IEC in the ELVAC products

Transcription

1 IEC in the ELVAC products Jan Slezák

2 IEC in the ELVAC products IEC in the Mikrodispecink SCADA Used mainly as an HMI (e.g. CEZ substations Havířov and Kojetín) Support through a separate driver (similar to KomX module) Two variants: Classic application running on desktop KomX_61850 System service running in the background Kom61850 Configured by configuration file and by CSV files in the control folder Each CSV file defines: A connection to one IED All points transferred from / controlled on this IED

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4 To work with the driver: The Mikrodispecink must have a properly configured routes. The configuration table of the routes is newly expanded.

5 Configuration GUI = Mikrodispecink Editor To configure driver in the Mikrodispecink Editor: Create folder ZIVY\61850 in the system folder of Mikrodispecink (probably something like D:\MDisp\MD93) Set control folder of driver to the newly created ZIVY\61850 folder Create working folder EDITACE\61850 in the system folder of Mikrodispecink

6 Three ways to configure driver: a) Fully manual b) With help of SCL file (description file of device or the whole substation) c) Almost fully automatic based on SCL file and config. file from Siemens SICAM PAS Assign IEC to systems (way a and b):

7 Set parameters of devices - IEDs (way a): Configure all desired points (way a):

8 Save all three tables (repeat on each table) (all ways):

9 Create configuration CSV file and send it to the driver (all ways): To configure with help of SCL file (way b and c): Copy the SCL file to editor folder for configuration (EDITACE\61850). Rename copied file to form CfgNNNN.scd, where NNNN is the number of Mikrodispecink system assigned to this IEC configuration. The cid extension can be used instead of scd.

10 Set parameters of devices - IEDs (way b): Configure all desired points (way b):

11 Configuration according to Siemens SICAM PAS SCADA Mikrodispecink KomX or Communicator substation IEC level HMI Mikrodispecink KomX_61850 data concentrator SICAM PAS IEC level IED IED IED

12 To configure with help of SCL file and SICAM PAS file (way c): Copy the SCL file to editor folder for configuration (EDITACE\61850). Rename copied file to form CfgNNNN.scd, where NNNN is the number of Mikrodispecink system assigned to this IEC configuration. The cid extension can be used instead of scd. Copy the XML file from SICAM PAS to the same folder as SCL file. Rename copied file to form IECNNNN.xml, where NNNN is the number of Mikrodispecink system assigned to this IEC configuration. Copy configuration of IEC protocol from SCADA Mikrodispecink to HMI Mikrodispecink.

13 Assign IEC to systems and link it to IEC (way c): Set parameters of devices - IEDs (way c):

14 Configure all desired points (way c):

15 IEC in the ELVAC products IEC in the ELVAC RTUs Work in progress available at the end of year Future plans Work in progress: IEC client for connecting ELVAC RTUs to external devices. It will complement current support for IEC , DNP3, Modbus protocols. It will allow to read data from IEC protections and to control them. Connection to controlling system (SCADA) will be realized by already existing ways by IEC x, DNP3 protocols. Possibility to deploy to existing COMIO-PC2 hardware (and therefore into RTUs already in the field). Configured by RTU User Center application.

16 IEC in the ELVAC products IEC in the ELVAC RTUs Future plans: IEC server, goose messaging. It will allow to fully integrate the ELVAC RTUs to the IEC infrastructure. For instance it will allow the ELVAC RTU to communicate to the IEC HMI. The new hardware (communication card) is needed. Temporarily called COMIO-PC3. COMIO-PC3 will have two ethernet ports. This will allow to implement IEC protocol (Parallel Redundancy Protocol). Configured by RTU User Center application or on the web interface of the RTU itself.

17 O Společnosti Thank you for your attention Hasičská 53, Ostrava - Hrabůvka Czech Republic Tel.: sales@elvac.eu