Battery Basics
How Batteries Work – A Brief Introduction
There are many different types, shapes and sizes of batteries on the market. These range…
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Battery Basics
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Dry Transfer Coating for Tomorrow’s EVs
The Fraunhofer Centre for High Temperature Materials and Design is in Bayreuth, Germany near the…
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Liquid Microscopy Unpacks Lithium-Oxide Secrets
Lithium-oxygen batteries are a great innovation and a promise of things to come. However, despite…
Battery Technical
Aluminum-Air Battery Corrosion Oiled Away
Aluminum-air batteries make electricity by interacting with the air. They have one of the highest…
Battery Technical
Fuel Cell Technology and How It Works
Fuel cells have been creeping up on us unnoticed. However they are not new rocket…
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Fluoride-Ion Battery Fires Up Reverse Process
Conventional batteries release ions from one electrode to the other allowing electric current to flow…
Battery Basics
Lead Sulfation & Practical Steps to Slow the Process
Lead sulfate crystals accumulate on negative electrodes of lead-acid batteries as we discharge them. This…
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Is Prof Zimmermann Changing the Battery World at Tufts?
May 20, 2018 may turn out to be a day to note in your diary,…
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The SEI Layer Inside Lithium Batteries Explained
For two centuries, scientist believed a battery comprises just three components: two electrodes with an…
Battery Basics
Back to Basics: How Does a Battery Work?
A battery is a collection of common materials arranged in a particular way to produce…