KAIST and Harvard University researchers used 3D printing to create new battery shapes that are safer and can charge more efficiently than lithium-ion batteries

Briefing

KAIST and Harvard University researchers used 3D printing to create new battery shapes that are safer and can charge more efficiently than lithium-ion batteries

January 16, 2019

Briefing

  • 3D Printed Batteries – Researchers from Korea Advanced Institute of Science and Technology (KAIST) and Harvard University used 3D printing to fabricate new battery shapes, such as ring-shaped, H and U-shaped batteries
  • Safer – Uses environment-friendly zinc-ion instead of lithium-ion as charge carriers, which are safer compared to standard lithium rechargeable batteries that use highly inflammable organic electrolytes
  • Efficient – Reaches 50% charge in two minutes
  • Applications – Can be used for small-scale wearable electronics, micro-robots, implantable medical devices, and microelectronic storage devices

Accelerator

Sector

Information Technology

Function

Operations, Manufacturing and Production, Research and Development

Organization

Harvard University, KAIST

Source

Original Publication Date

December 20, 2018

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