PSCC 2026
As power systems become increasingly complex, operator training requires simulation environments that can accurately reproduce system dynamics while meeting strict real-time constraints.
In this work, we evaluate the real-time performance of the open-source dynamic simulator Dynawo as the core engine of a modern operator-training platform. Using a large-scale model of the French transmission system and a range of realistic contingency scenarios, we investigate how network-model fidelity, topology representation, and solver settings affect computational performance.
Limassol, Cyprus
As power systems become increasingly complex, operator training requires simulation environments that can accurately reproduce system dynamics while meeting strict real-time constraints.
In this work, we evaluate the real-time performance of the open-source dynamic simulator Dynawo as the core engine of a modern operator-training platform. Using a large-scale model of the French transmission system and a range of realistic contingency scenarios, we investigate how network-model fidelity, topology representation, and solver settings affect computational performance.
I am an enthusiastic electrical engineer researcher based in Cyprus, specializing in Energy Power Systems. From an early age, I have been passionate about programming, troubleshooting computer hardware, and experimenting with electrical systems. This passion led me to study electrical and computer engineering.
I am currently an Industrial PhD Student at the Electricity Authority of Cyprus and a Part-time Researcher at the Sustainable Power System Lab of the Cyprus University of Technology. On this website I share notes from my learning journey across power systems, programming, automations, Arduino, mathematics, and related topics.