The U.S. Air Force Research Laboratory has contracted with Jaunt Air Mobility to develop an Extreme Fast Charging (XFC) solution for electric aircraft. Under a small business technology transfer contract announced this week, the eVTOL aircraft developer will aim to create a system that combines XFC power electronics and battery cooling with a means for operators to manage how batteries are recharged, whether while installed in the aircraft or in a storage depot.

Texas-based Jaunt is working on the project with BAE Systems and Binghamton University in New York. The partners will aim to create a commercially viable charging system that can be brought to market.

BAE’s Controls and Avionics Solutions division is developing an energy management system for Jaunt’s family of eVTOL aircraft and the group has significant experience in providing commercial recharging infrastructure for other industries. The Binghamton engineering team has conducted extensive research into high-power, high-voltage charging solutions to match the increased range of voltage, security, and safety requirements for aviation applications.

According to Jaunt CEO Martin Peryea, no standardized charging solutions are currently available in the aerospace sector. He said that having an XFC solution is a key enabler to making electric aircraft viable in commercial operations where fast turnarounds will be required between flights.

 

Author(s)
Body Wordcount
250
Futureflight News Article Reference
Main Image
Jaunt
Old URL
/news-article/2021-02-11/us-air-force-tasks-jaunt-and-bae-find-extreme-fast-charging-solution
Old NID
1026
Old UUID
821c2f05-ecc0-472a-a93a-c1cf28d60abd
Subhead
Under contract to the Air Force Research Laboratory, the partners, along with New York's Binghamton University, will seek to develop a way to support commercial operations of electric aircraft.
Old Individual Tags
batteries
recharging
Extreme Fast Charging
U.S. Air Force
Air Force Research Laboratory
power electronics
BAE Systems
Binghamton University
FF Article Reference Old
d6e5fb8a-123a-4774-a01a-a9741631d84d
d3a64515-8e32-45fb-b8b4-c29c7983e95f
898960aa-ffc7-43a1-bbc2-32cb5888fbc5
Publication Date (intermediate)
AIN Publication Date