8 – 10 September 2027 · Stará Lesná, Slovakia
The 13th International Scientific SymposiumELEKTROENERGETIKA 2027
The 13th International Scientific Symposium ELEKTROENERGETIKA 2027 will take place at the Kontakt Wellness Hotel**** in Stará Lesná, Slovakia.
About the symposium
The International Symposium on ELECTRICAL POWER ENGINEERING has been successfully held in Slovakia for over 20 years. The Symposium provides a unique interdisciplinary forum for discussing current trends in electrical power engineering and industrial applications, while offering a vision for the future of energy supply. ELEKTROENERGETIKA brings together managers, scientists, engineers, designers and planners from industry, government and academia who share an interest in sustainable electricity for today and the future.
The symposium proceedings of the previous edition are published by Springer. The best symposium papers will be selected and suggested for extended submission in a special issue of Acta Polytechnica Hungarica (WoS JIF=1.4, Q2; Scimago SJR=0.37, Q2) at no additional cost.
Symposium proceedings at Springer →Important dates
- Full paper submission1 February 2027
- Notification5 April 2027
- Final paper submission31 May 2027
- Symposium8 – 10 September 2027
Keynote lectures
- Karel Máslo — ČEPS
- Amela Ajanovic — Associate Professor at the Vienna University of Technology
- Miloš Nagy & Jozef Tomčík — ZSD and VSD
- Representative — Ministry of Economy of the Slovak Republic
- Martin Miškuf — EP Commodities
Main topics
Generation, transmission, distribution and consumption of electricity
The full chain from power plants to end users — producing, transmitting and delivering electricity efficiently and reliably.
High-voltage engineering, diagnostics and electromagnetic fields
Insulation systems, high-voltage testing and diagnostics, and the modelling of electromagnetic fields in power equipment.
Electrical protection, cybersecurity and grid resilience
Relay protection, fault analysis and defence against cyber threats that keep critical grid infrastructure secure.
Control, optimization and liberalization of the electricity market
Operation and dispatch of power systems in a liberalized market, optimizing both technical and economic performance.
Smart Grids, photovoltaics, energy storage and hydrogen technologies
Integrating renewable sources, batteries and hydrogen into flexible, intelligent distribution networks.
Electromobility, energy communities and decentralized resources
EV charging, local energy communities and the integration of distributed generation into the grid.
Artificial intelligence, machine learning and digital twins
Data-driven models, predictive analytics and digital twins for smarter operation of power systems.
Digitalization, IoT and Industry 4.0 in energy systems
Connected sensors, data platforms and Industry 4.0 automation across the energy value chain.