Computer-aided design system SCADA Studio - SCL / CIM Configurator

SCL / CIM Configurator is a System Configurator designed for the computer-aided design of communication networks and substation systems (including digital) in accordance with IEC 61850-6 (SCL) and IEC 61970 (CIM) standards.

SCL / CIM Configurator allows you to design a turnkey substation using all the capabilities formulated in the IEC 61850-6 (SCL) standard, as well as to link the substation to a common power system information model in accordance with the IEC 61970 (CIM) standard/

An additional important feature of the configurator is the ability to configure the real-time IED behavior emulator, which allows testing automated control systems, performing acceptance tests without the need for physical devices at the test site.

Features at a glance:

•  design of single-line diagrams according to IEC 61850 part 6 (SCL):
  • creation of a one-line diagram of a substation using a library of standard elements;
  • expanding the library of elements using a special editor;
  • binding of functional logical nodes to primary equipment;
  • linking logical functions and sub-functions to primary equipment;
  • binding the location of the projected objects on the map (GIS);
  
  • export of SSD files;

•  design of single-line diagrams in accordance with IEC 61970 (CIM):
  • • import of RDF / XML files describing substations and energy districts using elements of the common information model (CIM);
    • linking the projected single-line diagram to the general power system information model (CIM);
    • export of RDF / XML files describing substations and energy districts with SCL and CIM elements harmonized with each other;

• maintenance of the IED library:
  • import of ICD files;
  • import of IID files;
  • creating and configuring data sets;
  • creation and configuration of control blocks for transmission of reports (MMS), GSE / GOOSE-messages, SV streams;

• design of IED:
  • • adding an IED to the project;
    • creating and configuring data sets;
    • configuring control blocks for transmission of reports (MMS), GSE / GOOSE-messages, SV streams;
    • functional connection of the IED to the power primary equipment of the substation (single-line diagram);
    • export of CID files;

• setting up informational relationships of the IED:
  • • adding subnets;
    • connecting IED access points to subnets;
    • setting up addresses for sending reports via MMS;
    • configuring addresses for transmitting GSE / GOOSE messages;
    • setting addresses for transferring sampled values of measurements (Sampled Values);

• export of the finished substation configuration (SCD files);
• emulation of IED behavior:
  • • configuring network interfaces;
    • setting up the transmission of reports via MMS;
    • setting up the reception and transmission of GOOSE-messages;
    • Formation of IED operation algorithms using flexible logic using function blocks according to the IEC 61131 standard;
    • debugging IED operation algorithms;
    • Simulation of discrete and analog data using trends and automatic algorithms, with the ability to reproduce on an IED.