Special Session at SDEWES 2025 Conference

08.10.2025
ORGANIZERS: Dr. Dragan Šimić (AIT Austrian Institute of Technology), Joško Deur (University of Zagreb), Thomas Bäuml (AIT Austrian Institute of Technology)
LOCATION: Dubrovnik, Croatia


Special Session entitled "User-Centric Design and Operation of EVs for Improved Energy Efficiency" at SDEWES 2025.


As the global transition toward sustainable mobility accelerates, electric vehicles (EVs) have become a cornerstone in reducing carbon emissions and achieving energy-efficient transportation. However, the full potential of EVs can only be realized through a user-centric approach that considers driver behavior, intelligent operational strategies, and advancements in vehicle design. This special session at SDEWES 2025 in Dubrovnik will explore the critical role of user-centered methodologies in enhancing the energy efficiency of EVs, ensuring a seamless and optimized driving experience while contributing to overall sustainability goals.

A key aspect of EV efficiency lies in understanding how users interact with these vehicles and leveraging this knowledge to design better systems. Human-centered design principles allow for more intuitive user interfaces, predictive energy management systems, and real-time adaptation to driving patterns. Additionally, integrating artificial intelligence and machine learning into EVs enables smart energy management, dynamic route optimization, and predictive maintenance, thus further improving efficiency and extending vehicle longevity.

Furthermore, user behavior and driving habits significantly impact EV energy consumption. By analyzing data-driven insights, researchers and industry experts can develop strategies to promote energy-efficient driving techniques. Energy-efficient HVAC (heating, ventilation, and air conditioning) systems in EVs are another essential factor in optimizing overall energy use. Advanced HVAC solutions can significantly reduce energy consumption while maintaining user comfort, thereby enhancing the overall efficiency and attractiveness of electric mobility. Case studies on real-world EV adoption, efficiency improvements, and policy incentives will provide valuable perspectives on how to optimize EV performance from both a technical and behavioral standpoint.

Key Topics:

    • - Human-centered design approaches for improved EV usability and energy efficiency
    • - Smart and AI-driven energy management and related optimization techniques
    • - Behavioral insights into energy-efficient driving and user adaptation
    • - Energy-efficient HVAC systems for improved energy optimization in EVs
    • - Case studies on real-world EV adoption and performance enhancements

Program: