant number of secondary wires, auxiliary contacts and auxiliary relays. Secondly, we describe advantages of GOOSE message application in Automatic Substation Systems. Alternatively, we design an software interlocking method for Dien Ban 110kV substation with the GR-TIEMS and acSELerator Architect SEL-5032 Software. Finally, this paper concentrates on solutions related with an approach to test Toshiba GBU200 and SEL451 relays which are being applied to bay 171, 172, 131 and 112.
References
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[1] Hakala-Ranta; Rintamäki; Starck; Utilizing possibilities of IEC 61850 and GOOSE; CIRED 2009; Paper 0741.
[2] Klaus-Peter Brand; Petra Reinhardt; Experience with IEC 61850 based Substation Automation Systems; PRAXIS PROFILINE – IEC 61850 – August 2008.
[3] Daqing Hou and Dave Dolezilek; IEC 61850 – What It Can and Cannot Offer to Traditional Protection Schemes; Schweitzer Engineering Laboratories; Inc; 2008.
[4] Aki Suittio; Testing IEC61850 in multi-vendor substation automation system; Master's Thesis; March 2010.
[5] Ming-Ta Yang; Jyh-Cherng Gu; Po-Chun Lin; Yen-Lin Huang; Chun-Wei Huang; and Jin-Lung Guan; Interoperability and Performance Analysis of IEC61850 Based Substation Protection System; World Academy of Science; Engineering and Technology; International Journal of Electrical; Computer; Energetic; Electronic and Communication Engineering Vol:7; No:8; 2013.
[6] Tzu-Han Yeh; Shih-Che Hsu; Che-Kai Chung; Ming-Shan Lin; Conformance Test for IEDs Based on IEC 61850 Communication Protocol; Journal of Power and Energy Engineering; 2015; 3; 289-296.
[7] Corneliu Turturica; Fahad Alhajeri; Garrett Stauffer; Jorge Rios; AMPS Protection Manual; MAY 9; 2014.
[8] TOSHIBA; GR-TIEMS Operation Manual; 2013.
[9] Bộ Công Thương, Quy trình thao tác hệ thống điện quốc gia, 2007.
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Published
May 31, 2016
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How to Cite
Le Kim Hung, Vu Phan Huan. “Configuring and Testing Interlocking Contorllers Using IEC61850 Goose Messages for Toshiba and Sel Protection Relays”. The University of Danang - Journal of Science and Technology, vol. 5, no. 102, May 2016, pp. 44-48, https://jst-ud.vn/jst-ud/article/view/798.
