The growth of renewables as a proportion of generation means that more and more resources in the power system are now connected through power electronics converters. Our research covers areas that relate to power electronics defined power systems, including:

• Grid-forming control

• Integration of inverter based resources to power systems

• Grid supporting functions of battery energy storage systems

• Small-signal and transient stability of power electronics converters

• Stability of Modular Multilevel Converters (MMCs)

• Current & Power limited converter control

• Modular Multilevel Converters

• Power Flow Algorithms for DC Systems

• Reliability of Power Electronics Converters in HVDC and MVDC Systems

• Digital Twin Testbed

• Virtual Power System Digital Twins

• Trustworthy Digital Twins for Power Systems