Next‐generation battery technologies need to consider their environmental impact
throughout the whole cycle life, which has brought new chemistries based on earth …

Finding high‐voltage Ca cathode materials is a critical step to unleashing the full potential of
high‐energy‐density Ca‐ion batteries. First‐principles calculations are used to demonstrate …

Calcium is a promising candidate for future efficient and economical energy storage, as it is
one of the most abundant elements and offers a more than twofold increase in the volumetric …

The fast emerging field of multivalent (MV) battery systems offers promising methods for
addressing safety, energy density, cost, and manufacturing issues concerning currently …

Calcium ion batteries, though more sustainable than lithium‐ion batteries, still face
significant challenges, including the lack of highly rechargeable electrodes. Prepared …

Rechargeable batteries based on multivalent working ions are promising candidates for next-
generation high-energy-density batteries. Development of these technologies, however, is …

Despite the prevailing dominance of lithium‐ion batteries in consumer electronics and
electric vehicle markets, the growing apprehension over lithium availability has ignited a …

Classical molecular dynamics (MD) has often been used to study the properties of
electrolytes in battery systems owing to the large system sizes and long time scales that are …

The main advantages of calcium are its divalence, low cost, and high natural abundance as
compared to lithium. Several promising host compounds proposed for hosting calcium …

Calcium-ion batteries (CIBs) have been considered promising multivalent ion battery
systems due to the natural abundance and low redox potential of calcium (Ca). However …