Westport Fuel Systems, Inc. · NASDAQ:WPRT

Westport Fuel Systems — 44th International Vienna Motor Symposium 2023

21 slides from Westport Fuel Systems's conference presentation, Apr 28, 2023

  1. Slide 1: High Performance Hydrogen Engine Applications

    High Performance Hydrogen Engine Applications Application of Westport’s H2 HPDITM Fuel System to a Demonstration Truck​ 44TH INTERNATIONAL VIENNA MOTOR SYMPOSIUM, 28 - 29 APRIL 2023​ David Mumford, Stephen Ptucha, Scott Baker, Sandeep Munshi - Westport Fuel Systems Inc​ Anders Palmkvist, Eric Olofss

  2. Slide 2: We are Driving Cleaner Performance and Changing the Way the World Moves

    We are Driving Cleaner Performance and Changing the Way the World Moves Tier 1 Manufacturing Accessing Transportation supplier with 7 global locations Full suite of renewable and alternative fuels diverse business units Sales in 70 100+ 1,400+ Patents & countries, strong global footprint Global dist

  3. Slide 3: ar ee” —

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  4. Slide 4: GHG Reduction: The Role for H2 ICEs

    GHG Reduction: The Role for H 2 ICEs Optimum Duty Cycle Sweet Spot Multiple solutions for decarbonizing transportation: CNG/RNG, RD, H 2 ICE and Fuel Cell 48,000 • BEVs Other Hybrids • FCEVs 43,000 Long Haul: >70% • H2 ICEs of HDV CO2 • Hybrids NACFE Study: Freight • BEVs & hybrids - short haul Payl

  5. Slide 5: NG / H2 ICE Technologies

    NG / H2 ICE Technologies Spark Ignited Compression Ignition How it  Fuel & air pre-mixed at low pressure  Direct injection of high pressure gas into combustion chamber works  Dedicated natural gas (100%)  Same base diesel engine can be used equipped with  Ignition from spark plug Westport's HPD

  6. Slide 6: An Overview of Westport's HPDI Fuel System

    An Overview of Westport’s HPDI™ Fuel System  Westport’s HPDITM fuel system was conceptualized ~30 years ago with the goal of creating a more efficient natural gas engine.  The “heart” of the system is a unique fuel injector which features a small pilot injection and a larger primary injection of t

  7. Slide 7: Current HPDI Fuel System

    CURRENT HPDI > FUEL SYSTEM ON ENGINE OFF ENGINE Cryogenic High Pressure Pump Integrated Gas Fuel Level Tank Module Signal Fuel Rail Gas Conditioning selection CANditioner Modu Manifold ca—— ™ —_. Tasers ; I Sensor HPDI iam a mectiniecior CODECIISORWare Control Manifold

  8. Slide 8: H2 HPDI Combustion Overview

    H2 HPDI Combustion Overview  The following results will focus on the initial calibration of Scania’s state-of-the-art 13-litre CBE1 platform – Commercially available HPDI fuel system hardware was used for the initial calibration and demonstration of the H2 HPDI fuel system  In parallel, hydrogen w

  9. Slide 9: H2 Combustion on Scania CBE1 Engine

    H2 Combustion on Scania CBE1 Engine  BTE on torque curve of ~47-49%  Peak BTE at 51.5%  Engine-out NOx levels calibrated to ~6-12 g/kW.h to reflect EATs strategy  Note: EGR can be used to reduce NOx further to ~3g/kW.hr  Pilot quantities as low as 2-3mg have been tested, equating to near-zero C

  10. Slide 10: Minimal H2 Slip

    Minimal H2 Slip  H2 combustion is almost fully complete  ηCombustion(H2) is > 99.97% at the measured A-speed points  No measurable slip infers a low risk of H2 interaction with combustion chamber 10 44TH INTERNATIONAL VIENNA MOTOR SYMPOSIUM 2023​

  11. Slide 11: 44th International Vienna Motor Symposium 2023

    11 44TH INTERNATIONAL VIENNA MOTOR SYMPOSIUM 2023​

  12. Slide 12: Next Generation Fuel System Architecture (LNG Shown)

    Next Generation Fuel System Architecture (LNG Shown)  Revised approach to gas pressure control  Eliminates dynamic venting  Facilitates higher pressures (eliminates non-metallic seals)  Capable of OBFCM for EU VII 12 44TH INTERNATIONAL VIENNA MOTOR SYMPOSIUM 2023​

  13. Slide 13: H2 Fuel System: Off-Engine Approach

    H2 Fuel System: Off-Engine Approach  Target for onboard fuel is 80kg – equates to ~2050- litres of storage – Note: H2 does not follow ideal gas law at higher pressures: 40% over- estimate for ideal gas calculation  Range without compressor is less than 600km 13 44TH INTERNATIONAL VIENNA MOTOR SYMP

  14. Slide 14: H2 Smart Tank System

    H2 Smart Tank System  Compressor required for ranges greater than 500km  Smart Tank strategy evolved to maximize efficiency and minimize compressor flow  Able to reduce size, weight and power requirement. 14 44TH INTERNATIONAL VIENNA MOTOR SYMPOSIUM 2023​

  15. Slide 15: Smart Tank Simulation Results

    Smart Tank Simulation Results (Södertälje - Norrköping route) throughout Full power available operating range 300/402 250/335 Power [kW / HP] 200/268 150/201 100/134 50/67 Fuel Rail pressure relatively constant at 300-bar Average power draw over the entire cycle is 2% 15 44TH INTERNATIONAL VIENNA MO

  16. Slide 16: General Simulation Results

    General Simulation Results Predicted H2 Average Tonnes-Km Load Range with Routes Consumption Speed with 80 kg of (Tonnes) 80kg of H2 (kg/100km) (km/h) H2 Södertälje – Norrköping 20 7.4 84 970 19,400 Highway, moderately hilly München, Trucker magazine testrunde 40 11.3 85 590 23,600 Highway and rural

  17. Slide 17: Demonstration Trucks

    Demonstration trucks use current hardware DEMONSTRATION TRUCKS 17 44TH INTERNATIONAL VIENNA MOTOR SYMPOSIUM 2023​

  18. Slide 18: H2 Demonstration Trucks

    H2 Demonstration Trucks  Westport has built two H2 HPDI demonstration trucks – Both trucks are converted from commercially available NG European models – Truck #1 is US-based – Truck #2 is European based  Onboard storage is currently 16kg in a four-tank array with no compressor 18 44TH INTERNATION

  19. Slide 19: H2 Demonstration Trucks – Challenges & Next Steps

    H2 Demonstration Trucks – Challenges & Next Steps  Challenges: – Permitting – Fueling  Next steps: – Increase fuel storage: • 80kg of fuel with no compressor will allow up to ~600km range* with Smart Tank strategies – Add compressor: * Cycle/load dependent • 80kg of fuel w/ compressor will allow u

  20. Slide 20: Summary

    Summary  Westport’s HPDI fuel system can be used with the same base diesel engine – same engine architecture for Biomethane or Hydrogen.  Interest in Westport’s H2 HPDI fuel system is growing from OEMs, with multiple development projects recently announced and underway.  The SCANIA CBE1 engine eq

  21. Slide 21: Thank you

    Thank you 44TH INTERNATIONAL VIENNA MOTOR SYMPOSIUM 2023​

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