The report discuss ways to quickly and efficiently bring transportation electrification TE benefits to the communities that need them most. Using Chicago as an example, the study examined the problem of air inequality and suggest policies and programs to make TE a key part of the solution.

The adoption of zero emission vehicles or ZEVs –including battery, plug-in hybrid and hydrogen fuel cell electric vehicles – is a key action for decarbonizing Canada’s transport sector. This report, commissioned by the International Council on Clean Transportation, simulates the adoption of ZEVs in Canada through 2040.

Electric mobility gives car designers much more creative freedom with fewer constraints than traditional vehicles, where pretty much everything has already been invented and could lead to revolutionary vehicles that look very different to anything we’ve seen so far. Enrique Dans, Senior Contributor, Leadership Strategy, talks about the transition to electric mobility and its impact on car dealers and their maintenance networks in this blog post.

In this study, wind-solar PV hybrid electricity generation and application to Electric Vehicle (EV) was studied in Central University of Kerala, Kasaragod, Kerala, India. The findings of this research are twofold.

The application of regenerative braking on electric vehicles has a significant impact on several aspects of design, implemented functionalities, and overall performances of road vehicles.

While electrification represents the biggest technological development in automotive power trains in decades, there is still significant uncertainty as to when large-scale adoption of electric vehicles (EVs) will occur.

A holistic approach regarding the Strengths, Weaknesses, Opportunities and Threats (SWOT) of the sector of AFVs in Poland, with particular regard to passenger electric vehicles (EVs), has been proposed to explore and evaluate the current state and to propose some future actions lines towards sustainable development in transportation.

This report presents finding on the current state of the market, including best practices, infrastructure, technologies and business models.

The proliferation of EVs has posed significant challenges to the existing power grid infrastructure. It thus becomes of vital importance to efficiently manage the Electro-Mobility for large demand from EVs.

This paper showcase the aspects of tire pattern, structure and tread compound on airborne and structure-borne noise using a full factorial DOE (Design of Experiment) approach at vehicle level and component level noise and harshness.