#Paris #France #Electreon #Electric Road System #VINCI Autoroutes

Dynamic Wireless Charging: The Future of Electric Mobility

In an ambitious leap towards sustainable transportation, the A10 motorway in France has become the world's first dynamic wireless charging road dedicated to electric vehicles (EVs). Led by a consortium that includes VINCI Autoroutes and Electreon, this groundbreaking initiative is set to revolutionize the logistics and transport sectors.

Overview of the Wireless Charging Project

The project, titled ‘Charge as You Drive’, showcases a dynamic induction charging system allowing electric vehicles to recharge while in motion. Spanning 1.5 kilometers, the A10 has been fitted with induction coils under its surface, enabling electric trucks and other EVs equipped with receivers to draw power as they travel. This innovative approach promises not only to streamline transportation processes but also to significantly reduce the size of vehicle batteries, cutting costs, and enhancing performance.

Electric heavy-duty vehicles, as well as passenger cars, now have the potential to operate more efficiently by limiting their reliance on large battery packs. This can lead to a reduction in vehicle costs, lighter designs, and increased energy efficiency without the downtime often associated with charging stations.

Real-World Testing and Results

As of October 2025, trials for this system are well underway, with preliminary results surpassing expectations. Vehicles are now driving on the motorway under live traffic conditions, collecting data on the system's charging capabilities. Preliminary analysis reveals that the installed induction system can deliver peak power exceeding 300 kW and average power above 200 kW, indicating a robust ability to support electric mobility needs.

Vincent Notebaert, CEO of VINCI Concessions, emphasizes the importance of integrating such technology into the fabric of France’s transportation infrastructure as it plays a critical role in reducing greenhouse gas emissions from the freight and logistics sector, which constitutes over 16% of the nation’s total emissions.

Environmental Impact and Future Prospects

The impact of dynamic wireless charging extends beyond immediate charging efficiencies. A life-cycle analysis conducted by consulting firm Carbone 4 indicates significant potential for carbon emission savings and reduced raw material needs associated with battery manufacturing. As the project demonstrates lower reliance on large batteries, it aligns with France’s commitment to creating low-carbon infrastructure.

The development comes at a time when transport is responsible for one-third of France’s greenhouse gas emissions, with a significant portion stemming from road mobility. Electric Road Systems (ERS) like this have the potential to decarbonize heavy road transport, making them a priority for future infrastructure investments.

Global Relevance of Electric Road Systems

The technology behind the wireless charging roadway is not confined to France; it has attracted attention globally. Countries including the U.S., China, Germany, and South Korea are already investing in dynamic wireless charging systems, suggesting a growing recognition of its potential. Electreon’s initiative not only positions it ahead in the transportation sector but also underscores Europe’s dedication to pioneering sustainable transport solutions.

Conclusion

The A10 motorway project heralds a new era in transportation, directly addressing the challenges of modern logistics and environmental sustainability. With its successful implementation, we can expect an accelerated shift towards greener transport solutions and innovations that will redefine how we view mobility in urban landscapes. By championing such initiatives, we pave the way for sustainable advancements that promise to reshape the future of transport, making electric mobility convenient, efficient, and widespread.

Through thorough testing, collaboration among industry leaders, and commitment to sustainability, the A10 motorway stands as a testament to the future of electric mobility, reflecting a growing industry trend towards the electrification of transport. Expect significant enhancements in road freight transport decarbonization, coupled with boosts in economic and industrial sovereignty within Europe.