PSCAD/EMT studies on weak grids, harmonics, model validation and grid-code compliance, for TSOs, DNOs, developers and OEMs.
AI agents that run PSCAD, PowerFactory and Python through a study. An engineer reviews and signs off the results.
Deterministic Python tools for network planning, which we write ourselves and adapt to your network and data.
PSCAD and EMTDC courses on converter-dominated networks: BESS, IBR, HVDC and model validation.
EMT and RMS studies by the people who also build our tools.
Consultancy→Python tools for network planning and optimisation, linked to PowerFactory and PSCAD. They give the same answer every time.
Velon Suites→QMerse agents drive PSCAD, PowerFactory and PSS®E through the workflow, and an engineer signs off every result.
QMerse→Hands-on PSCAD, EMTDC and AI courses for your team.
Training→We are doing all of the PSCAD and PowerFactory work for ET Fuels’ Power-to-X development, which is now at FEED stage.
A full generator EMT model (machine, excitation and protection) validated against field measurements.
View the case study →SSO screening for a grid-scale battery, with impedance scans checked against the Nyquist criterion.
View the case study →A wide-area RMS model reduced for EMT, with the boundary checked by matching impedance scans at the POI. Includes an interactive demo.
Explore the toolkit →Press run and watch a wide-area model reduce bus by bus until the impedance scans match.
