SSD Studio — graphic single-line diagram and SCL model in one artefact
Draw the primary single-line diagram; get a valid IEC 61850 SSD model out of the same file.
SSD Studio joins two artefacts that are normally maintained separately: the primary single-line diagram and the IEC 61850 system specification description. Model and drawing are stored together, so the drawing is not a picture of the model — it is the model.
The communication problem it solves
A substation design is agreed between the owner, the design institute, the primary equipment vendor, the secondary equipment vendor and the integrator. Each of them used to hold a different view of the same station: a drawing in one tool, a model in another, a spreadsheet of virtual terminals in a third.
Because the SSD carries the primary diagram, the primary equipment information, the secondary equipment configuration and the logic node bindings in one standard file, that file becomes the shared reference — and the virtual terminal table is generated rather than transcribed.
- Vector drawing, editing and saving with component support
- IEC 61850 logic node library built in, and importable
- Logic nodes automatically bound to primary equipment
- Secondary equipment function and virtual terminal tables generated from the model
Simulation hand-off
MATLAB simulation models can be converted into SSD models with a generated diagram, which means a control or protection scheme validated in simulation arrives at the substation as a standard model instead of a document to be re-keyed.
Capability summary
| Capability | Status |
|---|---|
| Vector drawing / editing / saving | Supported |
| Component creation and management | Supported |
| IEC 61850 model library built in and importable | Supported |
| Model library bound to graphic components | Supported |
| Diagram → SSD | Supported |
| SSD → diagram | Supported |
| Secondary equipment function and virtual terminal table generation | Supported |
| MATLAB component and diagram conversion to SSD | Supported |
Published capability list for the product.
Frequently asked
Is the generated SSD standard-compliant?
Yes — the tool writes standard IEC 61850 SSD, and imports standard SSD produced elsewhere for re-editing.
Do we have to redo existing drawings?
Not necessarily. Import the SSD you already have and the diagram is regenerated for editing; the model is preserved.
Does it replace an SCL editor?
It covers the system specification level (SSD) and the diagram side. For device-level CID/ICD configuration, the ICD tool shipped with the SDKs is the appropriate companion.
Related reading
Parsing SCL files (ICD, CID, SSD) without losing your mind
The SCL template-and-reference graph explained: DataTypeTemplates, LNodeType, DOType, DAType, LDevice and DOI/DAI resolu…
Modelling your device in IEC 61850 without regretting it in five years
How to map real device data into IEC 61850 logical nodes: start from the CDC rather than the register list, choose LN cl…
Where the two weeks go: the real work of 61850-enabling a device
A one-to-two-week integration is a published figure, and this is what it is spent on: model design, map building, wire-l…
Related
SPW860-8X
One box that speaks 101, 102, 103, 104, Modbus, CDT and IEC 61850 — in either direction.
EmbedCore-v5
Turn a conventional protection or bay controller into a compliant IEC 61850 IED in one to two weeks.
Ask about SSD Studio
Tell us the platform, the protocols and the acceptance criteria. We will answer with what the licence covers and what the integration effort looks like — not with a brochure.