Summarizes how policy can accelerate battery reuse and recycling to reduce raw material demand and strengthen the environmental and economic benefits of the transition to electric vehicles.

Summarizes how policy can accelerate battery reuse and recycling to reduce raw material demand and strengthen the environmental and economic benefits of the transition to electric vehicles.
Assesses fundamental supply questions regarding zero-emission vehicles, including raw materials, battery production, and vehicle production.
This working paper discusses the potential of zero-emission technologies to reduce emissions from non-road transport, including aviation, maritime, off-road, and rail.
In this report, we assess zero-emission heavy-duty vehicle technology to support decarbonization of the freight sector. We compare the evolution of heavy-duty diesel, diesel hybrid, natural gas, fuel cell, and battery electric technologies in the 2025-2030 timeframe....
This report analyzes emerging electric vehicle technologies in terms of the models offered, electric range, battery capacity, and battery cost across major global markets. The analysis is based on public automaker and supplier announcements, as well as research by...
With over a million electric vehicles now on the world's roads, and the Paris Climate Summit nearing a much-anticipated climate deal, it's a good moment to contemplate the potential of EVs as one of the really big climate solutions. Do we think electric drive really...
Many governments have announced climate change mitigation commitments that include national or regional commitments to reduce their carbon emissions in the 2025-2035 timeframe. These commitments tend not to have detailed sector-specific, technology-specific...