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Webinar: Packed with Power

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This RFI seeks innovative solutions that will unlock the limitations of Lithium Metal Batteries

A lithium metal battery (LMB) is only as good as its weakest anode. Too bad, because lithium anodes are holding back an electric vehicle and portable device revolution powered by LMBs, which pack 10 times the theoretical charge of today’s best lithium ion batteries (LIBs). Today’s LIBs can’t keep up with market demand for battery performance; LMBs are the future.

Lithium ion batteries (LIB) now play the central role in addressing these energy storage needs. However, LIB energy densities will soon reach their practical limit and are struggling to keep up with consumer expectations and market demand. Lithium metal batteries (LMBs) have long been recognized as a desirable alternative to traditional lithium ion batteries (LIBs). While LIBs typically rely on intercalation of lithium ions to/from a graphite anode, LMBs utilize lithium metal for the anode itself.

This allows for a tenfold increase the density of the density of the anode, which can substantially increase the operating time of portable electronic devices and, critically, the driving range of plug-in electric vehicles.

Unfortunately, LMBs face two major technical challenges that must be overcome before they can be safely commercialized:

● Lithium dendrites, and 
● Unwanted anode reactions.

During the charge/discharge cycles, dendrites – whiskers of lithium that grow inside batteries – reduce anode performance until the dendrites eventually reach the cathode resulting in catastrophic failure. In addition, unwanted reactions between the lithium metal anode with the electrolyte lead to consumption of electrolyte and continuous erosion of system performance. Further related challenges include reducing the formation of dead lithium, controlling anode volume expansion, and otherwise maximizing coulombic efficiency and lifespan

 Xinova is seeking solutions to this problem that focus on:

  • Lithium metal anode’s composition, structure, preparation, synthesis, or treatment during fabrication.
  • Modification of separator/membrane to improve the mechanical strength, or increase Li ion transport.
  • Inventions should be scalable, cost-effective, and preferably compatible with existing cell production technologies

Inventions should be scalable, cost effective, and preferably compatible with existing cell production technologies.

During this 30-minute webinar, RFI manager Jason Guo described the problem being addressed and the scope of this RFI. As always, there was a Q&A after the main presentation.

Visit my.xinova.com for more information

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Our Worldwide Locations

USA

Xinova
311 ½ Occidental Ave S
Suite 300
Seattle, WA 98104
USA
+1 (206) 800-2678

Japan

Xinova Japan GK
Yaesu Mitsui Building 6F
2-7-2 Yaesu, Chuo-ku
Tokyo 104-0028 Japan
+81-3-6478-6120
xinova.jp

China

Xinova Innovation (Beijing) Consultancy Co. Ltd.
Room 2494, Level 24, Tower 3
China Central Place
77 Jianguo Road
Chaoyang District
Beijing, 100025 China

Singapore

Xinova Asia Pte Ltd.
331 North Bridge Road
#22-01, Odeon Towers
Singapore 188720
+65 6408 5080

Korea

Xinova Korea
10th floor, Golfzone Tower
735, Yeongdong-daero
Gangnam-gu
Seoul 06072, Korea
+82 2 6952 8840
xinova.co.kr

Australia

Xinova Australasia Pty Ltd.
223 Liverpool St
Darlinghurst, NSW 2010
Australia
+61 2 8093 4850

India

Xinova India
Suite No 208, 2nd Floor
Survey No 414
PSR Complex
Govinda Reddy (GR) Layout
Bannerghatta Road
Karnataka, 560076, India

Finland

Xinova Finland
Erottajankatu 5 A 4
FI-00130 Helsinki
Finland

Affiliate offices in Tel Aviv & Vienna