Battery Technical
Why Sodium-Ion Battery Chemistry Could Cost Less
It is not easy to compete with the economies-of-scale of lithium-ion batteries. But, despite this,…
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Battery Technical
Battery Technical
Lithium-Air Battery Capacity Exceeding Imagination
Lithium-air battery capacity is theoretically exceptionally high, although not in practice right now. We share current…
Battery Technical
Fires Inside Lithium-Ion Batteries: How Do They Start?
Fires in lithium-ion batteries only happen very occasionally. Although, if something does go wrong inside…
Battery Basics
Which Battery Should You Specify For Your Drone?
Commercial drones are becoming valuable tools in many industries. This makes our question, which battery…
New Battery Research
Watching Lithium Ions Moving Through Solid Electrolyte
If were watching lithium ions moving through solid electrolyte in real time, we would be…
New Battery Research
Individual Battery Cells Talking Through Online Data
Large battery packs may contain hundreds, or even thousands of individual cells. While these packs…
Battery Technical
Hidden Lithium Pathways in Solid-State Batteries
Rechargeable lithium batteries operate by shuttling tiny ions back and forth between two electrodes. We…
Featured
Why Solvation in Battery Chemistry Matters Actually
Did you ever wonder why solvation in battery chemistry matters? Well, solvation is actually one of…
New Battery Research
Cracking The Code With Tin In Sodium-Ion Anodes
Tin is one of the most promising materials for sodium-ion battery negative anodes. Tin can…
Battery Technical
Mastering The Boundaries in Solid Electrolytes Seeding Dendrites
We believe that lithium-based solid-state batteries could become the next major battery step forward, by…