KAIST Researchers Develop Graphene Battery

Posted: Jun 20 2016, 5:20am CDT | by , Updated: Jun 20 2016, 5:25am CDT, in News | Latest Science News


KAIST Researchers Develop Graphene Battery
Three-dimensional network Yes titanium dioxide thin film composite structure to form the mesopores deposited on the fin of the shape. KAIST researchers have developed a battery cathode material is super-fast charging and discharging using this structure. Credit: KAIST

New battery material speeds up lithium-ion battery charging.

Korean researchers at the famous Korea Advanced Institute of Science and Technology (KAIST) have developed a new graphene battery material that speeds up charging dramatically, while maintaining capacity.

KAIST team developed a new way of applying graphene using chemical vapor deposition. It produces a three-dimensional sheet of carbon free of impure elements.

The lack of foreign elements allows the battery to be recharged at a much faster rate than conventional materials, the team said. In tests, the capacity of the battery stayed constant even after 10,000 recharge cycles. 

"We believe it will help remove problems found in conventional lithium-ion batteries, while also enhancing their performance," said KAIST Prof. Kang Jeong-koo to Yonhap, one of the two main developers in the team along with Prof. Kim Yong-hoon, who is also from the school.

Besides Graphene, aluminum has been found to do wonders for rechargeable batteries. A year ago, Stanford showed an aluminum battery that recharged in 60 seconds.

Scientists apply Graphene also in display technology, creating ultra-thin flexible screens.

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<a href="/latest_stories/all/all/2" rel="author">Luigi Lugmayr</a>
Luigi Lugmayr () is the founding chief Editor of I4U News and brings over 15 years experience in the technology field to the ever evolving and exciting world of gadgets. He started I4U News back in 2000 and evolved it into vibrant technology magazine.
Luigi can be contacted directly at ml@i4u.com.




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