Slide 1: Self-Charging Battery Ink Presentation
Self–Charging Battery Ink Presentation December 2020 ASX: SOR Revolutionary Electronic Ink Technologies
Slide 2: Forward Looking Statements and Disclaimer
Forward Looking Statements and Disclaimer This presentation has been prepared by Strategic Elements Limited (“SOR”). The information contained in this presentation is a professional opinion only and is given in good faith. Certain information in this document has been derived from third parties and
Slide 3: Backing Australian Innovation
Backing Australian Innovation Ø ASX listed Strategic Elements (ASX:SOR) operates under the Australian Federal Government Pooled Development Fund Program. The program provides SOR shareholders with significant tax concessions in order to stimulate investment into Australian innovation1 Ø SOR generate
Slide 4: The Technology
The Technology Ø The battery ink technology is based on Ø UNSW has recently successfully scaled graphene oxide, a cheaper and more up production of the battery ink, readily available graphene derivative increasing ink production capacity by tenfold from 200 to 2000 battery cells Ø The battery cells
Slide 5: Technology Highlights
Technology Highlights Ø Battery ink cells create electricity from humidity Ø Battery cells are extremely thin and (65-85%) in the air or skin surface to self-charge light. Lighter than a single rain drop themselves within minutes and thinner than a human hair Ø Self-charging feature removes the need
Slide 6: Federal Government Funding
Federal Government Funding Ø The Battery Ink is being developed under collaboration with the University of New South Wales and CSIRO partially funded by the Australian Research Council Linkage program Ø The collaboration is developing new electronic materials for a wide range of uses in flexible ele
Slide 7: World Class Development Partner
World Class Development Partner Ø UNSW School of Materials Science and Engineering is ranked #1 in Australia for material science. The group has attracted over $20M AUD in research funding Ø UNSW have a number of partnerships and collaborate with leading companies such as Boral, Hitachi Chemical, On
Slide 8: Graphene Oxide VS Graphene
Graphene Oxide VS Graphene One of the key advantages of the Battery Ink technology is that it is based on a graphene derivative called graphene oxide (GO), which is more available, cheaper and easier to manufacture than graphene due to superior dispersity. GO based technologies therefore have the po
Slide 9: IOT Battery Market
IOT Battery Market Ø The IOT battery market is surging due to the multi-fold rise in the adoption of IOT-enabled devices across different sectors from industrial to healthcare. There are 127 new IOT-devices being connected every second𝟏 ! Ø However batteries used for IOT sensors require replacement
Slide 10: Electronic Skin Patch Market
Electronic Skin Patch Market Ø The electronic skin patch market is a multi billion dollar market, recording USD$ 10 billion in revenue in 2019 and forecasted to grow to nearly USD$40 billion by 2030# Ø Skin patches are wearable products that have integrated electronic components such as sensors and
Slide 11: Near Term - Battery Ink Development
Near Term - Battery Ink Development Ø Public announcement of Ø Develop prototype 3.7V self-charging battery battery pack containing technology in collaboration multiple connected self- with UNSW and CSIRO charging battery cells DEC 2020 Q1 2021 OCT 2020 Q1 2021 Q2 2021 Ø Successfully scaled up Ø Tes
Slide 12: Summary
Summary Ø The battery ink technology has achieved a major milestone with the successful scale up of the battery ink to 1 litre batch size capable of producing 2000 battery cells Ø The Company is aiming to develop a world first 3.7 Volt battery pack prototype containing multiple connected self-chargi