WORKPLAN
The technological development of the project is divided in 3 blocks, through 8 different work packages.
THEMATIC BLOCKS
Marinization and technical developmen
This block will be focused on the technological development of the project, which will be divided in 3 phases: 1) Profound analysis of the electrical grid characteristics and load profiles of different marine vessels, with special dedication to two use cases (novel electric ferry and IWT vessel). 2) ESS and ship engineering experts will build, marinize, and test the 3 ESS. 3) The 3 ESS will be put inside a container and will be tested on BALEARIA electric ferry while in operation.
Sustainability and technical feasibility
This block will be focused on evaluating the adequacy of FRESS for waterborne applications and evaluating their environmental impact to improve energy efficiency and make waterborne transport climate neutral.
Safety and regulatory evaluation
This block will be focused on evaluating the safety requirements and the regulatory aspects of FRESS as well as the skills requirements.
OUTPUTS
Boosting Cooperation
Deliverables will be available in this section during the progress of the project
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Activity 1 Project Management & Coordination.
D1.1. Project Management Plan
D1.2. Data Management Plan
D1.3 . 1st Updated version of the Data Management Plan
D1.4. 2nd Updated version of the Data Management Plan
D1.5 . Final report of the data Management Plan
Activity 2 ESS1: Supercoducting magnetic sttorage for marine applications.
D2.1. Design Report of a marinized SMES, detailing the geometry, general characteristics, and calculation of the machine side converter
D2.2. SMES Engineering Design which includes fabrication drawings, bill of materials, schemes for the SMES superconducting magnet, cryogenic system, and the converter
D2.3. Full integration of the superconducting magnets with the refrigeration system in the
cryostat
D2.4. Report on the SMES on lab testing.
D2.5. ESS 1: Superconducting magnetic storage for marine applications. Summary of the results achieved.
Actyivity 3. ESS2 KESS Kinetic Energy Storage Ssystem (Flywheel) for marine applications.
D3.1. Design Report of the KESS dimensioning, rotodynamic analysis and calculation of the machine side converter
D3.2. KESS Engineering Design which includes fabrication drawings, bill of materials, schemes for the flywheel and the converter
D3.3. Complete KESS system including the Factory Acceptance Tests (FAT)
D3.4. Report on the KESS on-lab testing
D3.5. ESS 2: KESS Kinetic Energy Storage System (Flywheel) for marine applications. Summary of the results achieved.
Activity 4. EESS Electric Energy Storage System (Supercapacitors) for marine applications.
D4.1. Design Report of the EESS which includes SC Cell selection, DC/DC power components selection & others
D4.2. EESS Engineering Design which includes fabrication drawings, bill of materials, schemes, etc
D4.3. Fabrication of the EESS including the Factory Acceptance Tests (FAT)
D4.4. Report on the EESS on-lab testing
D4.5. ESS 3: EESS Electric Energy Storage System (Supercapacitors) for marine applications. Summary of the results achieved.
Activity 5. Modelling & Integration of ESS on vessel, and with other disruptive technologies.
D5.1. Use Case Technical Specification
D5.2. Matrix requirements
D5.3. Marine FRESS Technical Specifications
D5.4. Electric Systems Mechatronic Models Development and Validation. Report
D5.5. Mechatronic Preliminary Tests Results
D5.6. Final assessment of the technical feasibility and adequacy of innovative energy storage
D5.7. FRESS combination with disruptive technologies study.
Activity 6. Risk assessment and safety studies.
D6.1. Regulation: State of the Art and Gaps
D6.2. HAZID study
D6.3. Risk Assessment
Activity 7. Lifecycle & Economic assesment
D7.1. Metrics and targets for the environmental and costs assessment
D7.2. LCC performance analysis results
D7.3. LCA performance analysis results
D7.4. Levelized Cost of Storage (LCOS) tool
Activity 8. Dissemination & Communication.
D8.1. Dissemination, comunication and exploitation plan
D8.2. 1st Updated report on dissemination and communication activities
D8.3. 2nd Updated report on dissemination and communication activities
D8.4. Final report on dissemination and communication activities
D8.5. POSEIDON Newsletter
D8.6. POSEIDON Website Operational
D8.7. POSEIDON report on skills assessment
D8.8. POSEIDON report on exploitation and commercialisation analyses