Skip to main content

Electreon completes first US dynamic charging project

Testing of inductive charging technology along the Detroit road will start next year
By David Arminas December 8, 2023 Read time: 3 mins
Detroit is site of first wireless EV charging road in US (© Alexey Stiop | Dreamstime.com)

Electreon reports that its wireless EV charging road in Detroit – the first such public “station” in the US - has been completed as a testbed.

The technology enables EVs to charge while driving, using chargers that are embedded in the pavement. Detroit’s 14th Street is now equipped with inductive-charging coils between Marantette Street and Dalzelle Street that will charge vehicles equipped with Electreon receivers as they drive along.

The road will be used to test and perfect the wireless-charging technology ahead of making it available to the public in the next few years.

Extensive testing of the inductive charging technology will start early next year using a Ford E-Transit electric commercial van provided by vehicle manufacturer Ford and equipped with an Electreon receiver. Staff will test the efficiency and operation of the vehicle and study potential long-term public transportation opportunities.

Electreon’s wireless charging technology is based on inductive coupling between copper coils installed below the road surface and receivers installed on electric vehicles. When a vehicle with a receiver nears the in-road charging segments, the road transfers electricity wirelessly through a magnetic field. This electricity is then transferred as energy to the vehicle’s battery.

These charging segments can transfer wireless electricity to the receiver either when the vehicle is parked (static charging) or is driving (dynamic charging).

The electric road is safe for drivers, pedestrians and wildlife because each coil in the road is activated only when a vehicle with an approved receiver passes over it. This ensures that energy transfer is controlled and provided only to vehicles that require it.

Michigan Department of Transportation and Electreon have entered into a five-year commitment to develop the electric road system by piloting the technology on the US state’s roads. Also next year, the DoT will seek bids to rebuild part of US-12, called Michigan Avenue, which will see additional inductive charging installed. Electreon has also installed two static inductive charging stations in front of Michigan Central Station, which will be able to charge Electreon-equipped vehicles while they are parked.


The electric road is safe for drivers, pedestrians and wildlife because each coil in the road is activated only when a vehicle with an approved receiver passes over it (image: Electreon)



“Michigan has always been at the forefront of innovation in mobility and that forward thinking is on display with the latest advances in inductive charging from Electreon, the first deployment of this electric vehicle charging technology in the US,” said Justine Johnson, chief mobility officer of the Office of Future Mobility and Electrification (OFME).

“This latest milestone supports the goals of the MI Future Mobility Plan to grow Michigan’s mobility leadership and proves that companies like Electreon can test and deploy the newest innovations right here in Michigan.”

Since the OFME was formed in 2020, it has facilitated more than $485m in mobility-focused revenue and initiated $163.5m in follow-on funding for local companies. It works across state government, academia and private industry to develop Michigan’s mobility ecosystem, including the start-up and scale-up of emerging technologies and businesses.

For instance, OFME launched the first state strategy for future mobility, the MI Future Mobility Plan, and custom-built the first roads in the US for driverless vehicles.

Electreon develops and provides wireless charging solutions for EVs for shared public and commercial fleet operators. The company’s proprietary inductive technology charges EVs quickly and safely both while driving and parked. Electreon collaborates with cities and fleet operators on a sale business model and on a Charging as a Service (CaaS) business model, that enables cost-effective electrification of public, commercial, and autonomous fleets for smooth and continuous operation.

Electreon operates 18 projects across eight countries, together with more than 100 partners.

Related Content

  • DriveWyze wireless Preclear system speeds weighstation waiting
    March 1, 2013
    Drivewyze aims to revolutionise the way weighstation bypass systems work with its Pre-Clear system. And it’s not just looking at weighstations, either… Pete Goldin reports. Truck drivers know the drill: pull off the high­way at every weighstation and wait. Carriers know the drill, too: every minute spent waiting there translates directly into dollars lost. Traditionally, the only alternative to this scenario is a transponder-based system, which allows trucks to bypass the sites using technology similar to
  • WiM avoids bumps in the road
    May 5, 2020
    Road surfaces are deteriorating as years of budget squeezes bite among local authorities. Adam Hill asks leading Weigh in Motion players what effect this might be having on the accuracy of their technology – and how authorities can be made to see that WiM is a helpful tool
  • Renault begins large-scale V2G trials in Europe
    April 4, 2019
    Renault is trialling large-scale pilot schemes in Vehicle to Grid (V2G) charging for electric vehicles (EVs) in Europe. The company says a fleet of 15 Zoe vehicles with V2G charging will be introduced over the course of 2019 to help lay the groundwork for future standards. V2G, also called reversible charging, modulates the charging and discharging of EV batteries between the users’ needs and the grid’s supply of available electricity, the company adds. The pilot schemes are currently taking place in
  • Vehicle identification systems aid dynamic bus operations
    April 24, 2013
    David Crawford looks at a global trend towards more efficiency in less space As buses gain increased profile in the public transport mix needed for modal shift, attention is turning towards improving terminal layouts for more efficient handling of services and passengers. Locations, too, tend to be in central areas of cities, where sites are restricted and land values high. Enter the dynamic bus station, which uses modern vehicle identification systems to optimise space use and streamline service operation