The move to IEC61850 what and when will it be delivered?

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1 The move to IEC61850 what and when will it be delivered? Robert O Reilly Senior Application Engineer Energy Automation Solutions Cooper Power Systems Canada Matthew Oong Cooper Electrical Australia Pty Ltd

2 Overview of presentation where are we today What is being delivered today The standardization process Integrating the new with the old New tools required for working in this environment Conclusions 2

3 61850 where are we today Today projects are being implemented more in new installations, or when major rework is performed in a substation. The goal is to integrate new equipment in legacy substations without having to plan a major rework of the substation. The usage of the process bus has not evolved very much in the last two years, utilities are performing extensive lab tests in regards to using this technology. GOOSE messaging is still in its beginning in regards to being used for inter-relay interlocking and tripping. 3

4 What is being delivered today Today we are seeing more vendor centric implementations, that is using the vendor of tools with its own equipment with limited usage of other vendors relays because of interoperability between the vendors high level tools. Currents uses reside in the use of bay controllers integrating the information and control at the bay level with a number a relays providing the protection functions. 4

5 The standardization process Over the years we have all developed detailed standards that have been in use for more than 30 years. Now we have to adapt these standards to changing times: How do we go forward without losing what we have developed and put into service? 5

6 The standardization process (cont d) We have to have new tools that will allow-us to bring all our standards and engineering work procedures to become a seamless part of the work environment when working with older installations. These new tools must provide the link between our legacy systems and our future systems in a manner that will provide financial sense to go forward with the new radical change that is bringing to our industry. 6

7 Integrating the new with the old For the integration we require these new tools to easily create a means to correlate information from older system designs into an integrated framework. This integration will require planning at the standardisation process to ensure that the new tools at a higher level of the substation properly integrate numerous types of legacy systems within a integrated platform while still properly allowing planning for process bus and handling of GOOSE messages.

8 New tools required for working in this environment The evolution of these tools will start at the overall planned main console, some of the characteristics should be: Capability to integrate the creation of the HMI pages, alarming and event screens required by users. Capability to easily import previous legacy device configurations and make them a seamless part of the whole engineering definition process. Should have the possibility to be completely vendor independent, i.e. to work with any vendors equipment current and of the legacy type. Should provide a means to easily create either fully redundant systems or capable of providing an X & Y parallel protection scheme system without any other major work required.

9 Example of a large application The following two diagrams represent two integrated substations (one 230KV and one 33KV). The total count of devices for these two substations 300 IEDS.

10 Large (cont d) GPS HMI HMI DMP COLOR Overhead projector MES MES Control Room To Field Devices SMP 1A-220 SMP 2A-220 SMP 1C-220 SMP 2C x Modbus Meters (RS485) MES MES MES MES To 33KV MRS1 Relay 1 Relay 2 Relay 3 SIPROTEC 4 SIPROTEC 4 SIPROTEC 4 Relay 4 Relay 48 SIPROTEC 4 SIPROTEC 4 Relay 1 Relay 2 Relay 3 SIPROTEC 4 SIPROTEC 4 SIPROTEC 4 Relay 4 Relay 48 SIPROTEC 4 SIPROTEC 4 SMP 1B-220 SMP 2B KV SAS System SIPROTEC 4 MES MES Relay 1 Relay 2 Relay 3 SIPROTEC 4 SIPROTEC 4 SIPROTEC 4 NOTE: 2. PROTOCOL Relay 4 Relay 48 SIPROTEC 4 SIPROTEC 4 1. INTER-CONN 2. IEC61850 RJ45 3. IEC61850 F.O (Multi-Mode) 4. PEER-TO-PEER RJ45 5. PEER-TO-PEER F.O (Multi-Mode) DRN Jerry PROJECT: TITLE: 220KV SYSTEM ARCHITECTURE CHK APP KEE C Y TONG C B Major Petroleum Project in Asia TYPE NO: - DWG NO: - REV DESCRIPTION DATE DATE 14FEB2007 JOB NO: - PO NO: - EMS TAG NO: - SCALE: NTS SHT NO: 1+ SIZE : A3

11 Large system

12 Conclusions We have come a long way, is currently being used more and more especially when new substations are being implemented. We still need to have a better integration when having to integrate our engineering work in older substations having a large number of legacy IEDs. The new tools must ensure us of complete vendor interoperability at all levels (do the work only once) no matter what type of equipment is selected.

13 Thank You! Robert O Reilly Senior Application Engineer Energy Automation Solutions Cooper Power Systems Canada Matthew Oong 13