2
The event is being held in the year in which we also commemorate the 170th anniversary of the birth of Nikola Tesla, with the participation of leading experts and decision-makers in the fields of electric power systems, innovation and technological development. The Nikola Tesla Institute was founded in 1936 with the personal consent of Nikola Tesla for the institution to bear his name.
3
Tesla Innovation Days – TID 2026 will bring together distinguished experts, researchers and representatives of relevant ministries, power utilities and industry leaders to exchange results and catalyse future cooperation in the fields of electric power systems, digitalisation and innovation. Particular emphasis will be placed on the energy transition and decarbonisation, grid modernisation and flexibility, the environmental impacts of power facilities, digital twins, and the application of artificial intelligence in electric power systems.
Preferential Subjects
- Sustainable Energy and Digitalization
- Smart grids and the digital transformation of power systems
- AI and machine learning for power grid optimization
- Digital twins in power engineering – real-time monitoring and predictive analytics, predictive maintenance models, and Digital Twin integration
- Risk mitigation and extending the lifespan of power transformers
- Nuclear power systems
- Renewable Energy Integration and Advanced Control
- Integration of renewable energy sources into the power system
- Battery energy storage systems and their role in grid stabilization
- Advanced control systems for balancing energy production and consumption
- Synchronous Machines and Industrial Automation
- Enhancing synchronous generator performance in the energy transition
- Electrification of industry and transport – challenges and opportunities
- Use of new materials in power system component design – challenges and innovative solutions
- Energy Policy and Regulation
- Green agenda and regulations for accelerating the energy transition
- Standardization of control systems for renewable energy sources
- The impact of market models on power system flexibility
- Environmental Protection and Electromagnetic Field Impact
- Electromagnetic fields in living and working environments and their effects on human health
- Methods for electromagnetic field protection in power facilities and surrounding areas
- Regulations and standards for permissible electromagnetic emissions
- Innovative technologies for reducing the carbon footprint, waste treatment, and recycling
- Life Cycle Assessment of equipment and materials in power systems
