Battery Technical
Profiting From Electric Vehicle Charging
Profiting from electric vehicle charging in car parks, involves a mix of customer demand, higher…
Browsing: research
Battery Technical
Battery Technical
Building Batteries With Pistachio Nuts
We know we need to build batteries without using scarce and costly cobalt, nickel and…
Battery Technical
Tweaking Lithium-Ion Electrolyte for Safety
Lithium-ion batteries seem to be everywhere we go, but they have a risky habit of…
New Battery Research
Solid Electrolyte As Fast As Liquid
Solid electrolytes hold promise of safe, high-energy storage systems. That’s because, in theory at least,…
New Battery Research
Aqueous Water-Based Zinc Batteries Rebound
Aqueous, water-based zinc batteries have been on the back burner, despite their potential for energy…
Battery Technical
Battery-Free Sensing On The Doorstep
Wearable sensing devices require a measure of low-level energy. This power traditionally comes from batteries.…
New Battery Research
Why Solid-State Batteries Short Circuit
We have have often wondered how something as delicate as a dendrites tip could penetrate…
New Battery Research
Self-Discharge in Energy Storage
All idle batteries gradually self-drain their energy, as their chemical routines continue in the background.…
Battery Technical
Fuel Cell That Runs on Dirt
Imagine a fuel cell that runs on dirt, or growing batteries from the soil. Scientists…
Battery Technical
Graphene Aluminum-Ion Batteries Leap Ahead
Graphene aluminum-ion batteries are a fairly new technology, aiming to charge faster and last longer…