Each Work Package contains actions with specific and detailed descriptions, deliverables and output results, as well as indicators and expected results.
Name: Coordination
Start date: 01/04/2019
End date: 31/03/2022
Duration: 36 months
Partner’s Involvement
Partner responsible: Universidad do Porto
Partners involved:
• Universidad do Porto
• Universidad de Santiago de Compostela
• Ecole D’Ingenieurs En Génie Des Systèmes Industriels
• Universidad de Oviedo
• University of Plymouth
• Instituto de Ciência e Innovaçao en Engenharia Mecânica e Engenharia Industrial
• Fundación Instituto de Hidráulica Ambiental de Cantabria
• Administraçao dos Portos do Douro, Leixoes e Viaña do Castelo, SA
• Autoridad Portuaria de Vigo
• INNOSEA
• University College Cork, National University of Ireland, Cork
• Shannon Foynes Port Company
Action nr.1: Consortium Management
Start date: 04/2019
End date: 03/2022
Description: A consortium Agreement is prepared based on the Atlantic area model and signed. UPORTO establishes a Bureau comprising staff with scientific, financial administration and secretarial skills. The SC appoints the AEB and also creates and implements tools and practices to ensure that objectives are achieved within time and costs, as well as the efficient communication between partners and the rules and actions to deal with conflicts. The SC meets at least bi-annually, occasionally using web-based technology.
Deliverables
Outputs title: Agreement to rule consortium and steering committee minutes.
Outputs results: An agreement is prepared and signed by all partners to role the Consortium during the project execution. The External Advisory Board is nominated. Tools and documents to support consortium management are defined and SC meetings minutes produced.
Indicators: Number of technical and scientific publications produced: 12
Expected results title: Consortium Agreement, Management tools and documents.
Expected results description: Definition and implementation of the Consortium Agreement rules and terms. Effective and timely management of all PORTOS activities. Minutes of the SC meetings describing the project progress and detailling the agreed decisions and countermeasures.
Action nr.2: Partners Activity Coordination
Start date: 04/2019
End date: 03/2022
Description: WP Leaders report to the SC, allowing this body to evaluate and take decisions on all matters related to the project execution. Coordination meetings are held to monitor progess of each WP and to indentify and solve any potential issue at an early stage. Each alternate SC meeting is combine with a Portos event (which includes a coordination meeting and a seminar) to simplify communication with the rest of the consortium (UPORTO – M1; Port of Vigo – M9; INNOSEA -M18; UoP – M27; INEGI – M36).
Deliverables
Outputs title: Coordination actions and activities
Outputs results:One report per meeting. Web-based and face-to-face meetings for coordination are carried out: task leader – research team, task leader – SC and Participant Genera Assembly (PGA). Topics to be decided in the PGA are selected in advance by the SC.
Indicators: Number of technical and scientific publication produced: 52
Expected results title: Coordination meetings, minuted and reports.
Expected results description:Progress of the activities in PORTOS is assessed and the partners coordinated. The future developments and collaborative research is discussed. Reports and meeting minutes make the status point and summarize the decisions taken for future reference.
Action nr.3: Liaison with Atlantic Area MA/JS
Start date: 04/2019
End date: 03/2022
Description: Liaison with the Atlantic area Managing Authority (MA) and the Joint Secretariat (JS) dealing with technical developments, position in the project timeline, re-planning of works (when necessary), financial subjects, policy issues and contractual changes, among others. Cost statements and budgetary
monitoring. The Management Bureau established in UPORTO is responsible for the action but all partners cooperate. Reports: 1st year Report, 2nd year Report, PORTOS Final Report, Financial execution reports.
Deliverables
Outputs title: Reporting project execution stage
Outputs results: Reports containing all information referring to the execution of the project are prepared and made available to the Atlantic area Managing Authority and the Joint Secretariat. Reprograming scenarios presented.
Indicators: Number of technical and scientific publications produced: 9
Expected results title: Execution reports of PORTOS project
Expected results description:Atlantic area Managing Authority and Joint Secretariat are informed on the evolution of the project, both in technical and financial terms, as well as about its implementation stage, the risks identified and the countermeasures defined to deal with them.
Action nr.4: Risk mitigation plan and quality management
Start date: 04/2019
End date: 03/2022
Description: The SC is responsible for the risk analysis and management (at technical and commercial levels) as well as for developing contingency plans. The rules and actions to deal with risks and conflicts are applied based on the principles defined in the Consortium Agreement. Potential internal risks: withdrawal of partners, unexpected costs, failure to meet milestones or performance targets. Other risks: lack of interest/involvement of end-users and stakeholders or failing to protect the IP developed.
Deliverables
Outputs title: Reporting on risk and quality management
Outputs results: Risk analysis and contingency plans. Bi-annual reports containing all information referring to potential risks, quality management issues and countermeasure are prepared and made available to the Atlantic area Managing Authority and Joint Secretariat.
Indicators: Number of technical and scientific publications produced: 6
Expected results title: Risk and quality management and contingency plans
Expected results description:The potential risks are characterized in terms of impact on the project outcomes and their occurrence probability. Appropriate countermeasures are defined and eventually applied. Quality management plans implemented.
Action nr.5: Sustainable development implementation
Start date: 04/2019
End date: 03/2022
Description: A Task Force is created to support the incorporation of the principles of sustainable development in PORTOS’ decision-making processes and in all planned core activities. It is responsible for the development and implementation of a strategic sustainability plan supported in 4 main subjects:
research and development, advanced training, community and society, and harbour activities. The contest “More Sustainable Ideas” to engage society with the sustainable development principles is launched.
Deliverables
Outputs title: Reporting on sustainable development
Outputs results: More Sustainable Ideas contest is launched and the strategic sustainability plan defined. By-annual reports containing all information referring to the sustainable development are made available to the Atlantic area Managing Authority and Joint Secretariat.
Indicators: Number of technical and scientific publications produced: 6
Expected results title: Sustainable development implementation
Expected results description: Sustainability plans set and used in decision-making and all core activities (research, dissemination, capitalization, implementations, roadmaps and decision support systems developed), in accordance with the 2030 Agenda for Sustainable Development.
Name: Communication
Start date: 01/04/2019
End date: 31/03/2022
Duration: 36 months
Partner’s Involvement
Partner responsible: Universidad de Oviedo
Partners involved:
• Universidad do Porto
• Universidad de Santiago de Compostela
• Ecole D’Ingenieurs En Génie Des Systèmes Industriels
• Universidad de Oviedo
• University of Plymouth
• Instituto de Ciência e Innovaçao en Engenharia Mecânica e Engenharia Industrial
• Fundación Instituto de Hidráulica Ambiental de Cantabria
• Administraçao dos Portos do Douro, Leixoes e Viaña do Castelo, SA
• Autoridad Portuaria de Vigo
• INNOSEA
• University College Cork, National University of Ireland, Cork
• Shannon Foynes Port Company
Action nr.1: Thematic seminars with stakeholders
Start date: 04/2019
End date: 03/2022
Description: Organization of one/two days seminars at different Atlantic area countries to inform stakeholders and end users (in particular: T1, T2, T5 and T6) of the PORTOS outputs O1, O2 and O3 and to involve them into the project. To ensure that deliverables meet the specific needs of the port sector. Details of themed seminars (organizer | country |month): APVIGO | SP | M9 INNOSEA | FR | M18 UoP | UK | M27 INEGI and APDL | PT | M36 All other partners help mobilizing key stakeholders. Coordinator: UNIOVI.
Deliverables
Outputs title: Reports on the thematic seminars.
Outputs results: One report per seminar. Each report includes the programme, tasks, no and type of participants, their role, sectors, partnerships and collaborations established.
Indicators:
- Number of actions for the dissemination and capitalisation of results: 4
- Number of technical and scientific publications produced: 4
Expected results title: Thematic seminars with stakeholders
Expected results description: The stakeholders and associated partners are involved in the seminars and collaborate on the main decisions of the project. Awareness of the project results raised. Interactive communication between the parties.
Action nr.2: PORTOS virtual community and Social Media plan
Start date: 04/2019
End date: 03/2022
Description: This action, related to objectives O1 and O4, includes: – design of PORTOS’s identity; – design and creation of the project website; – updating of the website with achievements and events, at least once quarterly; – messaging target groups via the social media, mailing lists and others, at least once per week. The 4 main languages in the Atlantic area are used to reach all the target groups. Google metrics used to gain audience insights, improving the communication strategy. All partners provide contents.
Deliverables
Outputs title: Reports on media plan and PORTOS virtual community
Outputs results: Each bi-annual report includes the updated newsletters, the status of the website, the number of followers and interactions per social media, the number of media news related to PORTOS in the Atlantic area countries.
Indicators:
- Number of technical and scientific publications produced: 6
- Number of actions for the dissemination and capitalisation of results: 12
Expected results title: Dissemination throughout the Atlantic area using media and creation of virtual community
Expected results description: The project outputs and activities are known by the Atlantic area communities. A virtual community is created around the project and its energy self-sufficiency approach involving key stakeholders and Atlantic area port authorities.
Action nr.3: OpenPorts exhibitions at case-study ports on Marine Renewable Energies and Sustainability
Start date: 04/2019
End date: 03/2022
Description: Three large ports organize in their facilities a two-day exhibition about marine renewable energy and sustainability each year. The advantages of using RE are presented to the local communities (T4) by
means of engaging activities, videos and didactic stands. RE exploitation, plans for each case study port (developed in WP7) are presented in the 3rd year. Events: APVIGO, Vigo, SP; APDL, Porto, PT; SFPC, Limerick, IE. Promotion materials also sent to the other ports. All partners provide support.
Deliverables
Outputs title: Report on OpenPorts exhibitions
Outputs results:A description of the activities carried out within the Port Open Days, including the detailed programmes, the invited talks, the activities, the number and type of attendees, and the number of media news reporting the event.
Indicators:
- Number of actions for the dissemination and capitalisation of results: 9
- Number of participants in actions for the dissemination and capitalisation of results: 4050
- Number of technical and scientific publications produced: 9
Expected results title: Participation in OpenPorts exhibitions
Expected results description: The society is informed about (marine) renewable energies and the efforts and implementation projects for their holistic integration in ports. A high number of participants is reached. The usual negative public perception about ports is changed.
Action nr.4: Scientific and technical dissemination of international conferences and business fairs
Start date: 04/2019
End date: 03/2022
Description: Some outputs of PORTOS have significant relevance on an international level (T6). To ensure the diffusion of the advances in the scope of PORTOS, three tasks are included: – Researchers of the partnerships participate in international conferences and technical/industrial fairs; – Selected publications resulting from WP4 to 7 are published in open-access journals; and – Roadmap and Guidelines towards energy self-sufficiency are edited and published. Coordinator: UNIOVI. Support: all partners.
Deliverables
Outputs title: Compilation of scientific and technical production
Outputs results: An annual compilation of the works presented by the researchers involved in PORTOS, including: oral communications, posters, invited lectures, articles and books. 60 publications are estimated for the 3 years and the 11 partners.
Indicators: Number of technical and scientific publications produced: 3
Expected results title: Public techno-scientific knowledge for the benefit of the Atlantic Area
Expected results description: The technical and scientific results of the PORTOS project are made available to the international scientific community in the area of the marine renewable energy and port activity.
Action nr.5: OpenLabs exhibitions at Universities and R&D Institutions
Start date: 04/2019
End date: 03/2022
Description: Universities and R&D institutions (UPORTO, USC, IHCantabria, UNIOVI, EIGSI, UoP and MaREI) open their doors to the local communities (T4) for a day to fulfil O4. The events are celebrated during school holidays for targeting students. The activities are: – keynotes from academia and industry, presenting their outlooks on current developments; – tours of the labs, including demonstration of technologies at
tanks, flumes, wind tunnels; – Competitions for students on renewables and sustainability.
Deliverables
Outputs title: Report on OpenLabs at Universities and R&D Institutions
Outputs results: A description of the activities carried out within each event, including the detailed programme, the number of attendees and a summary of the tasks developed. One OpenLab each project year (3 OpenLabs/partner).
Indicators:
- Number of actions for the dissemination and capitalisation of results: 21
- Number of participants in actions for the dissemination and capitalisation of results: 4200
Expected results title: Participation in OpenLabs exhibitions
Expected results description: A high number of students from area schools (T4) and the society participate in these open events, are engaged in the project, and learn about the potential of marine renewable energies and the benefits in the long term of making sustainable choices.
Name: Capitalization
Start date: 01/04/2019
End date: 31/03/2022
Duration: 36 months
Partner’s Involvement
Partner responsible: Instituto de Ciência e Inovação em Engenharia Mecânica e Engenharia Industrial
Partners involved:
• Universidad do Porto
• Universidad de Santiago de Compostela
• Ecole D’Ingenieurs En Génie Des Systèmes Industriels
• Universidad de Oviedo
• University of Plymouth
• Instituto de Ciência e Innovaçao en Engenharia Mecânica e Engenharia Industrial
• Fundación Instituto de Hidráulica Ambiental de Cantabria
• Administraçao dos Portos do Douro, Leixoes e Viaña do Castelo, SA
• Autoridad Portuaria de Vigo
• INNOSEA
• University College Cork, National University of Ireland, Cork
• Shannon Foynes Port Company
Action nr.1: Capitalization of results and outputs from previous works
Start date: 04/2019
End date: 07/2019
Description: Designed and implemented to offer a high quality and up-to-date information on renewable energies (renewable energy): technology information, renewable energy resources, energy storage solutions, good practices at Atlantic area ports regarding renewable energy integration, alert systems, among others. Aimed to draw attention to the potential benefits of renewable energy integration in ports and related infrastructures, to last beyond the end of the project. Information on the degree of implementation of PORTOS measures on case-study ports. Coordinator: APVigo.
Deliverables
Outputs title: BLUE-PORTS Energetic Observatory
Outputs results: Framework agreement signed by all partners for setting up the BLUE-PORTS Observatory. An action plan is elaborated to promote the use of renewable energies and to extend the partners collaboration beyond PORTOS conclusion (long term).
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: Dissemination of PORTOS outputs throughout the Atlantic Area
Expected results description: The Observatory is created and its structure and functioning designed. Its mission will be, during and after the project, to promote the use of renewable energy, with focus on marine renewable energies, based on solid scientific, technical and economic supporting.
Action nr.2: Design and implementation of BLUE-PORTS Energetic Observatory
Start date: 10/2019
End date: 03/2022
Description: WP Leaders report to the SC, allowing this body to evaluate and take decisions on all matters related to the project execution. Coordination meetings are held to monitor progess of each WP and to indentify and solve any potential issue at an early stage. Each alternate SC meeting is combine with a Portos event (which includes a coordination meeting and a seminar) to simplify communication with the rest of the consortium (UPORTO – M1; Port of Vigo – M9; INNOSEA -M18; UoP – M27; INEGI – M36).
Deliverables
Outputs title: Coordination actions and activities
Outputs results:One report per meeting. Web-based and face-to-face meetings for coordination are carried out: task leader – research team, task leader – SC and Participant Genera Assembly (PGA). Topics to be decided in the PGA are selected in advance by the SC.
Indicators: Number of technical and scientific publication produced: 52
Expected results title: Coordination meetings, minuted and reports.
Expected results description:Progress of the activities in PORTOS is assessed and the partners coordinated. The future developments and collaborative research is discussed. Reports and meeting minutes make the status point and summarize the decisions taken for future reference.
Action nr.3: Workshops directed to selected End-users
Start date: 10/2021
End date: 03/2022
Description: Two one-day workshops directed to the main Atlantic area ports for the presentation and demonstration of results obtained for the case-study ports as well as already implemented practices, including discussions in round tables. Port associations will establish the links with the port authorities – the target group. Presentation of the roadmap and guidelines (standards) for achieving energy self-sufficiency in Atlantic area ports that could be extended to other ports. Coordinator: INEGI. Support of other partners.
Deliverables
Outputs title: Report on workshops directed to selected end-users
Outputs results: DSS, roadmap and guidelines to energy self-efficiency are presented to main Atlantic area ports and discussed in two workshops organized in the last part of the project to involve them as potential new users of the project results.
Indicators:
- Number of actions for the dissemination and capitalisation of results: 2
- Number of technical and scientific publications produced: 2
- Number of participants in actions for the dissemination and capitalisation of results: 40
Expected results title: Other ports involved in PORTOS
Expected results description: The report on each workshop includes the programme and tasks carried out, the number and type of participants, their role, the sectors, the partnerships and collaborations established.
Action nr.4: Demo application of the Decision Support System
Start date: 12/2021
End date: 03/2022
Description: Demo application of the Decision Support System (DSS) developed in WP7 in 2 additional ports from Atlantic area regions (France and England). Collection of available data concerning those two ports and demonstration of the potential of the PORTOS energy self-sufficiency approach Awareness of the actions in the main ports of Atlantic area. This action is done in the last two months of the project, after the DSS is finished and verified. Coordinator: INEGI. Support: INNOSEA, IHCantabria, USC, MAREI and UPORTO.
Deliverables
Outputs title: Demonstration of the DSS in two additional ports
Outputs results: After collection of the required data/information, the DSS is applied in two additional ports (Port of Plymouth, England, and Saint- Nazaire Port, France), to demonstrate its potential for other case studies ports.
Indicators:
- Number of case studies and pilot actions implemented: 2
- Number of technical and scientific publications produced: 2
- Number of participants in actions for the dissemination and capitalisation of results: 12
Expected results title: Capitalization of the DSS developed
Expected results description:The developed DSS, after validation, is applied in two additional ports within the Atlantic area region, further disseminating and capitalizing PORTOS’ approach and results. These demo applications will encourage other ports to follow the same approach.
Action nr.5: Social perception and interest on Marine Renewable Energies
Start date: 04/2021
End date: 03/2022
Description: A training program, comprising 6 face-to-face three-day courses, on different marine renewable energy topics, is developed. Target attendees include staff from enterprises, public bodies, port authorities and independent developers. Training contents are developed and delivered by leading experts, among which technology providers, professional associations and recognized researchers. Thematic talks and case studies from previous works on which the partners were involved are also included. Coordinator: IHCantabria.
Deliverables
Outputs title: Reports on the thematic training courses
Outputs results:For each course, a report including: the detailed programme and materials, and a list of students enrolled is presented. The reference number of participants per course is 25, geographically well balanced from the different Atlantic area regions.
Indicators:
- Number of technical and scientific publications produced: 6
- Number of actions for the dissemination and capitalisation of results: 6
- Number of participants in actions for the dissemination and capitalisation of results: 150
Expected results title: Perception and interest on Marine Renewable Energies
Expected results description: To strengthen the overall level of knowledge of stakeholders on marine renewable energy, increasing competitiveness and effectiveness when engaging related projects. This translates into better informed policies and better structured public and private investments.
Name: Linking Proofs of Concepts and Society
Start date: 01/01/2020
End date: 31/03/2021
Duration: 15 months
Partner’s Involvement
Partner responsible: University College Cork, National University of Ireland, Cork
Partners involved:
• Universidad do Porto
• Universidad de Santiago de Compostela
• Ecole D’Ingenieurs En Génie Des Systèmes Industriels
• Universidad de Oviedo
• University of Plymouth
• Instituto de Ciência e Innovaçao en Engenharia Mecânica e Engenharia Industrial
• Fundación Instituto de Hidráulica Ambiental de Cantabria
• University College Cork, National University of Ireland, Cork
Action nr.1: AA Acces to UPORTO multidirectional wave basin
Start date: 01/2020
End date: 03/2021
Description: Proof of concept of one of the novel wave energy converter technologies selected by the independent selection panel at the multidirectional wave basin of UPORTO. Both the facilities and the know-how of UPORTO are focused, during a month, on testing and evaluating the selected technology. Given the characteristics of the wave basin, three-dimensional tests at a small to intermediate scale are made. UPorto Innovation deals with the IP protection.
Deliverables
Outputs title: Report on Atlantic area Access to UPORTO facility.
Outputs results: Comprehensive report covering the description of the selected technology, the experimental campaign carried out (characteristics of the model, set-ups, testing conditions, etc.) and the main conclusions of the proof of concept.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: Proof of concept of pilot technology 1.
Expected results description: Proof of concept analysis of one emerging renewable energy technology. Support to the inventor to further developing the idea. Protection of the intellectual property (IP).
Action nr.2: AA Access to USC wave/current flume
Start date: 01/2020
End date: 03/2021
Description: Proof of concept of one of the emerging technologies selected by the independent user selection panel at the wave and currents flume of the USC. Given the characteristics of the facilities, either a wave energy converter or a tidal or in-stream currents converter can be tested (two-dimensional tests at small scale). Both the facilities and the know-how of the partner are focused, during a month, on testing and evaluating the selected technology. Support protecting the IP by USC.
Deliverables
Outputs title: Report on Atlantic area Access to USC facility
Outputs results: Comprehensive report covering the description of the selected technology, the experimental campaign carried out (characteristics of the model, set-ups, testing conditions, etc.) and the main conclusions of the proof of concept.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: Proof of concept of pilot technology 2
Expected results description: Proof of concept analysis of one emerging renewable energy technology. Support to the inventor to further developing the idea. Protection of the intellectual property (IP).
Action nr.3: AA Access to IHCantabria large wave flume
Start date: 01/2020
End date: 03/2021
Description: Proof of concept of one of the emerging wave/wind/current hybrid energy converter selected by the independent selection panel at the large wave flume of the IHCantabria. Both the facilities and the know-how of the partner are focused, during a month, on testing and evaluating the selected technology. Given the characteristics of the wave flume, two-dimensional tests at intermediate scale are made, eventually using a combination of waves and currents. Support protecting the IP by IHCantabria.
Deliverables
Outputs title: Report on Atlantic area Access to IHCantabria facilities
Outputs results:Comprehensive report covering the description of the selected technology, the experimental campaign carried out (characteristics of the model, setups, testing conditions, etc.) and the main conclusions of the proof of concept.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: Proof of concept of pilot technology 3
Expected results description: Proof of concept analysis of one emerging renewable energy technology. Support to the inventor to further developing the idea. Protection of the intellectual property (IP).
Action nr.4: Atlantic area Access to UoP experimental facilities
Start date: 01/2020
End date: 03/2021
Description: Proof of concept of one of cutting-edge wave energy converter selected by the independent selection panel at the facilities of UoP: the wave flume and the wave basin. Both the facilities and the know-how of the partner are focused, during a month, on testing and evaluating the selected technology. Both two-dimensional tests at small scale and three-dimensional tests at intermediate are made to analyse its feasibility. Support protecting the IP by UoP.
Deliverables
Outputs title: Report on Atlantic area access to IHCantabria facilities
Outputs results: Comprehensive report covering the description of the selected technology, the experimental campaign carried out (characteristics of the small-scale model, set-ups, testing conditions, etc.) and the main conclusions of the proof of concep.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: Proof of concept of pilot technology 4
Expected results description: Proof of concept analysis of one emerging renewable energy technology. Protection of the intellectual property (IP).
Action nr.5: Technical assessment of novel technologies at EIGSI
Start date: 01/2020
End date: 03/2021
Description: Technical assessment of one of the emerging technologies selected by the independent selection panel. This action is centred in other technologies and energy resources (e.g., solar or geothermal). Technologies can be for energy harvesting but also for energy storage. During one month, the knowledge of EIGSI is focused on evaluating the pros and contras of that technology. At the end, new approaches to further develop it and explore its potential are presented. Support protecting the IP by EIGSI.
Deliverables
Outputs title: Report on technical assessment at EIGSI
Outputs results:Comprehensive report covering the description of the selected technology, the evaluation carried out (procedure followed and tools employed) and the main conclusions of the technical assessment.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: Proof of concept of pilot technology 5
Expected results description: Proof of concept analysis of one emerging renewable energy technology (solar, biomass or geothermal). Protection of the intellectual property (IP).
Action nr.6: Numerical modelling of novel technologies at UNIOVI
Start date: 01/2020
End date: 03/2021
Description: Numerical proof of concept of one of the emerging technologies selected by the independent selection panel. A wave, tidal, wind or solar converter is evaluated by means of state-of-the-art modelling techniques and tools (e.g., ANSYS Aqwa). The numerical capabilities enable comprehensive testing campaigns to be carried out, in which multiple device configurations and forcing conditions are analysed, leading to a cost-effective development of the technology. Support protecting the IP by UNIOVI.
Deliverables
Outputs title: Report on numerical modelling at UNIOVI
Outputs results: Comprehensive report covering the description of the selected technology, the numerical model used, the numerical campaign carried out (set-ups, testing conditions, etc.) and the main conclusions of the proof of concept.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: Proof of concept of pilot technology 6
Expected results description: Numerical proof of concept analysis of one emerging renewable energy technology. Perspectives and recommendations for the next development stages of the technology. Protection of the intellectual property (IP).
Name: Integrated assessment of renewable resources at case-study ports and energy efficiency audits
Start date: 01/04/2019
End date: 31/05/2020
Duration: 14 months
Partner’s Involvement
Partner responsible: Universidad de Santiago de Compostela
Partners involved:
• Universidad do Porto
• Universidad de Santiago de Compostela
• Ecole D’Ingenieurs En Génie Des Systèmes Industriels
• Universidad de Oviedo
• University of Plymouth
• Instituto de Ciência e Innovaçao en Engenharia Mecânica e Engenharia Industrial
• Fundación Instituto de Hidráulica Ambiental de Cantabria
• Administraçao dos Portos do Douro, Leixoes e Viaña do Castelo, SA
• Autoridad Portuaria de Vigo
• INNOSEA
• University College Cork, National University of Ireland, Cork
• Shannon Foynes Port Company
Action nr.1: Multi-parameter characterization of case-study ports
Start date: 04/2019
End date: 09/2019
Description: In-depth characterization of the case-study ports stressing: (i) Physical characteristics of the ports, their infrastructures and the surrounding environment, including bio-ecological indicators. Field campaigns are performed to provide comprehensive data for the numerical modelling of the renewable energy resources. (ii) Socioeconomic context: activities in the port hinterland, main indicators, health and well-being, heritage, traditions and cultural resources to preserve. Coordination: INEGI.
Deliverables
Outputs title: Report on the multi-parameter characterization of target ports
Outputs results: Compilation of physical and environmental data, and information on socioeconomic variables from the three case-study ports, their infrastructures and the activities that take place in their area of influence.
Indicators: Number of technical and scientific publications produced: 3
Expected results title: Characteristics of target ports
Expected results description: This action provides information and data on the relevant physical and socioeconomic characteristics of the target ports to be considered in following actions and work packages.
Action nr.2: Policies and legal framework for marine renewable energies
Start date: 04/2019
End date: 07/2019
Description: Analysis of the policies and legal framework on the harvesting and use of renewable energies, with focus to their integration in coastal and harbour structures at 4 levels: local, regional, national and European. Detailed analyses of the development plans in the vicinity of the ports (at local level),
specialization strategies (at regional and transnational levels), coastal zone management programmes and deployment plans for marine renewable energy (at all levels). Coordination: UoP. Support: APVIGO.
Deliverables
Outputs title: Report on policies and legal framework of marine renewable energies
Outputs results: Policies and legal framework for (marine) renewable energies harvesting at ports and related areas characterized at four levels: local, Regional, National and European. A summary of relevant policy, strategy and operational instruments.
Indicators: Number of technical and scientific publications produced: 3
Expected results title: Characterization of policies and legal framework of marine renewable energies
Expected results description: For the case-study ports, development plans in its vicinity, specialization strategies, coastal zone management programmes and deployment plans for marine renewable energy are analysed in detail. A report gathers and synthetises all information.
Action nr.3: Energy consumption characterisation
Start date: 04/2019
End date: 12/2019
Description: The energy consumption is characterized at the three case-study ports, including: collection, quantification and classification of the energy needs (including transportation); assessment of the energy efficiency; analysis of existing electrical resources, grid connections and type of energy vector used (electricity, heat, pressurized water, steam); and definition of the present energetic mix. Critical analysis considering EU, National and Regional regulatory framework. Coordination: INEGI.
Deliverables
Outputs title: Patterns of energy consumption and energy efficiency diagnose
Outputs results: Patterns of energy consumption and diagnose of energy efficiency at case-study ports by means of energy monitoring and targeting. 15% potential reduction of energy consumption (average). Estimates are for the three ports considered (annual values).
Indicators:
- Greenhouse gas reduction: 2245
- Number of policy, strategy and operational instruments produced: 3
Expected results title: Global energetic assessment of target ports
Expected results description: All dimension of energy consumption within target ports are analysed in detail. Special focus on industries and activities high energy demand and level of pollution, communications and logistics. INEGI compiles all data regarding the three audits.
Action nr.4: Multi-criteria identification of best areas and resources
Start date: 08/2019
End date: 10/2019
Description: The areas for marine renewable energy (marine renewable energy) exploitation analysis are identified on the basis of the information made available (river in-stream is considered for estuaries and adjacent areas together with the tidal resource). In these areas, the different forms of resource of interest are identified for its further study in subsequent Actions. The interest of harnessing other renewable energy (e.g., biomass; solar) is also first defined here for the three Atlantic area case-study ports. Coordinator: UNIOVI and MAREI.
Deliverables
Outputs title: Pre-guide to Port self-sufficiency
Outputs results:The different areas for marine renewable energy exploitation are identified based on previous information such as port activity, legal restriction, etc. (Actions 1 and 2, and WP3), and a pre-analysis of the marine renewable energy and other renewable energy potential is done.
Indicators: Number of technical and scientific publications produced: 3
Expected results title: Marine Renewable Energy areas mapping
Expected results description: The most suitable areas for marine renewable energy exploitation and the different forms of energy within each area are selected for high-resolution numerical modelling analysis. The other renewables energy are also considered.
Action nr.5: Advanced and high-resolution numerical modelling of marine energy resources
Start date: 08/2019
End date: 05/2020
Description: The different forms of resources at the areas of interest are analysed through high-resolution numerical modelling. In particular, spectral numerical models and shallow water models, amongst others, will be
implemented. The models will be validated against in situ data from Actions 1, 4, and WP3. Then a procedure for the analysis of the large amount of data generated is developed. Coordinator: USC. Support: IHCantabria, MAREI and UoP. Solar energy and biomass analysed by INEGI + EIGSI+INNOSEA.
Deliverables
Outputs title: High-resolution marine renewable energy characterization
Outputs results: High-resolution distribution of the different marine renewable energy of interest throughout the selected representative area. At least 2 case-studies sites at each case-study port. Pilots will be developed for those case-studies
sites.
Indicators:
- Number of technical and scientific publications produced: 9
- Number of case studies and pilot actions implemented: 6
Expected results title: A procedure for technology-site selection
Expected results description: A procedure based on the vast amount of high-resolution numerical information generated is defined for selecting suitable technologies and sites within the areas analysed for port energy self-sufficiency (one report for each port and type of energy).
Action nr.6: Cost-effective technology-site selection
Start date: 03/2020
End date: 05/2020
Description: The state-of-the-art in each renewable energy sector is reviewed to identify the proven concepts suitable for integration in ports. The performance characteristics of those technologies are combined with the theoretical resource assessed in Action 5 to, based on a cost-effective analysis, pre-define coastal sites and technologies for harnessing marine renewable energys. Those technologies are retained for further optimisation in WP6for the site-specific characteristics of the selected sites. Coordinator: USC. Support of UPORTO.
Deliverables
Outputs title: Definition of technologies and sites
Outputs results:The results made available in Action 5 are analysed and combined with the performance of selected technologies to define the ones with the highest potential. As a result different technologies and sites for marine renewable energy exploitation are defined.
Indicators:
- Number of case studies and pilot actions implemented: 3
- Number of technical and scientific publications produced: 3
Expected results title: Suitable technology-site combinations
Expected results description: Selection of suitable technologies and associated installation sites to ensure ports self-sufficiency, after their adaptation and optimization, for the local conditions at the target ports within WP6. Selection based on a SWOT analysis.
Name: Technical viability studies of different marine renewable energies integrated at case-study ports
Start date: 01/03/2020
End date: 30/04/2021
Duration: 14 months
Partner’s Involvement
Partner responsible: Fundación Instituto de Hidráulica Ambiental de Cantabria
Partners involved:
• Universidad do Porto
• Universidad de Santiago de Compostela
• Ecole D’Ingenieurs En Génie Des Systèmes Industriels
• Universidad de Oviedo
• University of Plymouth
• Instituto de Ciência e Innovaçao en Engenharia Mecânica e Engenharia Industrial
• Fundación Instituto de Hidráulica Ambiental de Cantabria
• Administraçao dos Portos do Douro, Leixoes e Viaña do Castelo, SA
• Autoridad Portuaria de Vigo
• INNOSEA
• University College Cork, National University of Ireland, Cork
• Shannon Foynes Port Company
Action nr.1: Evaluation and optimization of WEC1 pilot technology
Start date: 03/2020
End date: 10/2020
Description: WEC1 is studied in detail using 2D and 3D experimental tests (UPORTO multidirectional wave basin) to optimize its performance for the conditions of Port of Leixões (defined in WP5). The models include the
PTO system and allow the implementation and testing of control strategies, to enhance performance (INEGI). Experiments provide data for calibration/validation of numerical models. A broad range of conditions is simulated to allow extrapolation of results to other AA ports. Coordinator: UPORTO.
Deliverables
Outputs title: Report on WEC1 pilot technology
Outputs results: In-depth knowledge of WEC1 pilot technology. Design criteria are defined to be capitalized in implementation projects. Power matrixes are obtained to estimate the energy production with reliability and depending on the site-specific conditions.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: WEC1 technology ready for ports
Expected results description: Proven WEC technology adapted and optimized to harness wave energy at target AA port. Optimization by geometry modification, PTO design and implementation of proper control strategies. Technology demonstrator ready.
Action nr.2: Evaluation and optimization of WEC2 pilot technology
Start date: 03/2020
End date: 10/2020
Description: WEC2 is studied in detail using 2D experimental tests (USC) to optimize its performance for the conditions of the selected application site within the Port of Vigo area of jurisdiction. The models include the PTO and allow the implementation and testing of control strategies, to enhance performance. IHCantabria gives support. Experiments provide data for the calibration/validation of numerical models. Extrapolation of the results to other AA ports. Coordinator: USC. Support: IHCantabria.
Deliverables
Outputs title: Report on WEC2 pilot technology
Outputs results: In-depth knowledge of WEC2 pilot technology. Design criteria are defined to be capitalized in implementation projects. Power matrixes are obtained to estimate the energy production with reliability and depending on the site-specific conditions.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: WEC2 technology ready for ports
Expected results description: Proven WEC technology adapted and optimized to harness wave energy at target AA port. Optimization by geometry modification, PTO design and implementation of proper control strategies. Technology demonstrator ready.
Action nr.3: Evaluation and optimization of SEC pilot technology
Start date: 03/2020
End date: 10/2020
Description: Based on the port requirements, numerical and physical modelling are applied to optimize one technology for harnessing river and/or tidal stream energy in the Shannon Foynes Port, Ireland. Numerical modelling is used to improve the performance of the technologies, including the PTO, structural elements (UNIOVI) and foundation protections. A pilot of the technology is tested in a wave-current flume to obtain experimental data to validate and calibrate the numerical models (USC and UNIOVI).
Deliverables
Outputs title: Report on SEC pilot technology
Outputs results: In-depth knowledge about the SEC pilot technology. Design criteria are defined to be capitalized indeployment projects. Power curves are obtained to estimate the production depending on the site-specific conditions.
Indicators:
- Number of case studies and pilot actions implemented: 1
- Number of technical and scientific publications produced: 2
Expected results title: SEC technology ready for ports
Expected results description: Optimized technologies for harnessing tidal and river stream energy in ports are available for implementation in AA ports. Technology demonstrator ready.
Action nr.4: Development of advanced energy storage systems for renewable energy integration
Start date: 05/2020
End date: 12/2020
Description: Energy storage systems will be studied to minimize the impacts of marine renewable energy resource intermittency and maximize effective power utilization and its integration in the port electrical grid. The combination of different REs, for each port, minimizes issues, but is not enough. Hence, the use of temporarily energy storage is considered (off grid solutions) as well as the grid connectivity and how that is effectively achieved. Work done by EIGSI for the 3 case study ports. Support of IHCantabria.
Deliverables
Outputs title: Energy storage solutions for AA ports
Outputs results: Local storage of the renewable energy produced by the technologies under development (WP6) is analysed considering the characteristics of AA ports and their energy consumption patterns (WP5). One
advanced system for each case study port.
Indicators:
- Number of case studies and pilot actions implemented: 3
- Number of technical and scientific publications produced: 3
Expected results title: Energy storage systems for implementation in AA ports
Expected results description: The energy storage systems that present the higher application potential at AA ports are defined and pre-designed. Impacts in the future ports energetic mix discussed.
Action nr.5: Computation of integrated marine renewable energy production at the target ports
Start date: 09/2020
End date: 04/2021
Description: The energy production of WEC1, WEC2 and SEC pilots is estimated by combining the available energy resources (WP5) with the performance matrices of each optimized technology. Wave-to-wire (WW) numerical models, including the hydrodynamics of the device and the performance of the PTO, are used (IHCantabria, UPORTO, EIGSI), but artificial intelligence (AI) is also applied to robustly forecast the power generation for each technology (UNIOVI). Coordinator: UNIOVI.
Deliverables
Outputs title: Forecast of marine renewable energy production in ports
Outputs results: WW models and AI codes compute and forecast the production of WEC1, WEC2 and SEC pilots at three ports, based on site-specific resource conditions (wave resource matrixes/stream flow regimes).
Estimation of greenhouse gas reduction (annual values).
Indicators:
- Additional capacity of renewable energy production: 4.5
- Number of technical and scientific publications produced: 3
- Greenhouse gas reduction: 4800
Expected results title: Technical marine renewable energy resource at AA ports
Expected results description: The energy supply of ports with marine renewables can be easily forecasted at ports in the AA with an innovative, high resolution, methodology. These codes are integrated in the SSD in WP7.
Action nr.6: Potential of other harvestable renewable energy resource at the case-study ports
Start date: 09/2020
End date: 04/2021
Description: The pertinence of other resources is analysed as competitors or complement to marine renewable energy: small, low environmental impact, tidal barrages (INNOSEA); onshore wind within the port area (INEGI); and solar
energy (INEGI+EIGSI). In addition, one more resource is selected based on the results of A4 of WP5 from: sea water air conditioning; biomass (marine or waste of port activities); osmotic power (EIGSI). Estimation of air pollution reduction and technical potential. Coordinator: INNOSEA. Support: UoP.
Deliverables
Outputs title: Assessment of the potential of other renewable energy resources at ports
Outputs results: The technical potential of other renewable resources available at target ports is determined considering current harnessing technologies. Their relevance is critically analysed having as reference the marine renewable energy potential.
Indicators:
- Additional capacity of renewable energy production: 1.5 MW
- Greenhouse gas reduction: 1620 tCO2/yr
- Number of technical and scientific publications produced: 3
Expected results title: Technical resource of complementary energy renewables at Atlantic Area ports
Expected results description: The relevance of other renewable energy resources is assessed and the pertinence of its inclusion in the target ports energy mix. Greenhouse gas reduction estimated. Each technology analysed in detail (possibly in collaboration its developers).
Name: Energy Self-Sufficiency action plan for Ports and development of Decision Support Tools
Start date: 01/02/2021
End date: 31/03/2022
Duration: 14 months
Partner’s Involvement
Partner responsible: University of Plymouth
Partners involved:
• Universidad do Porto
• Universidad de Santiago de Compostela
• Ecole D’Ingenieurs En Génie Des Systèmes Industriels
• Universidad de Oviedo
• University of Plymouth
• Instituto de Ciência e Innovaçao en Engenharia Mecânica e Engenharia Industrial
• Fundación Instituto de Hidráulica Ambiental de Cantabria
• Administraçao dos Portos do Douro, Leixoes e Viaña do Castelo, SA
• Autoridad Portuaria de Vigo
• Organismo Público Puertos del Estado
• INNOSEA
• University College Cork, National University of Ireland, Cork
• Agência para a Energia
• Shannon Foynes Port Company
• WindEurope
Action nr.1: Renewable resources to harvest and required technologies
Start date: 02/2021
End date: 04/2021
Description: Based on the results of WP6, the renewable energy resources (e.g., wave, wind, tidal, river in-stream) to harvest at each port and the most suitable technologies and setups are defined. The most appropriate energy mix
is defined based on local conditions of each case-study port and its energy consumption profile. Details on the combination of technologies to maximize exploitation of the available renewables energys in an integrated way. Coordination: UoP. Support: INEGI, UPORTO, IHCantabria, USC, collaboration of ports.
Deliverables
Outputs title: Energy mix diversification at target ports
Outputs results: A new and diversified energy mix is proposed for case-study ports based on the integrated use of the renewables energys available and assuming the adoption of the energy efficiency plan. Conservative estimates for only the three case-study ports (values per year).
Indicators:
- Additional capacity of renewable energy production: 6
- Greenhouse gas reduction: 2165
- Number of case studies and pilot actions implemented: 3
- Number of technical and scientific publications produced: 3
Expected results title: New energy mix at target ports
Expected results description: The proposed energy mix combines in the best possible way the renewable resources available at the port with the technologies developed and takes into account the use of energy storage within the port.
Action nr.2: Adaptation of infrastructures in the case study ports
Start date: 04/2021
End date: 07/2021
Description: Assessment of the key technical requirements to implement the selected energy harvesting technologies at the target ports, and identification of adaptation interventions: upgrade of existing structures or construction of new ones, modifications to electric grid and other systems. Preliminary
design of civil engineering works. Quantification of interventions. Transformation of target ports in real world testing facilities for the project outcomes. Coordination: INNOSEA. Support: UPORTO and ports.
Deliverables
Outputs title: Evaluation and quantification of interventions at case-study ports
Outputs results: Best solutions towards the incorporation of technologies for integrated renewable energy harvesting at the three case-study ports are discussed, designed (preliminary study) and quantified (costs).
Indicators: Number of technical and scientific publications produced: 3
Expected results title: Adaptation plan for the case-study ports
Expected results description: Definition and cost estimation of the civil engineering works or interventions required to implement the renewable energy technologies at the case-study ports in the short term.
Action nr.3: Environmental impact, Feasibly studies and Business Plan
Start date: 02/2021
End date: 09/2021
Description: Feasibility studies for the implementation of renewable energies in the target ports include an environmental impact analysis and a global economic assessment of the alternatives: construction/adaptation costs, maintenance and operation costs (estimation), power production, taxes, and interest rates, among others. Usual economical indexes quantified (NVP, CAPEX, OPEX, LCOE) for the selected technologies to be deployed and a business plan defined. Coordination: UoP. Collaboration of ports.
Deliverables
Outputs title: Feasibility analysis for renewable energy implementation
Outputs results: Environmental impact evaluation, economic assessment and feasibility analysis for the integrated implementation of renewable energies at target ports.
Indicators: Number of policy, strategy and operational instruments produced: 3
Expected results title: Business plan for case-study Atlantic Area ports
Expected results description: Techno-economical resource assessment. Based on the cost estimates, the environmental impact and the energy production, the cost of energy is calculated. This supports a feasibility study and a business plan.