Power > Batteries

Tiny 'transient' lithium-ion battery dissolves in water

10 August, 2016

The latest development to come out of research into 'transient electronics' is a self-destructing lithium-ion battery capable of delivering 2.5 V and then dissolving within 30 minutes when dropped in water. It can power a desktop calculator for about 15 minutes.


Silicon-air battery achieves 1100 hours' running time

08 August, 2016

For the first time ever, scientists have achieved more than 1100 hours' running time — that's almost 46 days — with a silicon-air battery. This type of battery is being heralded as a cost-effective alternative to current energy storage technology.


A simple way to optimise rechargeable batteries

26 July, 2016

Swiss researchers have developed a simple and cost-effective procedure for enhancing the performance of conventional Li-ion rechargeable batteries — and all it required was changing the battery's anode structure.


Vitamin-powered batteries store intermittent power

22 July, 2016

We all know B vitamins are good for an energy boost, but, inspired by vitamin B2, Harvard researchers have discovered a new way to store energy: they've found a whole new class of high-performing organic molecules that enable large batteries to store electricity from energy sources like solar and wind power that can be intermittent.


World's tiniest wind farm: bacteria could create power sources for microscopic devices

13 July, 2016

How's this for a new source of power? Scientists have shown that the movement of bacteria could be harnessed to create microscopic 'wind farms' to power tiny devices.


Charge and battery control sensors and solutions

23 June, 2016 by Jon Gabay

This article looks at embedded sensors as part of an integrated solution for optimising and protecting battery-based designs. Both stand-alone and peripheral topologies will be discussed using specific parts as examples.


Salt baths boost electric car batteries

14 June, 2016

Australian scientists have demonstrated that pretreating a battery's lithium metal electrodes with an electrolyte salt solution extends the battery life and increases performance and safety.


Longer lasting lithium-air batteries

31 May, 2016

Dr Kyeongjae Cho has discovered new catalyst materials for lithium-air batteries that jumpstart efforts at expanding battery capacity. His team's research could open the door to phone and car batteries that last five times longer than current ones.


How to measure electric car batteries

12 April, 2016

To better estimate the state of charge in lithium iron phosphate batteries, researchers have developed an algorithm that can separately measure the charging and discharging states of the battery.


Manufacturing microbatteries with organic electrode materials

07 April, 2016

With the rising popularity of smaller electronic devices, smaller energy storage systems are needed. Researchers have demonstrated the fabrication of electrochemically active organic lithium electrode thin films, which help make microbatteries more efficient than before.


Mouldy bread leads to better rechargeable batteries

21 March, 2016

Reporting in the Cell Press journal Current Biology, researchers show that the red bread mould Neurospora crassa can transform manganese into a mineral composite with favourable electrochemical properties.


Flexible battery market to explode

10 March, 2016

Today's tiny market for flexible, printed and thin-film batteries is expected to grow to $471m in 2026, according to market intelligence firm IDTechEx.


Aaronia 20,000 mAh Powerbank

03 March, 2016

Aaronia has introduced a high-capacity power bank with hot-swap function for the company's spectrum analysers, active antennas, pre-amplifiers, signal generators and GPS logger.


Micro-supercapacitors built directly on a chip

23 February, 2016

A new method of carbon thin-film deposition is said to allow microchips and their energy sources to be collocated on a silicon wafer.


Apple-based sustainable batteries

22 February, 2016

A carbon-based active material produced from apple leftovers and a material of layered oxides might help reduce the costs of future energy storage systems.


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