Navigation Links
Getting More Life out of Lithium-ion Batteries
Date:7/24/2014

Livermore, California (PRWEB) July 24, 2014

Your cell phone may stay charged longer due to advances in modeling lithium-ion battery storage capacity.

New research indicates that lithium-ion batteries could benefit from a theoretical model created at Lawrence Livermore National Laboratory and Rice University that predicts how carbon components will perform as electrodes.

The growing demand for energy storage emphasizes the urgent need for higher-performance batteries. Several key characteristics of lithium-ion battery performance -- capacity, voltage and energy density -- are ultimately determined by the binding between lithium ions and the electrode material. Yet subtle changes in the structure, chemistry and shape of an electrode can significantly affect how strongly lithium ions bond to it, in a way researchers don't fully understand.

The new model predicts the strength of this binding based on intrinsic characteristics of carbon materials used as battery anodes.

The research appears in the July 11 edition of the journal Physical Review Letters. Lawrence Livermore scientist Brandon Wood and Rice theoretical physicist Boris Yakobson led the study.

The team's theory included calculations to investigate the interactions of lithium with a wide variety of carbon substrates, including pristine, defective and strained graphene, planar carbon clusters, nanotubes, carbon edges and multilayer stacks.

Lithium-ion batteries are growing in popularity for electric vehicle and aerospace applications. For example, lithium-ion batteries are becoming a common replacement for the lead acid batteries that have been used historically for golf carts and utility vehicles. Instead of heavy lead plates and acid electrolytes, the trend is to use lightweight lithium-ion battery packs that can provide the same voltage as lead-acid batteries without requiring modification of the vehicle's drive system. In addition, Tesla Motors recently announced a plan to build a lithium-ion battery "gigafactory."

Wood and Rice University's Yuanyue Liu, lead author of the study, were looking for a "descriptor," a characteristic that would capture the essential physics of interactions between lithium and a variety of carbon materials.

"The fact that our descriptor predicts the performance of such a wide variety of materials is surprising," Wood said. "It means the underlying physics is really very similar, even if the structure, morphology or chemistry differs from one candidate to the next. It's really a very simple and elegant finding that could accelerate design and discovery."

The theoretical model also provides guidelines for engineering more effective anodes by modifying the electronic and chemical properties of other candidate materials.

Read the full story at http://www.prweb.com/releases/2014/07/prweb12045095.htm.


'/>"/>
Source: PRWeb
Copyright©2014 Vocus, Inc.
All rights reserved

Related biology technology :

1. Jump Start: New Program Aims at Getting Severely Obese Children Treated More Quickly
2. Getting a grip on inventory management using RF
3. Sales Momentum Helps Companies Drive Revenue by Getting Major Account Sales Strategy Right
4. Acne Treatment, Probiotic Action Explains New Insight on Why More Children are Getting Acne
5. Steps for Getting Rid of Bed Bugs without Using Chemicals and Avoiding Them While Traveling Enumerated by My Cleaning Products in Its Latest Post
6. Safety reflector technology from footwear getting new life in detecting bioterror threats
7. Probiotic Action Shares New Insight Why Getting Rid of Bacteria Can Be Bad for Your Health
8. Patheon to Host Complimentary Seminar on “Getting Your Drug through Phase I Early Development Effectively” at Milton Park, UK Facility
9. Lung mucus gel scaffold prevents nanoparticles from getting through
10. Silicon sponge improves lithium-ion battery performance
11. Why lithium-ion-batteries fail
Post Your Comments:
*Name:
*Comment:
*Email:
(Date:6/23/2016)... CAMBRIDGE, Mass. , June 23, 2016 /PRNewswire/ ... the development of novel compounds designed to target ... compound, napabucasin, has been granted Orphan Drug Designation ... in the treatment of gastric cancer, including gastroesophageal ... cancer stemness inhibitor designed to inhibit cancer stemness ...
(Date:6/23/2016)... ... 2016 , ... Charm Sciences, Inc. is pleased to announce ... Research Institute approval 061601. , “This is another AOAC-RI approval of the Peel ... President of Regulatory and Industrial Affairs. “The Peel Plate methods perform comparably to ...
(Date:6/23/2016)... ... June 23, 2016 , ... ... the launch of the Supplyframe Design Lab . Located in Pasadena, Calif., ... the future of how hardware projects are designed, built and brought to market. ...
(Date:6/23/2016)... BEACH, Calif. , June 23, 2016  Blueprint ... new biological discoveries to the medical community, has closed ... co-founder Matthew Nunez . "We have ... us with the capital we need to meet our ... will essentially provide us the runway to complete validation ...
Breaking Biology Technology:
(Date:6/22/2016)... ANGELES , June 22, 2016 /PRNewswire/ ... identity management and verification solutions, has partnered ... edge software solutions for Visitor Management, Self-Service ... provides products that add functional enhancements ... partnership provides corporations and venues with an ...
(Date:6/16/2016)... SAN FRANCISCO , June 16, 2016 /PRNewswire/ ... Market size is expected to reach USD ... report by Grand View Research, Inc. Technological proliferation ... and banking applications are expected to drive the ... ) , The development of ...
(Date:6/7/2016)... , June 7, 2016  Syngrafii Inc. ... a business relationship that includes integrating Syngrafii,s patented ... branch project. This collaboration will result in greater ... the credit union, while maintaining existing document workflow ... http://photos.prnewswire.com/prnh/20160606/375871LOGO ...
Breaking Biology News(10 mins):