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‘MINIMUM COMMON SPECIFICATION FOR SUBSTATION PROTECTION AND CONTROL EQUIPMENT IN ACCORDANCE WITH IEC 61850 STANDARD’. José Gonzalo – Spain – Session 3 – Paper 0422. INDEX. Introduction Document Structure Main Requirements Considerations. José Gonzalo – Spain – Session 3 – Paper 0422.
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‘MINIMUM COMMON SPECIFICATION FOR SUBSTATION PROTECTION AND CONTROL EQUIPMENT IN ACCORDANCE WITH IEC 61850 STANDARD’ José Gonzalo – Spain – Session 3 – Paper 0422
INDEX • Introduction • Document Structure • Main Requirements • Considerations José Gonzalo – Spain – Session 3 – Paper 0422
INTRODUCTION • ‘E3 Group on IEC 61850’ was created in 2008. • Membership: • Endesa • Iberdrola • Gas Natural Fenosa • Red Eléctrica de España • Hidrocantábrico. • 1st complete edition of the document (3rd Ed.) released in June 2010. José Gonzalo – Spain – Session 3 – Paper 0422
INTRODUCTION • Aims of the ‘E3 Group on IEC 61850’: • To reach some minimum common specifications to be fulfilled. • To lead the technological gaps existing in the IEC 61850 standard. • To reach the highest optimization level during the implementation and maintenance of any 61850 SAS. • To share information with other utilities and walk together through IEC 61850 evolution. • To drive manufacturer´s development according to the user´s needs. José Gonzalo – Spain – Session 3 – Paper 0422
DOCUMENT STRUCTURE • Real case studies (Chap. 3 & 4). • Minimum SAS requirements regarding: • LAN Network topologies (Chap. 5) • IED Configuration Capabilities and Processes (Chap. 6) • Communication Services (Chap. 7) • Synchronization (Chap. 8) • Security (Chap. 9) • Process Bus (Chap. 10) • Proposed System Implementations (Chap. 11) • Additional recommended deployments (Annexes) José Gonzalo – Spain – Session 3 – Paper 0422
MAIN REQUIREMENTS • Every IED must be totally configured with ONE single CID file. • The CID file: • initially accepted with both standard and proprietary parts. • Ultimate objective: NO proprietary part. Everything is standard. • The previous goal can be achieved considering: • Application of ‘InRef’ Data Objects • Modelling of Control Logics • Modelling of Goose Subscription • Modelling of the Graphical part • Two possible types of configuration modifications are identified: Hot and Cold modifications: • Cold modifications require the loading, validation and activation of a CID file. • Hot modifications do not. José Gonzalo – Spain – Session 3 – Paper 0422
MAIN REQUIREMENTS • Means for uploading and downloading a SCL file: • ACSI services • FTP protocol • USB connection • Added value functionality included in an IED: • Disturbance recording • Sequence of Events recording • Fault reporting • Internal Event logging • Means for a good configuration and parameterization management. José Gonzalo – Spain – Session 3 – Paper 0422
MAIN REQUIREMENTS • IED Capabilities: • 8 publishing GOOSE messages at least • 64 subscribing GOOSE messages at least • 7 Buffered Reports at least • 7 Unbuffered Reports at least • 14 Data Sets at least (one for each different RCB) José Gonzalo – Spain – Session 3 – Paper 0422
CONSIDERATIONS • Adopted by the companies as a compulsory technical requirement. • The E3 Group will continue working. • Close follow up of new editions of the IEC 61850 standard. José Gonzalo – Spain – Session 3 – Paper 0422
Thank you for your attention!!! Website:https://sites.google.com/site/e3groupiec61850 e-mail:E3-61850@googlegroups.com José Gonzalo – Spain – Session 3 – Paper 0422