Battery Technical
How PTFE-Free, Dry Electrodes Could Benefit EVs
Polytetrafluoroethylene (PTFE) is a synthetic fluoropolymer also present in teflon. However, in conventional dry-electrode battery…
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Battery Technical
New Battery Research
Getting The Battery Pressure Spot On With Lithium-Ion
We already have clear evidence that physical pressure can affect how well a lithium-ion battery…
Battery Technical
Tackling Crossover In Redox Flow Battery Tanks
Redox flow batteries store energy in a different way from conventional electrochemical batteries. However, redox…
Battery Technical
How Lithium-Ion Batteries Manage Their Electrons
For many years scientists believed they understood how lithium-ion batteries manage their electrons inside them.…
New Battery Research
Maintaining Safe Temperatures Organically In Electric Vehicles
Electric vehicle batteries warm during use, because energy never transfers with perfect efficiency. Some of…
Battery Technical
Will Lithium-Ion Batteries Become Less Dangerous?
Lithium-ion batteries power many phones, laptops, power tools, electric vehicles, and energy storage systems. They…
Battery Technical
Corrosion in Anode-Less Zinc Batteries
Corrosion in anode-less aqueous zinc batteries is one of the greatest challenges preventing their commercialization. Scientists…
Battery Technical
Fluorine in Battery Recycling – New Research
Battery recycling has become even more important, as electric vehicles, smartphones, and energy storage systems…
New Battery Research
Charging Quantum Batteries With Light
Quantum batteries are an exciting area of research, because they bring battery science and quantum…
New Battery Research
Speeding Reduction in Zinc-Air Batteries
Reduction in a battery occurs when an atom or molecule at the cathode gains electrons…