● Green energy reserves and their allocation for EV charging

● Electricity price volatility and stability mechanisms: fostering a favorable environment for EV consumers

● Strategic planning and policy incentives for home, workplace, and highway charging infrastructure

● Supportive initiatives and strategies for early investment

● Plans for streamlining approval processes and supporting regional planning

European Commission

● What role has Norway’s charging infrastructure played in achieving the 2025 targets successfully?

● Insights and lessons from Norway's charging infrastructure strategy

● Effective strategies to ease range anxiety for busy consumers

● Which new charging technologies or infrastructures correspond to the increasing battery sizes?

Oyvind Solberg Thorsen, Director, Norwegian Road Federation (OFV)

● Policies and regulations governing charging on highways

● Approval processes for establishing charging points and systems on highways

● Unique needs and planning considerations for electric truck charging

● Short-term case studies of dual-use charging stations for electric trucks and passenger EVs

CharIN 

● Urban public charging challenges: sufficient points, accessibility, and time efficiency for consumers

● Overview of home charging infrastructure deployment and related incentive policies

● Regulatory challenges faced in developing charging infrastructure

● Improving collaboration among regulators, grid, CPOs, OEMs, and battery firms for industry development

● How policies and regulations can address charging technology bottlenecks and R&D challenges?

● Industry standards and regulations regarding charging fee systems and apps

s  Oyvind Solberg Thorsen, Director, Norwegian Road Federation (OFV)

 s  Jose Lopez-Tafall, Director General, ANFAC, Spain

 s  Stefaan De Ganck, Director Global Business Development EV Charging, TotalEnergies

 s  Christoph Ebert, Head of E.ON Drive DACH, E.ON

 s  Brendan Koehler, Vice President - MSP Sales Unit, Volkswagen-Elli

 s  Peter Ziegler, Manager Charging Components, Daimler Truck

 s  Law Firm

 s  IKEA

● Differences in Charging Infrastructure Needs for Trucks vs. Passenger Cars: What Can Be Shared?

● Challenges and current status of "private" charging facilities for trucks and logistics needs

● Achievements in highway charging and additional challenges that remain

● What further demands for charging facilities are prompted by increased battery capacities and the rise of electric truck applications?

● Pros, cons, and best layout strategies for high-power charging, megawatt-level charging, and CCS technology

● Operational models for energy storage in heavy-duty truck charging stations

s  ChargeUp

 s  Mauricio Torrão, Head of Product Adaptation, Scania Group

 s  Rhian Kelly, Chief Sustainability Officer, National Grid, UK

 s  Rolf Kniprath, Head of Technology & Planning, EnBW mobility+ AG & Co. KG

 s  Pierre Zimmer, Deputy Managing Director, POST Luxembourg

 s  ChargePoint

 s  Open for Technology Provider

● Overview and challenges of charging fee Apps in Europe

● Regulatory framework and ecosystem required for charging fee systems

● Characteristics of EV owners' demands for charging fee Apps

● How can charging fee systems support the growth of the EV industry?

Open for Technology Provider

● Charging technologies and layouts achieved by utilities/CPOs, and future strategic directions

● OEMs and battery companies' expectations for charging convenience and battery life management

● Common examples and pressing issues in collaboration among stakeholders

● How can stakeholders improve cooperation and competition in rapidly evolving industries?

● New software and hardware technologies as effective solutions for meeting stakeholder needs

s  Petra Sundström, Managing Director, Traton Charging Solutions, TRATON Group

s  CharIN

 s  Julius Hoffstaedter, Sr. Regional Manager - EV Charging Central Europe, Tesla

 s  Kristina Nilsson, Senior Vice President, Head of Charging and Infrastructure Solutions, Volvo Energy

 s  Simon Voss, Managing Director E-Mobility Lab, RWTH Aachen University

 s  Open for SW & HW Supplier

● 3.5 million charging stations target of EU and about €240 billion investment plan in Europe by 2030

● Funding mechanisms like subsidies, grants, and partnerships for charging market

● Market forecast for wireless charging, ultra-fast charging, smart and renewable-powered charging tech

● Investment trends in increased public and private charging demand, data and IoT

● Investors' strategies for other charging technologies: dynamic charging, in-motion charging, etc.

Sequoia Capital

● Global landscape of technologies aimed at rapid charging and battery life preservation

● Essential advanced materials and ongoing research progress

● Examples of ultra-fast charging technology implemented in charging stations

● Adaptive charging agorithms and thermal management systems for charging

● The roles of dual-chemistry batteries and battery management systems (BMS)

Mauricio Torrão, Head of Product Adaptation, Scania Group

● An overview of the global battery swapping market and the current landscape in Europe

● Charging or battery swapping: which method reigns supreme?

● Business models for battery swapping and their advantages for stakeholders (OEMs, CPOs, Battery makers)

● Challenges and Considerations for Long-Lifespan Battery Swapping Technologies

● Regulatory Frameworks and Industry Ecosystem Requirements for Battery Swapping

Yu LIAO, Head of Power Operation, NIO Deutschland

● Advancements in wireless charging research and predictions for commercial viability

● Case studies on the use of smart technologies, AI, big data, and digital twins to improve grid and charging efficiency

● What multidisciplinary skills are critical for progress in charging technology?

● Technologies for charging management platforms and system oversight

● The impact of effective talent mobility and development on technological innovations in the charging Industry

s  Fabian Hagmann, Vice President E-mobility, Vattenfall

s  Stefan Perras, VP Predevelopment & Innovation for Emobility Charging, Siemens eMobility

 s  Sebastian Arnold, Team Lead Software & Analytics Products, SMATRICS

 s  Job Hunter

 s  Open for SW & HW Supplier

● The rapid global development of Megawatt Charging Systems aims to standardize rapid charging for heavy-duty 

electric vehicles

● Progress: standardization efforts, infrastructure development (around 1,000 MCS charging stations target by 2030), diverse applications, etc.

● Challenges: high infrastructure costs, limited existing infrastructure, power supply and grid limitations, etc.

● How will commercial electric vehicles transform to match MCS Systems?

Rolf Kniprath, Head of Technology & Planning, EnBW mobility+ AG & Co. KG

● Electric vehicle owners' perceptions and acceptance of deployed V2G and V2H technologies

● Challenges: technical intricacies, consumer fears of battery wear, and the lack of unified regulatory framework

● Solutions: create a unified energy market, enhance grid capacity, offer varied revenue options for customers

● Collaborative efforts requirement among technology developers, regulators, and energy sector stakeholders

To be announced

● AI-driven systems adjust charging based on grid conditions and user needs

● Centralized systems optimize charging times and power for cost savings and better user experience

● Diverse charging options for both AC and DC

● Future challenges include technical complexity, lack of standardization, and safety concerns, etc.

Charging Management Platform & System/ Smart charging Software