Dionysios Moutevelis has developed the following work within PROMINT:

• Modelling of electrical distribution networks considering the effects of saturation and automatic tap changers.

• Non-linear analysis for assessment of stability parameters and design of control system to achieve voltage support.

• Design of primary voltage control based on virtual admittance and recursive secondary control for calculation of virtual admittance gains.

• Reduced order modelling of power converters with virtual admittance controllers.

Most relevant articles related of his work and the doctoral thesis he will complete in autumn 2023 are:

• Moutevelis, J. Roldán-Pérez, M. Prodanovic and S. Sanchez-Acevedo, ”Bifurcation Analysis of Active Electrical Distribution Networks Considering Load Tap Changers and Power Converter Capacity Limits” in IEEE Transactions on Power Electronics, vol. 37, no. 6, pp. 7230-7246, 2022.

• Moutevelis, J. Roldan-Perez, N. Jankovic and M. Prodanovic, ”Recursive Secondary Controller for Voltage Profile Improvement Based on Primary Virtual Admittance Control” in IEEE Transactions on Smart Grid.

• Moutevelis, J. Roldan-Perez, M. Prodanovic and F. Milano, ” Taxonomy of Power Converter Control Schemes based on the Complex Frequency Concept” in IEEE Transactions on Power Systems. Accepted for publication.