CORDIS fournit des liens vers les livrables publics et les publications des projets HORIZON.
Les liens vers les livrables et les publications des projets du 7e PC, ainsi que les liens vers certains types de résultats spécifiques tels que les jeux de données et les logiciels, sont récupérés dynamiquement sur OpenAIRE .
Livrables
The deliverable will be focused on the observed barriers for Demand Response in the different member states
Business opportunities validationThis deliverable will validate the sectorial business analysis reports’ suitability and usefulness for the industrial partners that have to exploit the outputs of TwinERGY. The deliverable will include feedback from partners about how results match each company’s internal business plan.
Quality Assurance PlanQuality Assurance Plan will include all relevant quality assurance procedures and structures These quality assurance procedures will be applied to all internal and externa results and Deliverables Quality assurance will be the joint responsibility of all project partners at all levels
System's architectureThis deliverable will develop an open secure and flexible customercentric architecture which will consider active buildings and cooperatives in condition of high renewables penetration increased electrical vehicles presence storage and DR For this one of the main tasks is to take as basis in a holistic concept the architectures already developed in H2020 projects such as NOBEL GRID or WiseGRID The architecture will be mapped on European SGAM framework This flexible architecture will consider also local neighbourhood transactions for energy delivery energy storage demand response and various energy services either aggregated
Pilot Quality assurance GuideA pilot Quality Assurance plan will be developed including all relevant quality assurance procedures and structures which must be followed throughout the pilot testing phase
Modules' InteroperabilityIn this deliverable the technical developers will design the specifications of the different modules assuring their interoperability based on web services and highperformance middleware specifications that will operate to collect data from the different energy infrastructure and distributed resources in the network and transfers them efficiently and securely through the different modules
Regulatory Recommendations and StandardizationThis deliverable will be based on the work developed in task 12.3 and will befocused on the regulatory and standardization recommendations with the objective tofacilitate the development of Demand Response projects. The recommendations will bebased on an assessment of the barriers existing in the EU, with a focus on thoseregulations particularly affecting the development of the proposed business plans.
General Pilot Management PlanGeneral Pilot Management Plan will include all information regarding pilot management local project manual for each one of the pilots efficient communication procedures economic management and reporting elaboration and inclusion of a Pilot Risk Management Plan
TwinERGY Pre-trial validation testing scenarios and resultsThe purpose of this task is to integrate all components of the TwinERGY solution (namely the outputs of WP5, WP6 and WP7) and verify that they comply with the requirements and specifications set out in WP4 and the architecture design. Integration and system testing activities will be carried out to ensure problem-free functional operation. A detailed test plan (including test specifications/cases) will be generated and implemented to guarantee adequate testing coverage of the requirements/specifications. Extensive scalability testing will be performed to validate their operational capacity in large scale deployments. The capacity of the integrated system to fully cover the requirements of the project must be verified before validation activities commence.
TwinERGY - European Projects Innovation and Cooperation reportThis deliverable will report the actions taken and their outcomes, in relation to the adaptation and extension of results of existing projects (such as H2020 INTERRFACE and CoordiNET
Social, ethical and cultural barriers to innovation - RevisionThe deliverable will be a revision of D2.5 providing insight on the observed barriers for Demand Response based on the pilot demonstrations in the different member states.
Business Models & Incentive Schema DefinitionIn this deliverable existing business models from the energy sector will be reviewed and new ones will be proposed considering market potential of the TwinERGY technologies the results of incentive mechanisms as well as the resulting interactions between the market players
Project Management Plan-Revision 2Second revision of Project Management Plan
Technical obstacles to innovation analysisThis deliverable will focus on the landscaping of the barriers hindering the successful penetration of demand response business models and schemes prioritizing on the demonstration countries and contexts
Project Mangement Plan -Revision 1First revision of the Project Management Plan
TwinERGY Common Information ModelThe deliverable consists in the high level domain model comprising the basic elements semantic concepts events relations and respective data models etc underlying the TwinERGY Project
Legal & Ethical Complience GuideThe deliverable will produce an inventory of the main applicable high level regulatory andethical requirements identified under T121
TwinERGY - European Projects Innovation and Cooperation roadmapThis deliverable will provide the plan on how to achieve the establishment of common approaches and participation to common discussion with other BRIDGE running projects to align strategies and activities of common interest
1st Legal & Ethical Compliance reportThis deliverable will provide an interim assessment of compliance with therequirements captured under D12.1.
Project Management Handbookproject management report summarizing all the required knowledge for the good management of the project in terms of administrative forms financial aspects quality process etc
Citizen Learning activities/events and reportThe learning and information generated through 11.3 will be captured creatively and content/reports could be produced in the format of podcasts, videos and social media stories. These will shared within the wider dissemination activities and on the TwinERGY website.
Consumers Behavioural AnalysisThe task deliverables will consist of a deep analysis of the drivers and inhibitors of consumer behaviour change we will develop a tailormade conceptual model to understand the drivers and to promote consumer engagement in an energy market
Best practice guidelines for engaging citizens in the pilots and metrics for diversity and inclusionWe will develop a framework for engaging citizens that includes guidelines around diversity and inclusion within the pilot projects and agreements re data governance principles best practice guidelines training materials and tools
Consumer Engagement planDeliver the engagement plan to explain processes and behavioural change related to engagement process and which will govern the whole projectby adopting the EC recommendations for customer engagement projects
2nd European Workshop with stakeholdersReport on the results of the Second European workshop targeting researchers, academics, business, energy regulators, local government and other interested stakeholders. Some of the contents of the report include feedback from participants, promotional materials and presentation used, lessons learned, imapct on media.
1st European Workshop with stakeholdersThis task will focus on engagement with citizens and the sharing of learning from the four pilot studies. The activities within the workshops will be codesigned with citizens, involve stakeholders and will generate creative content about the learning.
Pilot Demonstration Impact and RecommendationsAnalysis of the impacts of the solutions based on the data collected through demonstration and validation. Recommendations on how to readjust the modules designed as part of WP7 and provide additional input and validation of the business plans created as part of WP10.
Methodological FrameworkThe deliverable will outline a methodological framework to evaluate business analysis methods suitable to implement the sectorial analysis eg including Problem Structuring Methods Group Model Building Business Model Canvass etc This review will facilitate the selection of the most useful and effective methods for the purpose Selected methods will be combined with the outcomes from previous analyses conducted in other EU projects and with results coming by our pilots and trials
Project Management PlanThe deliverable will provide a detailed Project Management Plan with a Gantt chart and a Work Breakdown Structure WBS including a schedule per task responsible partner related subtasks related deliverables and dependencies on other tasks
Stakeholders analysis: KPIs, Scenarios and Use Case definitionThis task deliverables will be to perform the stakeholders analysis and to quantify the Key Performance Indicators KPIs to achieve the maximization of consumer engagement in an energy market This task will also deliver the UseCases UCs and scenarios development which will be the foundation for the pilot demonstrations
Consumer Engagement HandbookReport on the outcomes of pilots in terms consumer engagement: challenges, lessons learned ad recommendations.
IPR RoadmapIn this document, the contours of intellectual property regime will be described. Defining their intellectual property rights, partners will cover both foreground and background.
Communication and Dissemination PlanCommunication and Dissemination Plan documents activities across the lifetime of the project which all consortium partners contribute to The plan will ensure effective and inclusive dissemination across a diverse range of audiences
2nd Legal & Ethical Compliance reportThis deliverable will provide for the final assessment of compliance with the requirementscaptured under D12.1. The deliverable will constitute an update of D12.2. It will, also, point at potential future implications, relevant for the technical developments envisioned by TwinERGY.
Data Use License templateThis task will develop data use licenses with citizens The approachwill be fully compliant with research ethics procedures informed consent andGDPR legislation and will offer a creative way for consumers and energyinfrastructure stakeholders to codevelop a use license for personal data inrelation to energy usage
Report of TwinERGY Ecosystem and module Benchmarking on real life testingReport on the solutions used in real operational conditions for a period of 27 months in order to fine tune its functionalities and collect relevant data about operational impacts.
Business analysis / Exploitation potential plansThis deliverable will provide a business plan by integrating on one hand, the results of several previous WPs and, on the other, including the analysis of market opportunities in those most relevant sectors for the project considering the reality of each organization.
The deliverable will update and extend D53 by enriching the initial functionality and introducing open APIs providing access to external legacy systems and to third parties in general to selected features of the platform
Consumer and Neighborhood demand flexibility profiling ModuleMethodology for calculating and profiling the potential flexibility at micro and macro level based both on physicsdriven and datadriven modelling and simulation
Transactive Energy ModuleIn this deliverable the integration of WECs transactive energy platform with the TwinERGY framework will be performed
Customer Deployment and Social Engagement ModuleThis deliverable will provide a social network platform employing a social competition strategy designed to encourage demand response engagement and reduction in energy usage
Data Collection, Security, Storage & Management Services Bundles - Beta ReleaseThe deliverable focuses on the rapid prototyping and beta release of the TwinERGY Platform data collection security storage governance and management services
TwinERGY Integrated Data Management Platform - Alpha, Mock-ups ReleaseThe deliverable will consist in the alpha version with limited functionality of the Integrated TwinERGY platform
Demand flexibility modelsEstimation of the available deployable flexibility and its exploitation and dispatch features on each combination of load and demand response service based on modelling physicsdriven or datadriven tools
Electric Mobility as a Service ModuleThis module will provide highvalue services to EV users such as minimum charging prices and maximum green electricity supply and different kind of grid services ETRA will design this tool in a modular manner and will integrate the module with the other ones taking into account their data exchanges need between them and the other tools of the project These developments will be based on web services and will follow an open approach providing a userfriendly interface The goal of this task is to develop a platform promoting eMaaS by supporting drivers finding the most suitable station to charge their EV while addressing issues of payment security and quality The suitability of the charging point will be specified based on factors such as dynamic pricing route cost to the station amount of the vehicles battery energy stock and energy that each provider can offer as well as arrival waitingcharging times The platform will also handle the booking parking process and payment utilizing smart contracts and blockchain technology The proposed solution combines cutting edge ICT blockchain and a userfriendly App for mobile devices in order to lead the way towards making emobility more accessible
Digital twin interconnected platformThe setup of the individual buildings and communities Digital Twins in the cloud including the backend and frontend interconnections with the field and edge devices the interfaces and incorporation of the energy services and the APIs for interconnection with the Transactive Energy Platform
Risk Management and event handling ModuleDelivery of the TwinERGY Risk Management and Event Handling Module Delivery of a Module handbook for the integration of the 2 submodules and of thee module within the platform
System dynamics modelsThe deliverable will explore Energy Systems modelling utilizing System Dynamics as a core technique Multiple stakeholders will be able to engage in a process of collaborative modelbuilding where causal loop mapping and stocks flows modelling will provide both the qualitative and quantitative means for developing rich insights into the future energy marketplace These models will be codified in TwinERGY platform so that real world scenarios can be built and insights into the impact of emerging technologies can be developed Alongside these exploration of interdependencies and the impact of unintended consequences will be explored through a collection of Viable System Models VSM and matrixbased tools such as N2 charts and the QFD approach the house of quality These enable the identification of scenarios where cascading effects of changes at localcomponent level may compromise the ability of the whole system to function and deliver as expected
RES integration and DER management ModuleDesign and development of a network forecast and control unit module by integrating realtime signals for flexible generators and loads to increase the share of distributed renewable energy
Customer digital twinDesign and development of CDT Customer Digital Twin which aims at the prediction and optimization of energy consumption based on massive cumulative realtime realworld data measurements across an array of dimensions
Home & Tertiary real-time Energy Monitoring ModuleDelivery of the TwinERGY Home Tertiary realtime Energy Monitoring Module and of the respective Web and Mobile application Delivery of a Module handbook for the user interfaces and for the module integration with other tools
Data Collection, Security, Storage & Management Services Bundles - Release 1.00The deliverable will consist in a more mature and feature-rich version of D5.2.
A report which outlines how TwinERGY data will be handled both during the lifespan of the project and after, covering all aspects of data management, from metadata generation and data preservation, as well as any claims to intellectual property rights.
The output of Task 8.3 will be tested in real-life conditions in the pilot sites. With the feedback provided in that stage, the technical developers of TwinERGY will refine its individual modules and will also refine the integration of them. Thus, the output of this task will be a complete and mature TwinERGY solution ready to be demonstrated in the pilot sites in order to start collecting data valuable for the assessment of the project.
Consumer well-being moduleDelivery of the comfort / well-being module comprising the development of the extended low cost, long autonomy wearable wireless device to monitor and acquire physiological signals and extract the various vital signs after suitable processing (such as heart rate, breathing rate, body temperature, sweating index, etc) and transmit them wirelessly to the platform utilising low consumption communications protocols.
TwinERGY connectors to distributed smart grid assets and respective APIsThe aim of T8.1 is to smooth and seamless integration of the TwinERGY solution with the wealth of the underlying components in a Smart Grid setup. In this context and under this premise, this task will develop a set of connectors/ wrappers that will ensure connectivity, communication and information exchange and flows from distributed assets, resources and systems (e.g. RES inverters, battery inverters, EV chargers and building systems/ devices via gateways). Such wrappers will be responsible for populating the TwinERGY Common Information Model with actual data for the different smart grid instances and components. Moreover the developed wrappers and respective APIs will enable the ingestion of real-time (data in motion) and batch data (data at rest) to the TwinERGY Core Data Management Platform in a semantically interoperable manner, through mapping between the distributed APIs described above to the Open API (and CIM) residing in the CDMP, thus allowing data feeds to the upstream analytics engines and end-users applications offered by TwinERGY.
TwinERGY Integrated Data Management Platform- Release 1.00The deliverable will consist in a more mature and feature-rich version of D5.4
TwinERGY Integrated Data Management Platform- Release 2.00The deliverable will update D5.6 and will provide the final version of the Integrated TwinERGY Data Management Platform and Open APIs.
Data Collection, Security, Storage & Management Services Bundles - Release 2.00 5The deliverable will update D5.5 and will provide the final version of the TwinERGY Platform core services for data collection, security, storage, governance and management
TwinERGY system final versionRevision of the deliverable D8.3 covering final refinements being carried out in the integrated system due to the testing of the real-life conditions in the pilot sites.
Creation of all communication materials and guildeines on how to use: website, social media account, mailchimp account, logos, visual identify, deliverable templates.
Energy Futures VideosVideos produced as part of T11.4 . They include stories from pilot implementation, interviews with experts and reflections on desirable futures on energy management.
Publications
Auteurs:
Nikos Andriopoulos,Konstantinos Plakas,Christos Mountzouris,John Gialelis,Alexios Birbas,Stylianos Karatzas andAlex Papalexopoulos
Publié dans:
WEV Journal, Numéro monthly, 2022, ISSN 2032-6653
Éditeur:
WEV
DOI:
10.3390/app13031798
Auteurs:
Davide Ottonello,Alessandro Fermi, Daniele Ravizza, Marco Barbagelata, Stylianos Karatzas ,Athanasios Chassiakos, andAntonis Papamanolis
Publié dans:
Buildings, Numéro monthly, 2023, ISSN 2075-5309
Éditeur:
Buildings
DOI:
10.3390/buildings13020428
Auteurs:
Anastasios I. Karameros
University of Patras
Athanasios Chassiakos
University of Patras
Stylianos Karatzas
University of Cambridge
Publié dans:
Journal of Sustainable Development of Energy Water and Environment Systems, Numéro monthly, 2022, ISSN 1848-9257
Éditeur:
Journal of Sustainable Development of Energy Water and Environment Systems
DOI:
10.13044/j.sdewes.d9.0413
Auteurs:
Moisés Antón García
ETRA I+D
Ana Isabel Martínez García
ETRA I+D
Stylianos Karatzas
University of Cambridge
Athanasios Chassiakos
University of Patras
Publié dans:
Energies, 2023, ISSN 1996-1073
Éditeur:
Multidisciplinary Digital Publishing Institute (MDPI)
DOI:
10.3390/en16052489
Auteurs:
Catarina Neves, Tiago Oliveira, Stylianos Karatzas
Publié dans:
International Journal of Human-Computer Interaction, 2023, ISSN 1044-7318
Éditeur:
Lawrence Erlbaum Associates Inc.
DOI:
10.1080/10447318.2023.2202549
Auteurs:
Stylianos Karatzas (University of Patras, Greece), Ath P. Chasiakos (University of Patras, Greece), Theo Tryfonas (University of Bristol, UK) and Anastasios Ioannis Karameros (University of Patras, Greece)
Publié dans:
International Journal of Digital Innovation in the Built Environment, 2021, ISSN 2642-2263
Éditeur:
IGI Global
Auteurs:
Alberto Zambrano Galbis
, Moisés Antón García
, Ana Isabel Martínez García
, Stylianos Karatzas
Athanasios Chassiakos,
, Vasiliki Lazari and Olympia Ageli
Publié dans:
World Electric Vehicle, Numéro monthly, 2022, ISSN 2032-6653
Éditeur:
World Electric Vehicle Journal
DOI:
10.3390/wevj13080145
Auteurs:
Vijay Kumar, Sam Gunner, Maria Pregnolato, Patrick Tully, Nektarios Georgalas, George Oikonomou, Stylianos Karatzas, Theo Tryfonas
Publié dans:
IET Smart Cities, 2024, ISSN 2631-7680
Éditeur:
Wiley
DOI:
10.1049/smc2.12081
Auteurs:
Catarina Neves, Tiago Oliveira, Saone Sarker
Publié dans:
EUROPEAN JOURNAL OF INFORMATION SYSTEMS, 2024, ISSN 0960-085X
Éditeur:
Palgrave Macmillan Ltd.
DOI:
10.1080/0960085x.2024.2302426
Auteurs:
John, Gialelis
University of Patras
gialelis@ece.upatras.gr
Maria, Krizea
University of Patras
mkrizea@ece.upatras.gr
Grigoris, Protopsaltis
University of Patras
greproto@gmail.com
Christos, Mountzouris
University of Patras
chrismountzou@gmail.com
Tasos, Kladas
University of Patras
up1079091@upatras.gr
Gerasimos, Theodorou
University of Patras
gtheodorou@upatras.gr
Stylianos, Karatzas
University o
Publié dans:
Conference: PETRA '22: The15th International Conference on PErvasive Technologies Related to Assistive Environments, Numéro yearly, 2022
Éditeur:
Reserach Gate
DOI:
10.1145/3529190.3534747
Auteurs:
Theo Tryfonas
Sam Gunner
Ulas Baran Baloglu
BBC
Patrick Tully
Publié dans:
Conference: PETRA '22: The15th International Conference on PErvasive Technologies Related to Assistive Environments, 2022
Éditeur:
Conference: PETRA '22: The15th International Conference on PErvasive Technologies Related to Assistive Environments
DOI:
10.1145/3529190.3534763
Auteurs:
Christos Mountzouris
Christos Mountzouris
This person is not on ResearchGate, or hasn't claimed this research yet.
Stylianos Karatzas
University of Cambridge
Grigorios Protopsaltis
John Gialelis
University of Patras
Publié dans:
2023 European Conference on Computing in Construction 40th International CIB W78 Conference Heraklion, Crete, Greece, Numéro yearly, 2023
Éditeur:
Reserach Gate
DOI:
10.35490/ec3.2023.312
Auteurs:
Catarina Neves, Tiago Oliveira
Universidade NOVA de Lisboa
Publié dans:
ECIS 2023, Numéro yearly, 2023
Éditeur:
AIS e Library
Auteurs:
Stylianos Karatzas (University of Cambridge)
Niall Byrne
Athanasios Chassiakos (University of Patras)
David Sweeney
Publié dans:
Conference: ICCEPM 2022: The 9th International Conference on Construction Engineering and Project ManagementAt: Las Vegas, Nevada, USA., 2022
Éditeur:
Conference: ICCEPM 2022: The 9th International Conference on Construction Engineering and Project ManagementAt: Las Vegas, Nevada, USA.
Droits de propriété intellectuelle
Numéro de demande/publication:
N/A
N/A
Date:
1643-02-10
Demandeur(s):
ETRA INVESTIGACION Y DESARROLLO SA
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