Alpha-en Corporation · OTC:ALPE
Alpha-en — Investor Presentation (December 2021)
22 slides from Alpha-en's investor presentation, December 2021
Slide 1: Next Generation Battery Technology - Pre-Lithiation
Nano Engineered Li-M Anodes NEXT GENERATION BATTERY TECHNOLOGY - PRE-LITHIATION - FALL 2021 alphaEn Corporation - Highly Confidential 1
Slide 2: Safe Harbor Statement
SAFE HARBOR STATEMENT This presentation is for informational purposes only and does not constitute an offer to sell, or the solicitation of an offer to buy, any securities of the αlpha-En Corporation or its subsidiary, Clean Lithium Corporation; or a promise or representation that any such offer wil
Slide 3: The Problem
THE PROBLEM
Slide 4: The Problem / The Solution
THE PROBLEM Every lithium-ion battery loses a certain amount of lithium when it is charged for the first time in chemical reactions leading to the irreversible first cycle loss. The lithium sits on the cathode and travels to the anode and then back. On the first charge the lithium encounters the ele
Slide 5: Pre-Lithiated Graphite Anode Shows Capacity of 98% After 100 Cycles
THE OUTCOME: PRE-LITHIATED GRAPHITE ANODE SHOWS A CAPACITY OF 98% AFTER 100 CYCLES With only a 10% Pre-Lithiation of the graphite anode, we show a 32.8% improvement of the energy capacity of the battery after 100 cycles. Blue Line = Pre-Lithiated Graphite Anode. Red Line = Basic Graphite Anode Mutip
Slide 6: Pre-Lithiated Silicon Anode Shows First Cycle Efficiency Increase of 100%
THE OUTCOME: PRE-LITHIATED SILICON ANODE SHOWS A FIRST Blue Line = Pre-lithiated CYCLE EFFICIENCY INCREASE OF 100% Red Line = Control • Pre-lithiation of Silicon-graphite reduces 1st cycle loss from 50% to 0%. • Further cycling tests being carried out with multiple pre-lithiation levels.
Slide 7: Alpha-En's Target Market
ΑLPHA-EN’S TARGET MARKET
Slide 8: Industry Evolution (Li Batteries)
INDUSTRY EVOLUTION (LI BATTERIES) • Li Ion technology is 30 years old • Next generation technology under development and expected to commercialize over next several years • Could lead to a “quantum leap” in battery efficiency Lithium Air Lithium Sulphur Increased Range ~10 X Solid State Improvement
Slide 9: Silicon Market Growth
SILICON MARKET GROWTH alphaEn Corporation - Highly Confidential 9
Slide 10: Sector Verticals
SECTOR VERTICALS North America is expected to grow with a CAGR of 18.7% during the forecast period. Get more information on this report : Asia-Pacific grows at a significant rate in the lithium-ion battery market analysis. This is attributed to the fact that China is expected to lead in the adoption
Slide 11: Market Growth
MARKET GROWTH Lithium-ion Battery Market Outlook- 2027 • The global lithium-ion battery market was valued $36.7 billion in 2019, and is projected to hit $129.3 billion by 2027, at a CAGR of 18.0% from 2020 to 2027. A lithium-ion (Li-ion) battery is a rechargeable battery, which utilizes lithium ions
Slide 12: Alpha-En's Roadmap to Commercialization
ΑLPHA-EN’S ROADMAP TO COMMERCIALIZATION
Slide 13: Alpha-En's Commercial Roadmap
αlpha-En’s COMMERCIAL ROADMAP Manufacturing Pure Li-M Anodes Primary mandate • Scalable production of Li-M anodes. Li-M plating of 5 to 50 microns on copper substrates (or other conductive substrate) Pre-lithiated Anodes • The concept of pre-lithiation is simple in the context of lithium-ion batteri
Slide 14: FAQ: What Stage Is the Development Effort at Alpha En
FAQ: WHAT STAGE IS THE DEVELOPMENT EFFORT AT ALPHA EN • The R&D effort has been focused on multiple dual chamber – electrodeposition plating cells. • Samples are typically 3 x 3 or 4 x 5 cm • A new semi-automated 7 x 7 cm plating unit is presently being validated • Sample quality and performance is
Slide 15: Alpha-En's Range of Applications
αlpha-En’s RANGE OF APPLICATIONS alphaEn Corporation - Highly Confidential 15
Slide 16: Alpha-En's Patented Process
αlpha-En’S PATENTED PROCESS αlpha-En has developed a patented process to refine naturally occurring lithium compounds into: • Pure lithium with a highly consistent morphology • Very thin films (< 10 microns) Using a scalable green production technology αlpha-En’S PROCESS EXISTING PROCESS Higher Puri
Slide 17: Electro-Deposition vs Vacuum Deposition
ELECTRO-DEPOSITION VS VACUUM DEPOSITION Electrochemical deposition is a process Vacuum deposition is a family of by which a thin and tightly adherent desired CHEAPER processes used to deposit layers of material coating of metal, oxide, can atom-by-atom or molecule-by-molecule on a be deposited onto
Slide 18: Alpha-En's R&D Partnerships
αlpha-En’S R&D PARTNERSHIPS αlpha-En’s Partners From 2014 through 2018 αlpha-En partnered with several universities and labs to develop its process. • αlpha-En’s own laboratory in its 8,000 sq. foot facility in Yonkers, NY began operations on May 31, 2018 • αlpha-En’s state of the art research labor
Slide 19: Alpha-En's Team
αlpha-En’s TEAM
Slide 20: Senior Management and Board of Directors
SENIOR MANAGEMENT Lawrence Swonger, Inventor Tom Suppanz, CFO Mechanical engr. with over 20 yrs of Former Investment Banker on Wall Street process design and automation with over 30 yrs exp. in capital formation experience for small & micro-cap companies Kyra Paris, Managing Director/Director of Mil
Slide 21: Scientific Advisors
SCIENTIFIC ADVISORS Prof. Roald Hoffmann, Chair Prof. Stephen O’Brien Cornell University, Nobel Laureate City University of New York Prof. Dan Steingart Jack Marple Columbia University Former Technology Fellow at Energizer Battery Prof. Hector Abrunã Cornell University alphaEn Corporation - Highly C
Slide 22: Contact
CONTACT Thomas Suppanz tsuppanz@αlpha-Encorp.com αlpha-En Corporation 28 Wells Avenue Yonkers, NY 10701 +1 914 418 2000 www.alpha-Encorp.com