| Versionsnummer | 1 |
| Berichtsreferenz | |
| Projekttitel | HERMES-FCV |
| Projektstart | 01/06/2025 |
| FFG Förderprogramm | Mobilitätswende 2024/1: Mobilitätstechnologie |
| Projektbeschreibung: | The HERMES-FCV project aims to develop high-performance, durable MEAs for heavy-duty vehicles (HDVs), which account for a large share of CO₂ emissions despite representing only a small portion of the vehicle fleet. By targeting a power density of 2 W/cm² and durability of 25,000–30,000 hours, the project seeks to enhance fuel cell performance, reduce platinum loading (<0.3 mg/cm²), and enable scalable industrial production. Key innovations include catalyst ink development, electrospinning, ultrasonic spray coating, and durability optimization. Partners include TU Graz, AVL, and Duramea. |
| Projekt Webseite: | - |
| Weitere projektbezogene Links (z.B. Services) | - |
| Projekt Standardkeywords | Aktive & Mikromobilität;Energieversorgung und -speicherung;Güterverkehr und Logistik;H2-Brennstoffzelle |
| Projekt individual Keywords: | High Power-Density; Heavy Duty Vehicle; ORR Catalysts; Durability; Scalability |
| Mobilitätsart: | Electrified drive systems and their components for climate-neutral mobility |
| Organisation | Ansprechperson | Telefonnummer | |
|---|---|---|---|
| TU Graz | Merit Bodner | merit.bodner@tugraz.at |
| Organisation | Ansprechperson | Telefonnummer | |
|---|---|---|---|
| Duramea | Maximilian Grandi | info@duramea.com | |
| AVL List GmbH | Alexander Schenk | alexender.schenk@avl.com |
| Subprojekte | Projektname | Projektbeschreibung | Telefonnummer |
|---|---|---|---|
| S1 | - | - | - |
| Relevante Vorprojekte | |
|---|---|
| Projektname | - |
| Projektbeschreibung | - |
| Projektlink | - |
| Prjektzeitraum | - |
| Genderdaten im Projekt | |||
|---|---|---|---|
| Werden im Projekt Daten zu Gender erhoben? | Nein | ||
| Werden im Projekt Daten aus Genderperspektive analysiert? | Nein | ||
| Werden genderbezogene Daten in Kombination mit anderen Faktoren (Alter, sozioökonomische Faktoren, etc.) analysiert? | Nein | Wenn ja, mit welchen? | |
| Werden neben Gender auch Daten zu anderen Diversitätsdimensionen (Alter, ethnische Zugehörigkeit, sexuelle Orientierung, Behinderung, soziale Herkunft) erhoben und analysiert? | Nein | Wenn ja, welche? | |
| Zu welchen Datenkategorien bzw. thematischen Fragekomplexen (Nutzung, Verhalten, Einstellung, Sicherheit, etc.) werden gendersensible Daten analysiert? |
| Q_ID | Subprojekt ID | Titel | Textbeschreibung | Link | Datenart | Verfügbarkeit | Entgelt | Lizenz/Nutzungsbedingung | Datenformat | Daten gültig ab | Daten gültig bis | Nutzungszeitraum | Personenbezogenen Daten enthalten | Wichtigkeit für das Projekt | Arbeitspaket | Speicher und Backup Methoden | Organisation | Ansprechpartner | Telefonnummer | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Q1 | Catalyst Ink Formulation | Data from RDE screening and ink formulation testing. | Experimental data | Confidential | Nein | Internal use | XLS/PDF | tbd | tbd | full project runtime | Nein | High | WP2 | TU Graz local storage | TU Graz | Merit Bodner | merit.bodner@tugraz.at | None | ||
| Q2 | Electrospinning Process | Experimental data on electrospun catalyst layers and fiber alignment techniques. | Experimental data | Confidential | Nein | Internal use | CSV/Image | tbd | tbd | full project runtime | Nein | High | WP3 | Duramea secure cloud | Duramea | Maximilian Grandi | info@duramea.com | None | ||
| Q3 | Performance Testing | Electrochemical characterization data from single cell tests. | Raw data | Confidential | Nein | Internal testing | CSV/EXCEL | tbd | tbd | full project runtime | Nein | High | WP4 | TU Graz local storage | TU Graz | Merit Bodner | merit.bodner@tugraz.at | None | ||
| Q4 | MEA Specification Documents | Describes environmental parameters, lifetime targets, mechanical load expectations | Specification documents | Confidential | Nein | Internal design specification | tbd | tbd | full project runtime | Nein | High | WP6 | AVL internal storage | AVL List GmbH | Alexander Schenk | alexander.schenk@avl.com | None | |||
| Q5 | AST Protocol Results | Time-resolved degradation data from accelerated stress testing (AST) of MEAs | Raw data | Confidential | Nein | R&D use only | CSV/Excel | tbd | tbd | full project runtime | Nein | High | WP4 | TU Graz local storage | TU Graz | Merit Bodner | merit.bodner@tugraz.at | None | ||
| Q6 | Ionomer Content Sensitivity | Dataset showing performance variation based on ionomer loading across multiple formulations | Experimental data | Confidential | Nein | Internal optimization | XLS | tbd | tbd | full project runtime | Nein | High | WP2 | TU Graz local storage | TU Graz | Merit Bodner | merit.bodner@tugraz.at | None | ||
| Q7 | Fiber Morphology Characterization | SEM images and porosity analysis from different electrospinning parameters | Image data | Confidential | Nein | Internal documentation | PNG/TIFF | tbd | tbd | full project runtime | Nein | High | WP3 | Duramea secure cloud | Duramea | Maximilian Grandi | info@duramea.com | None | ||
| Q8 | Stack-Level Feasibility Study | Simulation-based evaluation of upscaling MEAs from single cell to stack operation | Simulation data | Confidential | Nein | Internal simulation | PDF/Excel | tbd | tbd | full project runtime | Nein | WP5 | AVL R&D servers | AVL List GmbH | Alexander Schenk | alexander.schenk@avl.com | None |
| M_ID | Subprojekt ID | Quellen ID's | Titel | Textbeschreibung | Methodenart | Methodenreferenz | Öffentlich verfügbar |
|---|---|---|---|---|---|---|---|
| M1 | Q1 | Catalyst Ink Development | Electrochemical screening via RDE | In-house protocol | TU Graz internal RDE protocols | Nein | |
| M2 | Q2 | Electrospinning Method | Nano-fiber layer fabrication using aligned spinning | In-house setup | Duramea internal method | Nein | |
| M3 | Q3 | Single Cell Testing | AST protocols incl. Test Module PEFC | EU JRC | EU JRC protocol / WP4 test module | Nein | |
| M4 | Q4 | Simulation and Expert Assessment | Evaluation of operational conditions using AVL’s simulation models and expert input | Expert analysis and simulation | AVL internal standard / ISO relevant benchmarks | Nein | |
| M5 | Q5 | AST Protocol Execution | Accelerated stress testing under voltage cycling and hold procedures to assess durability | Accelerated testing protocol | DOE/FCTO guidelines | Nein | |
| M6 | Q6 | Ionomer Ratio Optimization | Variation of ionomer content and measurement of performance via polarization curves | Experimental design | Internal protocol, TU Graz | Nein | |
| M7 | Q7 | Morphological Characterization | SEM imaging and porosity quantification for fiber layers | Imaging and analysis | Internal SOPs (Duramea) | Nein | |
| M8 | Q8 | Stack-Level Upscaling Study | Simulation of MEA behavior in multi-cell configuration with AVL stack models | System simulation | AVL simulation model / ISO TR 15916 adaptation | Nein |
| E_ID | Methoden ID's | Subprojekt ID | Titel | Textbeschreibung | Datenart | Datenformat | Öffentlich verfügbar | Voraussichtliches Erstellungsdatum | Räumliche Auflösung | Zeitliche Auflösung | Link zu Daten | Vorhaltezeitraum | Qualitätsbeschreibung | Nutzungsbedingungen | Organisation | Ansprechperson | Telefonnummer | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| E1 | M1 | Catalyst Ink Report | Optimized catalyst/ionomer composition | List | Nein | WP2 | Labscale | N/A | Until publication | Verified by electrochemical RDE results | Internal use for MEA development | TU Graz | Merit Bodner | merit.bodner@tugraz.at | ||||
| E2 | M2 | Electrospun Catalyst Layer | Fabricated MEAs with aligned nanofibers | Sample | Physical | Nein | WP3 | Labscale | N/A | Until scale-up | Internally verified at lab scale | Internal testing and scale-up | Duramea | Maximilian Grandi | info@duramea.com | |||
| E3 | M3 | Electrochemical Test Data | Polarization curves, ECSA, AST results | Raw data | CSV/Excel | Nein | WP4 | 10-25cm2 | Time series | Until end of project | Raw data quality checked with reference cells | Validation of MEA durability | TU Graz | Merit Bodner | merit.bodner@tugraz.at | |||
| E4 | M4 | Specification Report | Output of AVL's simulation-based requirements analysis for HDV MEAs | Specification document | Nein | WP6 | System-level | N/A | - | Based on AVL internal simulations and industry standards | Internal use for partner alignment and MEA design criteria | AVL List GmbH | Alexander Schenk | alexander.schenk@avl.com | ||||
| E5 | M5 | AST Durability Dataset | Voltage cycling degradation data (ECSA, performance loss, etc.) | Raw data | Excel/CSV | Nein | WP4 | Labscale | Time series | Long-term | Reproducible via standard AST cycles (JRC/DOE) | Internal validation of MEA durability performance | TU Graz | Merit Bodner | merit.bodner@tugraz.at | |||
| E6 | M6 | Ionomer Optimization Summary | Performance summary for various ionomer-to-carbon ratios | Summary table | XLS | Nein | WP2 | Labscale | N/A | Until project end | Consistent methodology with ink protocols | Internal design optimization | TU Graz | Merit Bodner | merit.bodner@tugraz.at | |||
| E7 | M7 | Fiber Structure Image Set | SEM image library and porosity/diameter analysis outputs | Image & analysis | PNG/TIFF/XLS | Nein | WP3 | Microscopy scale | N/A | Until publication | Analyzed using imaging software | Internal use; exportable to Duramea reports | Duramea | Maximilian Grandi | info@duramea.com | |||
| E8 | M8 | Stack Simulation Summary | Results of stack feasibility evaluation using AVL system-level model | Simulation results | Excel/PDF | Nein | WP5 | System-level | Scenario-based | - | Cross-validated using AVL HDV load cycles | Internal use for scalability benchmarking | AVL List GmbH | Alexander Schenk | alexander.schenk@avl.com |
| Operative Ergebnis- und Datenverwendung | Anwendung: | Link: | |
| Keine | |||
| Kooperation mit anderen Projekten | Projektname: | Webseite: | |
| Keine |