Kulr Technology Group, Inc. · AMEX:KULR
Kulr Technology — Technical Presentation (October 2024)
14 slides from Kulr Technology's technical presentation, Oct 23, 2024
Slide 1: E-Aviation KULR ONE (K1) Air Reference Design with Amprius SiCore Technology
E-Aviation KULR ONE(K1) Air Reference Design with Amprius SiCoreTM Technology Yvonne Diaz (KULR) & Erik Vaknine (Amprius) KULR Open House October 23, 2024 KULR Disclosure Notice Disclaimer Statement | Contents contained on these slides are contain confidential information and are KULR Technology Cor
Slide 2: Overview: Advanced silicon anode technology meets innovative design approaches
KULR Open House 10/23/2024 Overview: Advanced silicon anode technology meets innovative design approaches Accelerating the ability to meet electric aviation industry standards Pushing the boundaries of what’s possible while maintaining safety and performance Federal Aviation Administration (FAA) Eur
Slide 3: Amprius Technologies Inc. (NYSE: AMPX)
KULR Open House 10/23/2024 Amprius Technologies Inc. (NYSE: AMPX) Amprius is a pioneer, developer and manufacturer of high energy density silicon anode lithium-ion batteries. PERFORMANCE High Energy Density: Up to 500 Wh/kg(1) and 1,300 Wh/L(1)(2) COMMERCIALIZATION Production and Sales since 2018: A
Slide 4: Amprius SA88 SiCore Ultra-High Power Cell
KULR Open House 10/23/2024 Amprius Technologies SA88 SiCore Ultra-High Power Cell Disclaimer Statement | Contents contained on these slides are contain confidential information and are KULR Technology Corporation proprietary. Do KULR Disclosure Notice | Information contained is structured for public
Slide 5: Amprius and KULR Partnership
KULR Open House 10/23/2024 Amprius and KULR Partnership Partnership with KULR to create a mechanical reference design to demonstrate it is possible to integrate high GED pouch cells with Silicon dominant anodes from Amprius that will: • Pass the Thermal Runaway requirements for cell-to-cell propagat
Slide 6: KULR ONE Design Solutions – A holistic approach for battery design & safety
KULR Open House 10/23/2024 KULR ONE Design Solutions – A holistic approach for battery design & safety Using advanced designs and innovative cells To reimagine what’s possible Disclaimer Statement | Contents contained on these slides are contain confidential information and are KULR Technology Corpo
Slide 7: Cell level thermal runaway characterization
KULR Open House 10/23/2024 Cell level thermal runaway characterization Bomb Calorimetry Fractional Thermal Runaway Impingement Zone Mapping Calorimetry (FTRC) (IZM) • Determining total heat output • Measures the total and fractional energy • Shape, size, temp, and • Precise heat control • More compl
Slide 8: IZM of Molicel 21700 P45B: example of high energy the design must contain
KULR Open House 10/23/2024 IZM of Molicel 21700 P45B: An example of the high energy this reference design needs to contain SafeCASE thermal material Alternative thermal barrier 8 KULR KULR Disclosure Disclosure Notice Notice.|Refer Information contained to instructions is structured on cover slide.
Slide 9: Using the KULR suite of testing to fully characterize Amprius SiCore
KULR Open House 10/23/2024 Using the KULR suite of testing to fully characterize Amprius SiCoreTM Bomb Calorimetry Fractional Thermal Runaway Impingement Zone Mapping Calorimetry (FTRC) (IZM) Energy Distribution 24% 32% 36% 43% 33% 32% Cell Body Negative (-) Ejecta/Gasses Positive (+) Ejecta/Gasses
Slide 10: Modeling SiCore cells within packs to withstand thermal runaway
KULR Open House 10/23/2024 Modeling SiCoreTM cells within packs to withstand thermal runaway Goal: Compact, lightweight 14-cell enclosure with efficient thermal and safety considerations Initial design concept aims to maximize Machined Half Housing thermal conductivity, targets gravimetric density ~
Slide 11: Initial simulations show promising path forward for reference design
KULR Open House 10/23/2024 Initial simulations show promising path forward for reference design Successful simulations will show cells in thermal runaway (red) while surrounding remain cool (blue) Temperature [C] Simplified 2 and 7 cell system ran for computational speed Steady state solution solved
Slide 12: Expanding on initial model and design
KULR Open House 10/23/2024 Expanding on initial model and design Current activities include building on promising results and accounting for main challenges Challenge 1: Containing high heat • Cell-to-cell propagation limitations by FAA Optimize • Module containment requirements header • Other passi
Slide 13: Designing a thermally safe module that is tailorable for customer needs
KULR Open House 10/23/2024 Designing a thermally safe module that is tailorable for customer needs Step 1: Address challenges to obtain a thermally satisfactory design (Est. Jan 2025) • Evaluate optimized cell from Amprius • Optimize design using thermal modeling • Additional material testing to ens
Slide 14: KULR – cooler, lighter, safer
| KULR | cooler : lighter - safer
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