Ford researching advanced BEV charging cables

By Julian Buckley11 November 2021

Researchers working on the new charging station cable Researchers working on the new charging station cable

Researchers from Ford Motor and Purdue University in West Lafayette, Indiana, have developed a new BEV charging cable design which could support reduced battery pack recharging times.

The cable uses liquid as a cooling agent. The liquid turns to vapour as the charging process continues, dissipating heat from the cable. This allows the charging station to deliver power at an increased rate. Specifics covering the liquid used were not revealed.

Changing the coolant from a liquid to a vapour is the key to delivering the increased charge. It is hoped the design could help deliver a battery pack recharge in the same time as filling a fuel tank.

“Today, chargers are limited in how quickly they can charge an EV’s battery due to the danger of overheating. Charging faster requires more current to travel through the charging cable,” said Michael Degner, senior technical leader, Ford Research and Advanced Engineering. “The higher the current, the greater the amount of heat that has to be removed to keep the cable operational.”

Ford stated that the technology could deliver significantly more power than today’s leading systems, if ‘vehicle charging and other technology enhancements are made in parallel’.

The cables are expected to enter a testing phase over the next two years to determine more specific charge speeds for various vehicles.

While the new technology is being aimed at Ford’s own BEVs, including the Mustang Mach-E, it is likely the technology could be used in various other applications, including recharging of battery-electric heavy vehicles, off-road machinery and battery gen-sets.

NEWSLETTER
Delivered directly to your inbox, New Power Progress newsletter features the pick of the breaking news stories, product launches, show reports and more from KHL's world-class editorial team.
CONNECT WITH THE TEAM
Mike Brezonick VP, Power Division Tel: +1 262 754 4112 E-mail: mike.brezonick@khl.com
Alister Williams VP Sales Tel: +1 843 637 4127 E-mail: alister.williams@khl.com
CONNECT WITH SOCIAL MEDIA
Latest News
Proton Motor and Xelectrix Power launch fuel cell gen-set
The HyShelter 240 is an island system with zero CO2 emissions
VIDEO: Diesel Progress webinar, Agriculture: Emerging Technologies & Trends
Presenters from six companies and groups discuss new agricutural machinery trends
Nexport, Gaussin, sign 20-year MCLA
The MCLA covers assembly of Gaussin ZEVs in Australia