Charging Towards the Future

Charging Towards the Future

Sustainability Initiative | Faculty of Science
Share Story Related Content Add to my report

Dr. Lorne Whitehead has one of those jobs most people can only dream about. He has the opportunity to invent things. Recently, inspired by the UBC sustainability initiative Campus as a Living Laboratory, the physics professor and his team created a safe and efficient technology to wirelessly charge electric vehicles.

“Wireless charging has been a much sought-after technical solution for everything from cell phones to electric cars,” says Whitehead. “A significant concern for charging cars wirelessly has been the high power and high frequency electromagnetic fields and their unknown, potential health effects on humans.”

Even though there is no specific research confirming that currently permitted high frequency radio waves can harm people, professor Whitehead felt a need to find another way to charge electrical devices. When he first came up with the idea of ‘remote magnetic gears’ he didn’t really think it would work. Then when the math said it would, he still couldn’t believe it. “Even though the numbers added up I was very skeptical. I rushed straight into the lab on a Saturday to test it out.”

The system has a base unit on the ground in which electricity rotates a magnet that in turn spins a remote magnet within the car that generates electricity to charge the battery. For the driver of the car this means all they have to do is park the car in a charging station and the battery will automatically start charging. Since the efficiency is very high, the car will be charged and ready to go just as fast as if it were plugged in with a cord.

So far there are four charging stations set up on the UBC Vancouver campus, a patent has been filed and a spinoff company called ELIX Wireless Charging Systems has been created. Professor Whitehead would be pleased to see this project produce financial returns but clarifies that was not his main intent. “My primary motivation is increasing sustainability and helping to build the local economy.” It seems that large-scale acceptance of both electric vehicles and this wireless charging technology carries the potential to accomplish all of the above.

Related Content

Lorne Whitehead Credit: Martin Dee

Dr. Lorne Whitehead has one of those jobs most people can only dream about. He has the opportunity to invent things.

Associated Commitment


Associated Campus

Vancouver Campus
Lorne Whitehead is shown here demonstrating how strong the magnet is. Credit: Martin Dee
Magnet in its case. Credit: Martin Dee


Join the next cohort of Education for Sustainability (MEd), an innovative graduate program offered by the #UBC Depa…
about 13 hours ago.
RT @greenestcity: View Greenest City Scholar, Naomi Reichstein’s project on understanding how K–12 teachers are using the City’s parks to e…
about 15 hours ago.
RT @UWoodson: Fascinating... Netherlands to ban natural gas by 2050 @ubcenergy @sustainUBC
4 days ago.
RSVP now for Research to Action Conference on Sep 27! #Waste #UrbanLandscape #Climate #Resilience #ZeroWaste…
4 days ago.
RSVP now for Research to Action Conference on Sep 27! Meet our keynote speaker - Robyn Wark (BC Hydro) - and learn…
4 days ago.
RT @greenestcity: Our Greenest City Scholars program is a partnership with @sustainUBC to work on projects that help us meet our sustainabi…
5 days ago.
The deadline for UBC Climate Mentee applications has been extended to September 27, 2018! The UBC Climate Hub​ is c…
6 days ago.
RT @ubcnews: Drop Mobility’s smart bike share service at #UBC has already recorded more than 6,000 rides in less than five weeks. Today mar…
7 days ago.
Come celebrate C + CP's new campus-wide public bike share program - Dropbike, with a short ride up & down Main Mall…
7 days ago.
New tool developed by @UBC researchers helps conservationists make smarter decisions.
7 days ago.

Leave a Reply