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Study Committee B3 Prepared by Wolfgang Degen B3-AA2 Hanna Abdallah CIGRE Study Committee B3 Substations Modern substation technology CIGRE SC B3 Substations.

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Presentation on theme: "Study Committee B3 Prepared by Wolfgang Degen B3-AA2 Hanna Abdallah CIGRE Study Committee B3 Substations Modern substation technology CIGRE SC B3 Substations."— Presentation transcript:

1 Study Committee B3 Prepared by Wolfgang Degen B3-AA2 Hanna Abdallah CIGRE Study Committee B3 Substations Modern substation technology CIGRE SC B3 Substations

2 Study Committee B3 CIGRE Study Committee B3 Substations Scope: Study Committee B3 is responsible for the design, construction, maintenance and ongoing management of substations and the electrical equipment in power stations, excluding generators. It serves a broad range of target groups in the Electric Power Industry whose interests cover technical, economic, environmental and social considerations in varying degrees

3 Study Committee B3 Number of represented countries:36 24 Members and 12 Observers Number of working groups:14 Number of advisory groups: 4 Annual meetings since 2002:2002Paris 2003Utrecht* 2004Paris 2005Tokyo* 2006Paris 2007Berlin* 2008Paris 2009Capetown* * Colloquium, Tutorial and Panel Modern substation technology CIGRE SC B3 Substations

4 Study Committee B3 SC B3-Composition 2007 – Regular Members

5 Study Committee B3 SC- Composition Observers

6 Study Committee B3 Organisational diagram of CIGRE SC B3 Substations Organizational Diagram of CIGRE Study Committee B3 Strategic Advisory Group (includes 5 Area Advisors) A. Wiersma SC Secretary C. Counan SC Chairman A. Wiersma Customer Advisory Group G. Breen Tutorial Advisory Group F. Besold Co-operation Group B3/B5/A3 F. Baldinger Study Committee 24 Regular Members, 12 Observer Members, 1 Special Reporter, all WB Convenors AA1 Substation Concepts and Developments H.-E. Olovsson AA2 Gas Insulated Substations W. Degen AA3 Air Insulated Substations A. Sahazizian AA4 Substation Management J. Smit AA5 Secondary Systems F. Baldinger B3.01 Substation Concepts Hans Erik B3/B1.09 Application of Long High- Capacity GIL in Structures H. Koch B3.12 Obtaining Value from Substation Condition Monitoring A. Mackrell B3.17 Residual Life Concepts Applied to HV GIS K.Pohlink B3.15 Cost Reductions of Air Insulated Substations K. Kawakita B3.06 Substation Management TF 04 Replacement TF 05 Info Strategy J. Smit B3.10 Primary/Secondary System Interface Modelling for Total Asset Performance F. Baldinger Area Advisors (AA) and Working Groups B3.18 SF 6 Tightness Guide P.Glaubitz June B3.13 Reducing replacement time of HV equipment F. Gallon B3.20 Mixed Technology Switchgear W. Degen B3.21 Turnkey Substations A.-M. Sahazizian B3.22 UHV Substations T. Yokota B3.11 Combining Innovation with Standardization J. Finn B3/C1/C2.14 Circuit Configuration Optimization G. Lingner

7 Study Committee B3 The objective of the Strategic Advisory Group is to support the SC Chairman in order to : optimize the organization to the changing environment suggest contributions/presentations by SC members and working groups for events regularly update the committees strategic plan SAG (Strategic Advisory Group) Modern substation technology CIGRE SC B3 Substations

8 Study Committee B3 The CAG aims are: Identify opportunities to increase customer satisfaction; Collect feedback from customers, suggest work and preferential subjects; Develop concepts for improved customer information and support implementation. CAG (Customer Advisory Group) Modern substation technology CIGRE SC B3 Substations

9 Study Committee B3 The CAG aims are: Identify opportunities to increase customer satisfaction; Collect feedback from customers, suggest work and preferential subjects; Develop concepts for improved customer information and support implementation. Modern substation technology CIGRE SC B3 Substations

10 Study Committee B3 The general objective of the TAG is to advise the Study Committee and its Chairman on the implementation of CIGRE policy in relation to tutorials. TAG (Tutorial Advisory Group) Modern substation technology CIGRE SC B3 Substations

11 Study Committee B3 The advisory area covers the whole substation in a system approach as nodes of optimal power systems. The main directions outlined in the Strategic Plan should guide the activities related to AA1. The technical, environmental and economical aspects related to substation concepts, should be an integral part of the activities. WG B3.11: Combining Innovation with Standardization. B3.12 Obtaining Value from Substation Condition Monitoring WG B3.13 Reducing Replacement Time of High Voltage Equipment. WG B3-C1-C2.14 Circuit Configuration Optimization AA1 Substations Concepts and Developments Modern substation technology CIGRE SC B3 Substations

12 Study Committee B3 The advisory area covers the whole substation in a system approach as nodes of optimal power systems. The main directions outlined in the Strategic Plan should guide the activities related to AA1. The technical, environmental and economical aspects related to substation concepts, should be an integral part of the activities. WG B3.11: Combining Innovation with Standardization. B3.12 Obtaining Value from Substation Condition Monitoring WG B3.13 Reducing Replacement Time of High Voltage Equipment. WG B3-C1-C2.14 Circuit Configuration Optimization AA1 Substations Concepts and Developments Modern substation technology CIGRE SC B3 Substations

13 Study Committee B3 COVERS ALL ASPECTS OF DESIGN, CONSTRUCTION, OPERATION, MAINTENANCE AND LIFE CYCLE MANAGEMENT OF THE PRIMARY INSTALLATIONS OF GAS INSULATED SUBSTATION. WG B3-02 Gas Insulated Substations WG B3-17 "GIS Life" WG B3-18 "SF6 WG B3-20 "Mixed Technologies Switchgear" WG B3/B1-09 Application of Long High Capacity Gas Insulated Lines GAS INSULATED SUBSTATION Modern substation technology CIGRE SC B3 Substations

14 Study Committee B3 THE ADVISORY AREA COVERS ALL ASPECTS OF DESIGN,CONSTRUCTION,OPERATION AND LIFE CYCLE MANAGEMENT OF THE PRIMARY INSTALLATIONS OF AIR INSULATED SUBSTATION: TF B3-15 Cost Reductions of AIS Turnkey Substation AIR INSULATED SUBSTATION Modern substation technology CIGRE SC B3 Substations

15 Study Committee B3 JWG B3-06 -Substation Management- JTF B3/A2/A3/B2/C Dynamic Loading of Electric Power Transmission Equipment ADVISORY AREA AA4 SUBSTATION MANAGEMENT Modern substation technology CIGRE SC B3 Substations

16 Study Committee B3 SCB3 Substations Information: Contact: Hanna Abdallah(US Delegate-Substation Committee) Virginia C. Sulzberger (USNC Secretary-Treasurer) Modern substation technology CIGRE SC B3 Substations

17 Study Committee B3 Documentation of Work (1) DOCUMENTATION Publish and make available papers and guides drawn up by CIGRE, such as : SF6, EMF, Mixed Technologies Switchgear… It should contribute to recognition of CIGRE as a technical reference body.

18 Study Committee B3 Documentation of Work (2) ELECTRA (CIGRE Publication) A report on the technical activities of CIGRE, referred to as General Report, will be published every year in the June issue. To this end, the detailed Study Committee Progress Reports on the basis of which the General Report will be drawn up will have to be available by mid-April. These Progress Reports and the General Report will be available on the CIGRE website and freely accessible to all.

19 Study Committee B3 SC B3 Substations next meeting: (CIGRE conference Paris) Thursday 28th August 2008 Palais des Congrès, Salle Bleue, hrs I hope to welcome you all!

20 Study Committee B3 Preferential Subject 1 PS1: Lessons learned on Substation Asset Use Optimization Refurbishment, renewal and maintenance strategies. Influences of dynamic loading on maintenance policy and asset performance. Substation lifecycle cost reduction. Benefits of condition monitoring for decision support.

21 Study Committee B3 Preferential Subject 2 PS2: New Challenges in Substations Impacts of future network concept, e.g. smart grids, on substation design, primary and secondary (digital communication, automation, control and operation) Connecting new renewable generation including offshore substations. Coping with major growth, e.g. mega-cities and metropolitan areas. Designs for least environmental impact. Innovative designs/layouts to increase operational flexibility, overcome site constraints (including economical consequences), etc. Impact and experience of the process bus on the substation as a whole.

22 Study Committee B3 See you in Paris Modern substation technology CIGRE SC B3 Substations


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