October 7, 2024, USA – Researchers at Cornell University have achieved a record ionic conductivity of 8.3 x 10 -4
This innovative configuration of macrocycles and molecular cells allows ions to move more freely within the solid electrolyte, overcoming the slower ion movement typically associated with solid-state batteries.
The porous crystal structure created by the research team facilitates ion transport, reducing the risk of dendrite formation that can lead to battery short-circuits and explosions.
Potential applications extend beyond safer batteries, with ongoing research into new molecular synthesis for ion separation in water purification and bioelectronic circuits.
Furthermore, the German Solar Industry Association (BSW-Solar) predicts a 500% increase in large-scale energy storage using battery systems within two years, highlighting the urgent need for advancements in battery technology.
Additionally, Australian company Altech Batteries has unveiled the Cerenergy ABS60 prototype, boasting a capacity of 60 kWh for renewable energy markets and grid storage.