You won’t find more expertise in one place anywhere else.

This forward-looking session, presented by the German eMobility Association, explores smart and sustainable solutions in the field of electric mobility. Topics include smart solar charging, transforming mobility with innovative technology, and the role of open source as a key element in rebuilding EV charging infrastructure. Experts will also discuss calibration-compliant charging solutions from meter manufacturers that are aligned with the latest regulatory requirements (AFIR) and present exciting facts on the transformation of enterprise mobility. Participants will gain insights into the technological advances and regulatory challenges that are shaping the future of mobility. The target audience includes decision-makers and experts in the automotive and energy sectors, charging infrastructure developers, policy makers and anyone interested in developing sustainable mobility solutions.

This session sheds light on how the electrification of fleet vehicles transforms fleet management. Led by NOW GmbH, experts will discuss key aspects and necessary steps for electrification, the role of electrified fleets in the rapid development of the e-mobility market and practical solutions for managing electric fleets. Topics include the efficient use of charge management systems, smart charging based on dynamic tariffs and their success stories as well as the future potential of sustainable charge management. The discussion will cover legal aspects, including direct payment systems, while considering German calibration law and AFIR requirements. Fleet managers, decision makers in companies looking to switch to electric vehicles and those interested in the latest developments and legal framework in the area of electric fleet management will find this session particularly exciting.

Start off your day with an informative Morning Briefing that tackles the question of whether it is true that anyone can install a charging station. Moderated by RWTH Aachen ISEA, this session begins with a presentation of key facts by RWTH Aachen ISEA Institute experts, which is followed by a detailed examination and discussion. Attendees will get deep insights into the technical, regulatory and practical challenges encountered when installing charging infrastructure. The qualifications and safety standards required to ensure a reliable and efficient charging infrastructure will also be discussed. This session is ideal for potential charging station operators, installers, city planners and

Start your day with an engaging briefing from electrive and a panel discussion on the topic of bidirectional charging. In just 30 minutes, this entertaining format examines whether the technical possibilities of bidirectional charging are restricted by regulatory barriers. Speakers will engage in expert discussions to determine what is technically feasible and which legal conditions may currently be impeding implementation. This interactive panel will allow room for questions and discussion for a deeper understanding of the topic. It is ideal for technology developers, legal advisers, policy makers and any professionals involved in the development and regulation of electric vehicle charging infrastructures.

This session, moderated by AVERE, will offer an in-depth discussion on the future direction and technological developments in electric vehicle charging infrastructure. Experts will discuss the future of charging infrastructure and analyze key issues and challenges. One of the highlights will be the keynote held by Johannes Pallasch of the German National Centre for Charging Infrastructure. Other topics include the debate on the best payment methods for EV charging and the role of sector coupling, which is driving charging and infrastructure development through scalability. Comprehensive solutions for charging trucks will be presented as part of the growing electromobility. This session is designed for automotive and energy professionals, charging infrastructure planners and operators and policy makers involved in designing future mobility solutions.