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PRHYDE H 2 Protocol for heavy-duty Hydrogen refuelling - PowerPoint PPT Presentation

Dec 26, 2022 •493 likes •1.28k views

1 st Workshop | Webcon | 24 March 2020 PRHYDE-Protocol for heavy-duty hydrogen refuelling Call Identifier FCH-04-2-2019: Refuelling Protocols for Medium and Heavy-Duty Vehicles PRHYDE H 2 Protocol for heavy-duty Hydrogen refuelling

  1. 1 st Workshop | Webcon | 24 March 2020 PRHYDE-Protocol for heavy-duty hydrogen refuelling Call Identifier FCH-04-2-2019: Refuelling Protocols for Medium and Heavy-Duty Vehicles PRHYDE H 2 Protocol for heavy-duty Hydrogen refuelling www.PRHYDE.eu www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  2. AGENDA, 1st Workshop (1/2) Time (CET) Subject 13:45 Join webinar 14:00 Introduction to project 14:10 Intentions of the project – detailed explanations for feedback / discussion: i. State of the Art (including surveys) ii. General description of protocols to be developed iii. Modelling / simulations iv. Testing Questions and answers 14:50 Current status regarding medium and heavy duty vehicles, including specifics on the hydrogen storage systems and refuelling system components used, also RCS requirements 15:20 Comfort break (10 minutes) 2 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  3. AGENDA, 1st Workshop (2/2) Time (CET) Subject 15:30 Current status regarding refuelling protocols for light, medium and heavy duty vehicles, including RCS requirements 16:00 State of the Art regarding dispensing system components used for medium and heavy duty vehicle fuelling stations 16:20 General Discussion / Submitted questions:  Any required modifications to the plans for the project  Requirements for future protocols 16:50 Summary and next steps 17:00 End 3 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  4. Time (CET) Subject 13:45 Join webinar 14:00 Introduction to project 14:10 Intentions of the project – detailed explanations for feedback / discussion: i. State of the Art (including surveys) ii. General description of protocols to be developed iii. Modelling / simulations iv. Testing Questions and answers 14:50 Current status regarding medium and heavy duty vehicles, including specifics on the hydrogen storage systems and refuelling system components used, also RCS requirements 15:20 Comfort break (10 minutes) 4 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  5. Introduction  PRHYDE-Protocol for heavy-duty hydrogen refuelling Refuelling Protocols for Medium and Heavy-Duty Vehicles  01 JAN 2020 - 31 DEC 2021  The PRHYDE project has received funding from the Fuel Cells and Hydrogen 2 Joint Undertaking under grant agreement No 874997. This Joint Undertaking receives support from the European Union’s Horizon 2020 research and innovation programme. 5 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  6. Objective of PRHYDE (1/3)  Determine relevant requirements for HDV fuelling - in particular with regards:  to driving range,  fuelling time,  tank sizes,  average kg/fill,  SoC, and  customer impact, particularly taking the commercial boundary conditions of typical HDV operators into account 6 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  7. Objective of PRHYDE (2/3)  Determine limitations and gaps of current fuelling hardware capability (for HDV):  Capability of state-of-the-art nozzle and receptacle to achieve the flow required for HDV and potential gaps  Capability of state-of-the-art vehicle data collection and communication hardware to achieve sufficiently reliable data collection and communication of vehicle data to station and potential gaps  Consider how a potential HDV fuelling protocol is to navigate and transition from current state-of- the-art component capability to a future required capability/norm 7 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  8. Objective of PRHYDE (3/3)  Develop concept(s) for HDV fuelling protocol(s)  Validate the impact of HDV fuelling protocol(s) concept(s) on achieving key metrics (temperature and pressure) on the vehicle side  through tank refuelling simulation with simplified model and CFD approaches  through experimental validations on fuelling of tank(s) at station(s).  Formulate recommendations (outcome of project) for HDV fuelling protocol(s) for use in relevant standardization forums – with the aim of eventually achieving standardization. 8 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  9. PRHYDE project partners No. Participant organisation name Short name Country Ludwig-Bölkow-Systemtechnik GmbH LBST DE 1 (Coordinator) Zentrum für BrennstoffzellenTechnik GmbH ZBT DE 2 Air Liquide SA AL FR 3 Engie Lab CRIGEN ENGIE FR 4 Toyota Motor Europe NV TME BE 5 ITM Power (Trading) Limited ITM UK 6 NEL Hydrogen AS NEL DK 7 Shell Deutschland Oil GmbH SHELL DE 8 Commissariat à l’énergie atomique et aux CEA FR 9 énergies alternatives Nikola Motor Company Nikola USA 10 9 Third linked partners: MAN and Toyota North America www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  10. Work plan WP2: Defining state-of-the-art on protocols, vehicles and component capabilities, gap analysis of current protocols, Specifying ( new ) tank categories, WP2 – State-of-the-art & specification boundary conditions (flow temperature, connections etc.) target fueling times and quantities for the three pressure levels Outcome: A detailed specification guiding the following protocol development and test efforts WP3 – Protocol development 35MPa WP3: Develop protocol approaches for the three pressure levels 50MPa WP4 – Simulations Outcome: Protocol approaches for simulations (WP3) and test (WP4) Iterative process WP4: Modeling and Simulations of tank systems/categories to determine  70MPa WP5 – Experimental validations flow/temperature/pressure aspects Outcome: Simulation results in order to assess impact of different protocol approaches WP5: Experimental validation of protocol approaches at HRS(s) WP6 – Recommendations and dissemination Outcome: Validation of technical feasibility of protocol approaches WP7 – Project coordination WP6: Formulate recommendations for standardization forums and dissemination Outcome: Specific recommendations that can help create 10 international standards on HDV hydrogen fueling www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  11. Work plan – workshops MAR / APRIL 20 Your inputs  from the surveys,  this 1 st workshop and APRIL 20  further comments / inputs ~ JUNE 2021 will be reflected and 24 th MAR 20 discussed in ~SEPT 20 The 2 nd workshop on 23 April 2020 11 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  12. Time (CET) Subject 13:45 Join webinar 14:00 Introduction to project 14:10 Intentions of the project – detailed explanations for feedback / discussion: i. State of the Art (including surveys) ii. General description of protocols to be developed iii. Modelling / simulations iv. Testing Questions and answers 14:50 Current status regarding medium and heavy duty vehicles, including specifics on the hydrogen storage systems and refuelling system components used, also RCS requirements 15:20 Comfort break (10 minutes) 12 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  13. Intentions of the project  Running order: Subsection Presenter Slides WP2 Paul Karzel Included WP3 Claus Sinding Included WP4 Fouad Ammouri Included WP5 Antonio Ruiz Included 13 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  14. WP2 SoA and specifications  Objectives WP2 has as an aim to review the current state of art, set targets for future protocols and to perform a gap analysis between the status quo and the requirements of future protocols. 14 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  15. State of the Art - High Level Introduction Current refueling protocols are insufficient for use in heavy duty applications, as they do not support:  Fills to the required amount of hydrogen Most refueling protocols are limited to 10 or 30kg.  Fills in the required speed / high enough transfer rates of hydrogen to the applications The required flow rates for HD applications are just not supported by current protocols  The meeting of cost targets for hydrogen to customer Current refueling protocols do not support the required cost decrease path to diesel parity by forcing the station to over-design  Clear but flexible criteria on how to fill an application with hydrogen Either the protocols are too prescriptive or non-informative, such as with SAE-J-2601/2 15 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  16. Work Package 3 (WP3)  Purpose  To develop technical approaches for fuelling protocol(s) that meets WP2 spec  Specify fueling protocol(s) for use in validation tests (WP4, WP5)  Safety and risk assessment of fuelling protocol(s)  Optimization of fueling protocol(s) based on validation test results 16 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

  17. Work Package 3 (WP3)  First steps  Standard shall not provide prescriptive protocols  Standard shall provide process limits and guidelines on how to refueling HD vehicles. 17 www.PRHYDE.eu 1 st Workshop - WEBCON 24 MAR 2020

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