Signal format (one per line)
=WTG01YBR01.MMXU.W, Analog, OUT
=WTG01YBR01.GGIO.Ind1.stVal, Boolean, IN
ActivePower_MW, Analog, OUT
=WTG01YBR01.GGIO.Ind1.stVal, Boolean, IN
ActivePower_MW, Analog, OUT
IEC 61850 detection
Include LN class in name
(MMXU, GGIO, XCBR, WTUR…)
Tool validates DA compatibility
(MMXU, GGIO, XCBR, WTUR…)
Tool validates DA compatibility
What gets detected
✗ Missing in one interface
⚠ Type / direction conflicts
⚑ IEC 61850 LN violations
✓ Matched & valid signals
⚠ Type / direction conflicts
⚑ IEC 61850 LN violations
✓ Matched & valid signals
1
Define interfaces
Interface A
Source
Interface name
System / vendor
Interface B
Target
Interface name
System / vendor
2
Enter signals
Interface A — signals
Interface B — signals
Interface A — signals
Signal name
Type
Direction
Interface B — signals
Signal name
Type
Direction
Load a realistic OSS ↔ WTG Controller dataset — 24 signals across 3 turbines with deliberate IEC 61850 violations, type mismatches, and missing signals.
Signal mapping report
Scada Fortis Engineering Solutions
Got a real SCADA interface
conflict to solve?
This tool catches the common issues — but production projects need FAT/SAT witness testing, IEC 61850 SCL file review, vendor-neutral signal register governance, and IEC 62443 / NIS2 OT cybersecurity validation. That is what Scada Fortis delivers as Owner’s Engineer on offshore wind HVDC and AC projects.
SCADA Owner’s Engineer
IEC 61850 / IEC 62443
Signal register governance
FAT / SAT commissioning
HVDC SCADA integration
OT cybersecurity
FORTIS CONNECT SIGNAL MAPPER — SCADA FORTIS ENGINEERING SOLUTIONS — OWNER’S ENGINEER FOR OFFSHORE WIND