DEMVE a Multi-Vendor Laboratory Environment for Research and Education Related to IEC 61850

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Lionel Lawrence
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1 DEMVE a Multi-Vendor Laboratory Environment for Research and Education Related to IEC Renewable Efficient Energy II Conference Vaasa Reino Virrankoski University of Vaasa Department of Computer Science Communications and Systems Engineering Group

2 DEMVE Coordinated by Merinova, funded organizations the University of Vaasa Vaasa University of Applied Sciences (VAMK) Novia University of Applied Sciences Duration 24 months on Building up a multi-vendor environment under IEC to Technobothnia for research and education purposes IEC training can then be offered in the context of Vaasa Energy Institute (VEI)

2013 Building up a multi-vendor environment under IEC 61850 to Technobothnia for research and

3 Companies Participating to DEMVE-project

4 IEC A standard for electrical substation automation; extended also for communication between substations An important enabler of local electricity production An important enabler of monitoring and control soutions required for Smart Grid Object oriented monitoring and control information for substation control and protection The abstract data models defined in IEC can be mapped to a number of communication protocols

required for Smart Grid Object oriented monitoring and control information for substation control and

Baden November 1995 Around 65 persions WG 10 WG 11 WG 12 WG 10 WG 11 IEC 61850 Development History 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 System Overview Coding

5 Baden November 1995 Around 65 persions WG 10 WG 11 WG 12 WG 10 WG 11 IEC Development History System Overview Coding and Mapping Process Interfaces Committee draft First interoperability tests of bay devices Committee Final draft International Standard in Nimes 2004 IEC draft for voting Part 1 Introduction and Overview Part 2 Glossary Part 3 General requirements Part 4 System and project management Part 5 Communication requirements for functions and device models Part 6 Configuration description language Part 7 Basic communication structure, Principles and models Part 8 Mappings to MMS Part 9 Specific communication service mapping (SCSM) Part 10 Conformance testing Part 90-1 FOR THE COMMUNICATION BETWEEN SUBSTATIONS International Standard Process continues by technical issues - TISSUES FDFV Standard

and Overview Part 2 Glossary Part 3 General requirements Part 4 System and project management Part 5 Communication requirements for functions and device models Part 6 Configuration description

6 Application Areas of IEC Standard Multi Vendor Environment Control Centers WAN Industrial Bus Distributed Power Plan Station Bus IEC Station Bus IEC Station Bus IEC Cyber Security Application Process Bus IEC M G

Bus IEC 61850-8-1 Station Bus IEC 61850-8-1 Station Bus IEC

IEC 61850 Multi-Vendor Environment VAMP Terminals ABB Terminals Siemens Terminals Schneider Electric

7 IEC Multi-Vendor Environment VAMP Terminals ABB Terminals Siemens Terminals Schneider Electric Terminals Vacon Terminals Switch & Mervento Wind Turbines Erkki Antila, University of Vaasa 7

Terminals Vacon Terminals Switch & Mervento Wind

8 Challenges Related to IEC The standard enables distributed packet-connected control architecture, which is necessary to be able to enable local electricity production. It can also increase the system reliability. However, it is a big technological step for the automation systems. The standard allows many different options. As a consequence, the vendor spesific solutions can still be an issue and the compatibility between different vendors is currently not fully guaranteed

However, it is a big technological step for the automation systems. The standard allows many different options.

IEC 61850 Multi-Vendor Environment in Technobothnia Control Center Rack 1 (Schneider Electric) Substation Control System PACiS Control Center Rack 2 (ABB) Substation Control System MicroSCADA Pro Ver.

9 IEC Multi-Vendor Environment in Technobothnia Control Center Rack 1 (Schneider Electric) Substation Control System PACiS Control Center Rack 2 (ABB) Substation Control System MicroSCADA Pro Ver. 9.3 Building up to be completed during Q2/2012 IEC 61850/Ethernet RJ45/CAT6 Workstation 1 System Configuration Editor (SCE) System Management Tool (SMT) MiCOM S1 Studio COM600 Communication Gateway IEC / Ethernet RJ45/CAT6 Workstation 2 PCM600 Ver. 2.4 Engineering Pro + IET600 SAB600 Ver. 3.5 System Diagnostics Workstation 3 VAMPSET ICD-file, IED Capab. Descr. IID-file, IED Description SCD EDITOR SCD-file, Substation Conf. Descr. ICD-file of IED -> CID/IID, SCD & txt files Test Rack 1 Distribution Network 1 Test Rack 2 Distribution Network 2 IEC 61850/Ethernet Backbone-fibre optic Test Rack 3 Subtransmission Network Test Rack 4 Distributed Power Generation IEC 61850/Ethernet Fibre Optic IEC 61850/Ethernet RJ45/ CAT6 IEC 61850/Ethernet Fibre Optic IEC 61850/Ethernet RJ45/ CAT6 2 pcs ABB REF630 2 pcs SE MiCOM P139 2 pcs Siemens 7SJ pcs ABB REF615 2 pcs VAMP pcs Siemens 7SJ8011 ABB RET630 & REF630 VAMP 265 & VAMP pcs Siemens 7SJ pcs eroonkytkentäyksikkö (ABB & VAMP) 2 pcs Power Converter (ABB & Vacon) Option for line differential relays (2 pcs ABB RED615) Protection Relay Test Set and Commissioning Tool Waveform recording tool

IEC 60870-5-104/ Ethernet RJ45/CAT6 Workstation 2 PCM600 Ver. 2.4 Engineering Pro + IET600 SAB600 Ver. 3.5 System Diagnostics Workstation 3 VAMPSET ICD-file, IED Capab. Descr.

10 Research Issues Related to IEC Multi- Vendor Environment in Technobothnia Creation of core criterias to enable the compatibility between different vendors. Classification and instruction of interface requirements such that the automation requirements are filled. Reasearch regarding the compatibility of the files created by the software tools of different vendors. A simple conversion middleware will be made for the most important interfaces, if needed. Interfacing with wireless communication (long distance links, wireless sensor networks, etc.)

Reasearch regarding the compatibility of the files created by the software tools of different vendors.

11 Possible Training Courses based on IEC Multi-Vendor Environment in Technobothnia The Basics of IEC How to Implemant IEC Based System IEC Configuration Programs GOOSE Configuration For one vendor devices For multi-vendor devices Remote Terminal Unit (RTU) Configuration Adding single vendor devices to RTU Adding multi-vendor devices to RTU Implementing a Control Center in IEC Environment Wireless Automation Under IEC

multi-vendor devices Remote Terminal Unit (RTU) Configuration Adding single vendor devices to RTU Adding

12 Questions? Remember 3rd Workshop on Wireless Communication and Applications in Vaasa on Day 1 (25.4.): Wireless Automation Day 2 (26.4.): Tactical Communication Systems Registration is mandatory, but free of charge. See for further details 12

Protection and Substation Automation. Training Programmes

Protection and Substation Automation Training Programmes Protection and Substation Automation Training Programme Overview The objective of the Training Program is to provide education and training to make