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Nowadays, several socioeconomic, environmental and technological reasons drive the necessity to change the energy production, delivery and utilization landscape to a more sustainable framework. Recent advancements on renewables energy resources and electrical power engineering technology, in combination to the most advanced achievements from computer science applications, information technology and communications, offer a positive ground to develop and establish the future generation of energy systems. In this field, the my scientific and applied research activities include

• Renewable energy and storage systems design and applications for smart power systems: solar, wind and thermoelectrical energy for residential, commercial and industrial applications, combined heat and power systems, transportation systems.

• Modelling and development of electrical power components and systems: transformers, photovoltaic generators, fuel cells and thermoelectric generators for power systems analysis and applications.

• Power systems transients, dynamics and power quality: low and high frequency switching transients, distributed generation and distributed storage dynamics, ac and dc microgrids.

Intelligent electrical power, renewable energy and distributed generation systems (IEPRE&DG) | ¹û¶³´«Ã½ (kau.se)

Teaching of several courses as instructor in the field of fundamental physics, electric circuit analyses, AC and DC electric power systems operation analyses and control, analysis and design of electric power installations, renewable energy systems.

Current teaching activity

ELGA21/ELGB13 Electrical technology

ELGB09 Introduction to power systems

ELGB16 Renewable energy sources and their applications

ELGC24 Integration of Renewable energy in electrical power systems

ELGC22 Electrical power systems

Network/Research Collaboration

• Ellevio
• ¹û¶³´«Ã½s ElochStadsNät
• Glava Energy Center
• KTH
• Delft University of Technology, The Netherlands
• Eindhoven University Of Technology, The Netherlands
• DNV GL, The Netherlands
• TenneT, The Netherlands
• University of Manchester, UK
• Siemens Wind Power A/S, Denmark
• Vestas Wind Systems A/S, Denmark
• Nexans, Norway
• Sintef Energy Research, Norway
• Norwegian University of Science and Technology, Norway
• Siemens AG Berlin, Germany
• Dnepropetrovsk National University, Ukraine
• Hellenic Electricity TSO, Greece
• Hellenic Operator of Electricity Market, Greece
• Hellenic Centre for Renewable Energy Sources and Saving (CRES), Greece
• University of Patras, Greece
• National Technical University of Athens, Greece