Climate change and energy shortage crisis promptly necessitate achievement of sustainable
development goals. However, there is no straightforward pathways for low-carbon …

The clean energy transition plays an essential role in achieving climate mitigation targets. As
for the transportation sector, battery and fuel cell electric vehicles (EVs) have emerged as a …

Electric vehicles are perceived as a key technology to make mobility more sustainable,
leading to a sharp rise in electric battery production and use. However, electric vehicle …

Greenhouse gas emissions and air pollution are major contributors to climate change,
causing harm to both the planet and people. Since transportation is a significant source of …

Abstract End-of-life (EOL) electric vehicle (EV) batteries can be remanufactured into second-
life batteries (SLBs) for residential and utility-level stationary storage applications. However …

As electric vehicle (EV) sales grow across the world, a common question arises:“what
happens to the batteries?” Using expert elicitation, this study identifies the current pathways …

Electrochemical storage technologies are essential for transformation towards electrification
in both building and transportation sectors. The high cost, intensified carbon density and …

Despite the growing attention toward negative environmental impacts generated by the
textile industry, companies face challenges in achieving sustainable and circular economy …

Community energy systems, integrating electricity storage, smart transportation, and flexible
energy interactions can mitigate renewable energy intermittency and uncertainty, and …

The Chinese government views the development of new energy vehicles (NEVs) as a key
measure to achieve sustainable development. In 2020, the government proposed the …