Inductive Charging | ITS Deployment Evaluation

All: Inductive Charging

Displaying 5 result(s).

Install Traffic Cameras Near and Above Intersection Centers to Improve System Detection and Tracking Accuracy.

Date Posted: 10/30/2021 | Source Date:

Monitoring and Assessing Traffic Safety at Signalized Intersections Using Live Video Images

10/01/2021

Research Supports that Wireless Charging-Enabled Shared Autonomous EVs have the Potential to Increase Utility of the Vehicle Fleet by 50 Percent Compared to Manually-Driven, Plug-in Charged EVs.

Date Posted: 02/26/2021 | Source Date:

Wireless Charging and Shared Autonomous Battery Electric Vehicles (W+SABEV): Synergies that Accelerate Sustainable Mobility and Greenhouse Gas Emission Reduction

06/26/2019

Electric Bus Dynamic, Inductive, En-Route Charging Can Reduce Onboard Battery Size and Associated Material Requirements by 15 Percent.

Date Posted: 02/25/2021 | Source Date:

In-route inductive versus stationary conductive charging for shared automated electric vehicles: A university shuttle service

03/30/2020

Inductive charging on Utah State Univeristy electric bus enables lighter, cheaper batteries while achieving 90 percent power transfer efficiency.

Date Posted: 12/09/2016 | Source Date:

Review and Evaluation of Wireless Power Transfer (WPT) for Electric Transit Applications

08/02/2014

Intelligent vehicle charging infrastructure has potential to exhibit as much as $420 annual savings per electric vehicle.

Date Posted: 11/06/2016 | Source Date:

Intelligent Vehicle Charging Benefits Assessment Using EV Project Data

12/02/2013