Protocol for heavy duty hydrogen refuelling

Rezultaty

This deliverable will include the planning of the 4th project meeting and the preparation of the status report

This deliverable will include the planning of the kick-off meeting.

D6.1 Project website completed (M3) • Public website providing general information of the project and specific information on the project progress is online. A download section for public documents related to the projects will be integrated. • Launch announced on social media, e.g. LinkedIn and Twitter

Report on preliminary simulation

D4.1: This report will contain a detail of the preliminary simulations that have been conducted on the various cases based on deliverable 3.1. Those results will notably include curves showing the evolution of temperature and pressure in the various refuelling conditions.

Report on the characteristic of the case to be simulated in the preliminary simulation

D3.1 Report on the characteristic of the case to be simulated in the preliminary simulation of task 4.1 This short report aims as defining a first set of characteristics for the tank and the fuelling condition for which preliminary simulation would help building protocols.

5th Project meeting and status report

5th Project meeting and status reportThis deliverable will include the planning of the 5th project meeting and the preparation of the status report required due to project extension

6th Project meeting and status report

6th Project meeting and status reportThis deliverable will include the planning of the 6th project meeting and the preparation of the status report required due to project extension

Preparation and publication of results for standardization

D67 Preparation and publication of results for standardizationA summary project report to tie together reports and public presentations from WP26 publicA report for a standardization working group to be able to take the results from the project and write an industrial standard publicRequires the work of WP3 WP4 and WP5 to be finalised and as a result will be delayed due to delays in these work packages

Analysis of non-gaseous onboard storage & filling

D2.5: A comprehensive overview of alternative hydrogen storage methods on board of applications, including a reviewed TRL, advantages/disadvantages of the technology, comparison to the performance of J-2601-1 and recommendations for further action.

Techno-economic targets

D2.1: A list or table of techno-economic targets for the new refuelling protocol to meet, including considerations of use cases and fuel requirements for various HD applications

Preparation and publication of topics for further work

D68 Preparation and publication of topics for further workA list of topics recommended for further work outside the projectpublicInput to external future standardization groups for topics that could not be covered in the project publicRequires the work of WP3 WP4 and WP5 to be finalised and as a result will be delayed due to delays in these work packages

Mechanical measurements final tests report and data analysis

D54 Mechanical measurements final tests report and data analysisFinal report on mechanical parameters measurements campaign Data analysis Assessment of tank mechanical behavior Recommendations for future tank conceptionMain delay was caused by the delayed start of fueling campaign In addition the mechanical measurement test schedule was further modified and this test will be integrated into the last vessel to be tested 350 bar tank at ZBT due to COVID19 travel restrictions

Synthesis of WP4 conclusions to be transferred to WP6

D48 Synthesis of WP4 main conclusions and results for external communicationOnce the experimental campaign will be finished the refueling protocol will be defined and the complementary calculations done the conclusions of WP4 to be transferred to WP6 will be drawn It will be delayed until M31Key inputs D44 D55 and D33 are necessary to fulfil this deliverable D48 will be useful to complete D67 and D68

Targets for new refeuling protocol

D2.6: A list of targets for the new refuelling protocol to meet, and an analysis of the targets for the new HD refuelling protocol to meet, incl. a description & justification in terms of performance & cost impact.

Refuelling Risk Analysis

D2.2: An analysis of all major signal and control loops in a standard refuelling station setup, including requirements towards reliability, integrity and redundancy. Particularly shortcomings in the current refuelling protocols are to be listed and further work beyond this project can be recommended. Additional focus is to be on infrastructure to application communication and the requirements on the signal loops on both sides of the interface.

Fully organized, conducted and reported workshops: Objective 2

D66 Fully organized conducted and reported workshops Objective 2 M21Development of recommendations to address Objective 2 publicReports from Task 64 workshops publicAdditionally this workshop will cover the proposed next steps for protocol development and deployment in line with the original intent of Objective 2 where not covered in the projectRequires the work of WP3 WP4 and WP5 to be finalised and as a result will be delayed due to delays in these work packages

2nd Project meeting and status report

This deliverable will include the planning of the 2nd project meeting and the preparation of the status report.

Gap analysis - existing protocols

D2.3: Deliverables for the gap analysis of protocols • A comprehensive and complete list of current refuelling protocols on the market • An analysis of boundary conditions used for the development of the current refuelling protocols, including their nature, justification and impact on the refuelling protocol performance and cost of the refuelling infrastructure • An analysis of the current limitations of current refuelling protocols and their effect on refuelling protocol performance and cost impact on refuelling infrastructure

Gap analysis - existing components

D2.4: Deliverables for the gap analysis of components • A comprehensive list of current standards for refuelling hardware with a description of interdependencies, relevance for interoperability and safety related properties.

3rd Project meeting and status report

This deliverable will include the planning of the 3rd project meeting and the preparation of the status report.

Mechancial measurements intermeditae tests report

D 53 Mechanical measurements intermediate tests reportThis report will include the first results obtained on experimental sitesTesting delayed due to pandemic inperson and travel restrictions and lab closures at CEA The mechanical measurements will be conducted at ZBT and not at Nikola as result from COVID19 travel restrictions Main input for the model validation sequence are proposed by WP4 for 350 bar tank D32 D42 D53 will serve as input for WP4

Publikacje

Protocol for Heavy Duty hydrogen refueling: a modeling benchmark

Autorzy: Charolais, A., Ammouri, F. , Vyazmina, E., Nouvelot, Q., Guewouo, T., Greisel, M., Gebhard, M., Kuroki, T. and Mathison, S.
Opublikowane w: Conference Papers and Presentations Of International Conference of Hydrogen Safety (ICHS) 2021, 2021
Wydawca: ICHS

Safety and other considerations in the development of a hydrogen fueling protocol for Heavy-Duty Road Vehicles

Autorzy: Sinding, C.D., Mathison, S., Quong, S., Grab, A., Ammouri, F, Nouvelot, Q.
Opublikowane w: Conference Papers and Presentations of International Conference on Hydrogen Safety 2021 (ICHS), 2021
Wydawca: ICHS

CFD simulations of the refuelling of long horizontal H2 tanks

Autorzy: Carrere, P., Lodier G., Vyazmina E., Ammouri F., Charolais A.and Gonin R.
Opublikowane w: Conference Papers and Presentations of the International Conference on Hydrogen Safety (ICHS) 2021, 2021
Wydawca: ICHS

MODELING FOR THE DEVELOPMENT OF HEAVY-DUTY REFUELING PROTOCOLS

Autorzy: Arnaud Charolais, Fouad Ammouri, Elena Vyazmina, Alexander Grab, Antonio Ruiz, Alexander Kvasnicka, Christian Spitta, Rony Tawk, Quentin Nouvelot, Nicola Benvenuti, Thomas Guewouo
Opublikowane w: BOOK OF ABSTRACTS of World Hydrogen Energy Conference (WHEC) 2022, 2022, Strona(/y) 215
Wydawca: World Hydrogen Energy Conference

Influence of the Turbulence Model in the CFD Simulation of Hydrogen Tank Filling by an Impinging Oblique Jet

Autorzy: Julien Martin, Quentin Nouvelot, Vincent Ren, Guillaume Lodier, Pierre Carrere, Arnaud Charolais, Fouad Ammouri, Elena Vyazmina, Alexander Grab, Antonio Ruiz
Opublikowane w: BOOK OF ABSTRACTS of World Hydrogen Energy Conference (WHEC) 2022, 2022, Strona(/y) 215
Wydawca: World Hydrogen Energy Conference

Rezultaty

Publikacje

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