The electrification of the transport sector places ever-increasing demands on the energy
density, fast-charging performance, and lifetime of lithium-ion cells. In this study, we …

Owing to the limited electrochemical stability window of carbonate electrolytes, the initial
formation of a solid electrolyte interphase and surface film on the negative and positive …

In addressing global energy demands, the focus on hydrogen gas production from
renewable sources intensifies. This research review investigates hydrogen production via …

Develo** lithium-ion batteries with high power and fast charging features has been
highlighted as an essential research area to address growing energy demands for portable …

Sustainability and supply‐chain concerns require lithium‐ion batteries (LIBs) free from
critical minerals, such as nickel and cobalt. While recent advances provide encouraging …

The trend for increased nickel content in layered transition metal oxide cathode active
materials and increasing charging cut-off voltages aggravates aging of lithium-ion battery …

This work enables high fidelity, virtual evaluation of prospective large format cell designs
against program requirements early in the vehicle development process. It demonstrates …

In PART-1 of this paper, we present a generally applicable experimental methodology and a
preliminary analysis strategy that can help researchers in the field of batteries to perform …

The cathode–electrolyte interphase (CEI) in Li-ion batteries plays a key role in suppressing
undesired side reactions while facilitating Li-ion transport. Ni-rich layered cathode materials …

Discovering new electrolytes is critical to enabling various next-generation batteries. Ideally,
the electrolyte is responsible for two functions: transporting ions from one electrode to …