CORDIS provides links to public deliverables and publications of HORIZON projects.
Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .
Deliverables
2nd revision of the project management plan detailing the changes in the general organization of the project management, if any. As in the initial project management plan report it will include a detailed Gantt chart with a Work Breakdown Structure (WBS), the schedule per task, responsible partner for each subtasks, related deliverables, and dependencies on other tasks. Any change will be explained accordingly.
Fuel cell system specification datasheet and manual (opens in new window)Specification manual of the modified research fuel cell system indicating the capabilities of the research fuel cell system, the measurable data and the types of testing activities that can be performed based on the control degree over the balance of plant actuators.
Project Management Plan (opens in new window)Project management plan including a detailed Gantt chart with a Work Breakdown Structure (WBS), the schedule per task, responsible partner for each subtasks, related deliverables, and dependencies on other tasks.
Fuel cell integration report (opens in new window)Full definition of the FC stack and BoP components of the FC system as well as a description of the integration process and the measurable/controllable variables during steady-state and transient testing based on both the capabilities of UPV's testing facility and the sensorized fuel cell system.
H2ICE prototype technical specification data and manual (opens in new window)Technical specifications of the H2 research engine including the definition of the geometry of different parts (piston, crankshaft, valve train…), H2 injection and combustion systems, intake and exhaust ports, coolant and oil circuits and control system.
Monitoring and evaluation annual report of communication and dissemination activities (2nd release) (opens in new window)Report with the review of the communication and dissemination activities performed and the possible next actions to improve the diffusion of the project social awareness.
Experimental results and report on H2ICE oxy-combustion characterization (opens in new window)Report explaining the main findings and experimental results of the testing campaign using oxygen as the comburent. The analysis will include a set of sensitivity studies to understand the energy balance and combustion efficiency under different engine configurations (valve timing, spark timing, air-excess ratio...) adequate for coupled operation with the CMR.
Experimental results and report on H2ICE air-combustion characterization (opens in new window)Report explaining the main findings and experimental results of the testing campaign using air as the comburent. The analysis will include a set of sensitivity studies to understand the energy balance and combustion efficiency under different engine configurations (valve timing, spark timing, air-excess ratio...) adequate for coupled operation with the CMR.
Critical paramete identification (opens in new window)List defining the critical parameters to be measured on each experimental activity to be able to capture the main physical phenomena and energy flows that will be necessary for the system virtual integration and simulation.
Electrochemical performance and stability of the protonic cell under process conditions for testing in WP5 (opens in new window)Report explaining the characterization of the disc protonic cells produced in order to evaluate the performance of these cells for the hydrogen pumping process.
Monitoring and evaluation annual report of communication and dissemination activities (3rd release) (opens in new window)Report with the review of the communication and dissemination activities performed and the possible next actions to improve the diffusion of the project social awareness.
Preliminary sizing analysis (opens in new window)Report defining the preliminary systems sizing for each application based on the required maximum output power, input flows, and the number of cells/surface per cell where applicable.
Data Management Plan (1st release) (opens in new window)Data Management Plan including the guidelines and creative common rights for collecting, storing, handling and making accessible the project data.
Detailed description of experimental activities (opens in new window)List of requisites for the experimental activities and sensitivity analyses representative of the CMR-FC/H2ICE coupled operation to ensure that the integrated system (CMR together with FC/ICE) complies with the required system characteristics with the minimum energy and fuel utilisation: multi-fuel capability, highly efficient energy utilisation, adequate dynamic response, CO2-free emission through CCS and modularity/scalability
Monitoring and evaluation annual report of communication and dissemination activities (1st release) (opens in new window)Report with the review of the communication and dissemination activities performed and the possible next actions to improve the diffusion of the project social awareness.
Data Management Plan (2nd release with partial open access) (opens in new window)Data Management Plan revision including the guidelines and creative common rights for collecting, storing, handling and making accessible the project data. This 2nd release will include the partial open access release of the data generated in the project by month 22.
Project Management Plan 1st revision (opens in new window)1st revision of the project management plan detailing the changes in the general organization of the project management, if any. As in the initial project management plan report it will include a detailed Gantt chart with a Work Breakdown Structure (WBS), the schedule per task, responsible partner for each subtasks, related deliverables, and dependencies on other tasks. Any change will be explained accordingly.
H2ICE installed in a testbench equipped with a dynamometer, engine instrumentation to measure main operation parameters (speed, torque, fluids mass flow, pressure and temperature at different locations in the gas and liquid circuits -coolant and oil -), NOx emissions and in-cylinder pressure.
Fuel cell system integrated into UPV's test bench (opens in new window)Research fuel cell system composed by the FC stack and the balance of plant (BoP) and adjusted to match the desired specifications to perform steady-state and transient experimental activities compatible with the CMR technology.
Developed H2ICE research engine (opens in new window)H2ICE research engine to perform the experimental activities in WP6. The prototype design will have if possible, technology to integrate variable valve timing (VVT), compression ratio, spark timing and different injector locations (port and direct injection).
Database including the results of all the experimental tests performed on steady-state and transient conditions and the testing matrix. The results obtained in the experimental activities during normal CMR operation and to test the performance decay due to CMR failure should be clearly differentiated.
General communication materials for the ALL-IN Zero communication such as the logo, the templates, the website, a leaflet and a poster to present the project will be designed as well as a short “project teaser” video aiming at raising awareness of the project and its expected outcomes.
Publications
Author(s):
Jose M. Desantes, R. Novella, M. Lopez-Juarez, I. Nidaguila
Published in:
Applied Energy, Issue 376, 2024, ISSN 0306-2619
Publisher:
Elsevier BV
DOI:
10.1016/J.APENERGY.2024.124293
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