Battery Technology

The researchers accomplished this by combining the fatty acids with an organic compound that responds to a pulse of light.
by MIT
1:05pm
11.17.2017
Researchers are working on a solid-state electrolyte that would be as conductive as the commonly used liquid-state electrolytes.
10:30am
10.30.2017
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The team used X-ray experiments, theoretical modeling, and supercomputer simulations to develop a full understanding of the chemical breakdown.
by Lawrence Berkeley National Laboratory
12:00pm
10.19.2017
The need for practical desalinization technology is rising in the context of global climate change.
by University of Illinois at Urbana Champaign
11:58am
10.13.2017
We have come a long way from leaky sulfur-acid automobile batteries, but modern lithium batteries still have some down sides.
by Penn State
10:22am
10.12.2017
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The researchers mixed asphalt with conductive graphene nanoribbons and coated the composite with lithium metal through electrochemical deposition.
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1:20pm
10.2.2017
A step towards new "beyond lithium" rechargeable batteries with superior performance has been made by researchers at the University of Bath.
by University Of Bath
2:50pm
9.18.2017
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Experts at Queen's University Belfast have designed a flexible and organic alternative to the rigid batteries that power up medical implants.
by Queen's University Belfast
10:11am
9.14.2017
A novel lithium-ion battery uses a water-salt solution as its electrolyte and reaches the 4.0 volt mark without fire and explosive risks.
by U.S. Army Research Laboratory
10:03am
9.7.2017
The scientific research needed to bring the necessary advances in materials to market in the US remains a formidable challenge.
by Cambridge University Press
3:21pm
9.6.2017
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The new battery stores energy by inserting magnesium monochloride into a host, such as titanium disulfide.
by University of Houston
1:37pm
8.24.2017
The team looked at the role of LiI on lithium-air battery discharge, using a different approach from most other studies.
by MIT
9:18am
8.15.2017
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The next generation of safer batteries could be powered by an unconventional source.
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3:01pm
8.10.2017
Researchers have developed the next step in microbial fuel cells.
by Binghamton University
9:53am
8.8.2017
This proposal is split into three parts aimed at research, innovation, and scale-up.
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10:13am
7.31.2017
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Cell phones may soon be able to handle the extreme heat of a beach day or frigid cold of a day at the ski slopes.
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10:20am
7.27.2017
Printed Energy’s batteries are a thin, flexible format.
by University of Queensland
9:15am
7.26.2017
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Engineers have invented an entirely new kind of battery. It is bio-compatible, because it produces the same kind of electrical energy that the body uses.
by Maryland NanoCenter
2:00pm
7.24.2017
Supercapacitors are an aptly named type of device that can store and deliver energy faster than conventional batteries.
by University of Washington
9:40am
7.18.2017
Researchers have tried to get around these problems by using an electrolyte made out of solid materials, such as some ceramics.
by MIT
8:53am
7.14.2017
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The key to faster charging energy storage devices is in the electrode design.
by Drexel University
10:12am
7.11.2017
Tesla will partner with French renewable energy company Neoen to build the 100-megawatt battery farm in South Australia state.
by Kristen Gelineau, Associated Press
10:26am
7.7.2017
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One of the most well-known car companies in the world is placing a big bet on the future of alternative energy.
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9:30am
7.6.2017
First applications of the technology will be in small-scale devices.
by University of New South Wales
12:49pm
6.28.2017
Potassium is about eight times more abundant than lithium and one-tenth the cost.
by Purdue University
7:30am
6.22.2017
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Discovery could benefit renewable energy, transportation, personal electronics.
by University Of Houston
3:28pm
6.19.2017
The technology could allow electric vehicles in cold climates to travel farther on a single charge.
by UCSD
2:16pm
6.16.2017
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New battery electrodes based on nanostructured molybdenum disulfide combine the ability to charge in seconds with high capacity and long cycle life.
by Department of Energy, Office of Science
10:20am
6.14.2017
Researchers have looked towards the sea to find a way to increase the capacity of lithium-sulfur batteries.
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3:44pm
6.13.2017
Rejected stainless steel mesh from filters and sieves made the electrodes.
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2:56pm
6.9.2017
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