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Charging on the move: How electrified roads could change the future of driving

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Charging on the move: How electrified roads could change the future of driving

What are Electric Road Systems? | Electric Road Systems (ERS) transfer electricity to moving vehicles, allowing electric cars and heavy goods vehicles to travel longer distances with fewer charging stops. By potentially reducing battery size and charging-related downtime, they could complement conventional charging networks and improve transport efficiency. (Image: AI-Generated)

Three types of electric road technology | Electric roads use three main technologies: overhead cables that supply power to trucks through roof-mounted pantographs; conductive rails that transfer electricity through physical contact; and wireless inductive charging, which transfers energy from coils embedded beneath the road to a receiver on the vehicle. (Image: AI-Generated)

Japan develops wireless charging units for roads | Honda, Taisei Corporation and Taisei Rotec have developed modular wireless charging units designed to be installed within existing asphalt roads. The approach aims to reduce the need for extensive road reconstruction. Public-road demonstration trials in Japan are planned for the 2027 financial year. (Image: AI-Generated)

Where are electric roads being tested? | Electric road technologies are being tested in several countries. France is trialling wireless charging on a 1.5-km section of the A10 motorway near Paris. Sweden has explored overhead cables and conductive rails for port logistics, while Detroit is testing wireless road charging and Dubai has completed dynamic wireless charging trials for electric cars and buses. (Image: AI-Generated)

Are electric roads safe for vehicles and people? | Electric road systems use safety measures to reduce the risk of accidental electric shocks. Some conductive systems activate only the road segments beneath detected vehicles, while wireless systems transfer energy through magnetic fields.


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