Unlock the Future of Electric Vehicle Charging with UCLA's Project

Project Overview

A wireless inductive option truly is a game changer. Clinton Bench, the director of the UCLA Fleet and Transit, emphasized this to the Times. When a vehicle drives over the charger, it can collect charge while in motion. Nearly $20 million in grant money will be utilized to upgrade UCLA's bus fleet by replacing gas-powered vehicles with electric buses. This EV-charging roadway will eliminate the need for the buses to connect to electric charging coils.

The installation of charging coils beneath a stretch of road in Westwood is a crucial part of the project. Any electric vehicle using this roadway will be able to pick up a charge thanks to several underground charging stations. The buses will be able to charge while driving throughout the day or when parked at a stationary wireless charger. The coils will be installed beneath Charles E. Young Drive, between the Westwood Plaza intersection and UCLA's Murphy Hall. Additionally, stationary chargers are planned for passenger drop-off and pickup locations and transit depots where UCLA buses make stops.

Comparison with Detroit

Last year, Detroit made history by becoming the first city in the US to create a wireless-charging public roadway using the same technology. This sets an important benchmark and showcases the potential of such initiatives. In California, the UCLA project builds on this momentum and takes it a step further by concentrating on a specific stretch of road in Westwood. It demonstrates the state's commitment to promoting electric vehicle usage and sustainable transportation.

The completion of this second electric vehicle-charging roadway in California is expected to have a significant impact. It will provide a convenient and efficient way for electric vehicles to charge on the go, reducing the range anxiety that often plagues electric vehicle owners. It also aligns with the city's preparations for the 2028 Olympics, ensuring that sustainable transportation options are available for athletes and visitors alike.

Benefits and Implications

The implementation of this EV-charging roadway brings several benefits. It helps to reduce greenhouse gas emissions by promoting the use of electric vehicles instead of gas-powered ones. It also contributes to the overall goal of creating a more sustainable and environmentally friendly transportation system. Additionally, it enhances the convenience and accessibility of electric vehicle charging, making it easier for people to switch to electric vehicles.

From an economic perspective, the project is expected to create jobs in the electric vehicle and charging infrastructure sectors. It will stimulate innovation and drive the development of new technologies in the field of electric vehicle charging. Furthermore, it can attract more investment and tourism to the region, as visitors will be able to experience the latest advancements in sustainable transportation.