The SOAP topology models a notional SCADA system for a 300 bus microgrid system. The model uses PyPower to model the physical process itself, Ignition SCADA software, and additionally includes the ControlThings.io envirnoment to additioanlly provide a testing suite for the ICS environment.
The model consists of the following configurations:
soap-topology.yaml- This defines the network topology for the SOAP model.sceptre.yaml- This defines the sceptre app configuration needed to add the ICS specifics to the topology.soh.yaml- Defines the state of health (soh) app configuration for the SOAP topology.soap-scenario.yaml- This defines the entirety of the scenario configurations needed. This pulls together thesceptreandsohconfigurations and adds the mirror app.
The model uses the following backing images:
bennu.qc2ignitionhmi.qc2controlthingsplatform.qc2
The bennu image can be built using phenix image. See here for more details.
The hmi and control things images are included in this distribution in the images folder.
- Copy the entire contents of this topology to
/phenix/topologies/soap. Phenix topologies can technically be located anywhere, but the SOAP topology looks for injects from this location. - Move the images located in the
imagesfolder to/phenix/images. - Add the SOAP configs to the data store using the following commands:
phenix config create <path_to_topos>/soap-topology.yaml
phenix config create <path_to_topos>/sceptre.yaml
phenix config create <path_to_topos>/soh.yaml
phenix config create <path_to_topos>/soap-scenario.yaml
- Run the SOAP model using the following commands:
phenix exp create soap -t soap -s soap
phenix exp start soap
- Stop and delete the model using the following commands:
phenix exp stop soap
phenix exp delete soap
For more information on the SOAP topology see the SOAP_User_Guide__UUR__20200817.pdf
For more information on installing and running phenix see the Phenix Quick Start Guide.