Given the shorter distance of many trips taken with micromobility devices, micromobility charging infrastructure planning typically occurs at the community- or site-level.
Charging of micromobility devices may take place at home, at work, or in public places. For example, Oregon...
The deployment of charging infrastructure for BEBs by transit agencies requires coordination with many of the same partners described above for light-duty EV chargers. Relationships and coordination with Tribal, State, and Federal agencies can provide access to information, resources, and...
Deploying micromobility charging infrastructure, shown in the figure below, involves a smaller ecosystem of partners including shared micromobility providers, micromobility charging infrastructure providers, and site hosts. Shared micromobility providers are public or private entities that own,...
The number of transit BEBs currently on order or operating in the U.S. grew 112 percent from 2018 to 2021. As of 2021, more than 1,300 zero-emission transit buses were delivered or awarded to U.S. transit agencies, although this encompasses only 2 percent of the U.S. transit bus fleet. Similarly...
Electric micromobility includes any small, low-speed, electric-powered transportation device, including electric-assist bicycles (e-bikes), electric scooters (e-scooters), and other small, lightweight, wheeled electric-powered conveyances.
Electric micromobility devices are...
Good afternoon, Detroit! What a joy to be at the in-person Detroit Auto Show. And what an honor to do it alongside the President of the United States and my great friend and colleague EPA Administrator Michael Regan.
This is an administration that believes in this country and believes...
Hello everyone, thank you all for having me here. I’m Dr. Robert Hampshire, I’m the Deputy Assistant Secretary for Research and Technology and Chief Science Officer at USDOT. Welcome to this plenary session.
I am pleased to be able to provide a bit of context from the DOT...