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
Final Natural user interfaces for natural ways to interact with personal or household-level iFLEX Assistants. This deliverable also provides the end-users with means to configure the interaction with their iFLEX Assistants and provided autonomy level.
Revised Hybrid-modelling module (opens in new window)Revised Hybrid-modelling module for RES generation and baseline consumption forecasting, as well as, modelling of flexible resources such as heating and cooling systems. The underlying deep learning methods and physical models will be defined in this deliverable, too.
Revised Common iFLEX Framework (opens in new window)Revised Common iFLEX Framework with integrated components developed in the technical work packages. It will provide the libraries, scripts and tools for creating application-specific iFLEX Assistant instances.
Revised Natural user interfaces (opens in new window)Revised Natural user interfaces for natural ways to interact with personal or household-level iFLEX Assistants. This deliverable also provides the end-users with means to configure the interaction with their iFLEX Assistants and provided autonomy level.
Initial Common iFLEX Framework (opens in new window)Initial Common iFLEX Framework with integrated components developed in the technical work packages. It will provide the libraries, scripts and tools for creating application-specific iFLEX Assistant instances.
Initial Hybrid-modelling module (opens in new window)Initial Hybrid-modelling module for RES generation and baseline consumption forecasting, as well as, modelling of flexible resources such as heating and cooling systems. The underlying deep learning methods and physical models will be defined in this deliverable, too.
FInal Automated flexibility management module (opens in new window)Final automated flexibility management module realized with a rule-based control system to verify the actions proposed by the AI-based optimization module. The rule-based control also includes mechanisms to take over when the DRL algorithm is not confident about the right action.
Revised Application-specific iFLEX Assistant prototypes (opens in new window)This deliverable will create a software framework for modelling and optimization of consumer flexibility management that leads in more efficient system which can manage demand and production flexibility for prosumers and is based on the data that is provided by HEMS, DSO and energy supplier
Initial Application-specific iFLEX Assistant prototypes (opens in new window)This deliverable will create a software framework for modelling and optimization of consumer flexibility management that leads in more efficient system which can manage demand and production flexibility for prosumers and is based on the data that is provided by HEMS, DSO and energy supplier
Final Common iFLEX Framework (opens in new window)Final Common iFLEX Framework with integrated components developed in the technical work packages. It will provide the libraries, scripts and tools for creating application-specific iFLEX Assistant instances.
Initial Automated flexibility management module (opens in new window)Initial Automated flexibility management module realized with a rule-based control system to verify the actions proposed by the AI-based optimization module. The rule-based control also includes mechanisms to take over when the DRL algorithm is not confident about the right action.
Final Hybrid-modelling module (opens in new window)Final Hybrid-modelling module for RES generation and baseline consumption forecasting, as well as, modelling of flexible resources such as heating and cooling systems. The underlying deep learning methods and physical models will be defined in this deliverable, too.
Revised Automated flexibility management module (opens in new window)Revised Automated flexibility management module realized with a rule-based control system to verify the actions proposed by the AI-based optimization module. The rule-based control also includes mechanisms to take over when the DRL algorithm is not confident about the right action.
Initial Natural user interfaces (opens in new window)Initial Natural user interfaces for natural ways to interact with personal or household-level iFLEX Assistants. This deliverable also provides the end-users with means to configure the interaction with their iFLEX Assistants and provided autonomy level.
Final Secure consumer data management module (opens in new window)Final Secure consumer data management module providing harmonized trust management as a basis for data confidentiality services provisioning both at rest and in transit. It will also feature GDPR complainant privacy services.
Final Application-specific iFLEX Assistant prototypes (opens in new window)This deliverable will create final prototypes of the customized iFLEX Assistant for optimization of consumer flexibility management that leads in more efficient system which can manage demand and production flexibility for prosumers and includes configuration of the selected incentives and market mechanisms developed in WP5.
Revised Secure consumer data management module (opens in new window)Revised Secure consumer data management module providing harmonized trust management as a basis for data confidentiality services provisioning both at rest and in transit. It will also feature GDPR complainant privacy services.
Initial Secure consumer data management module (opens in new window)Initial Secure consumer data management module providing harmonized trust management as a basis for data confidentiality services provisioning both at rest and in transit. It will also feature GDPR complainant privacy services.
Initial version of the Data management plan that defines the management of project data lifecycle It will bookkeep the data collected processed and generated in the project propose and maintain the methodology and standards applied in the process propose and supervise data curation and preservation and define handling of the research data during and after the project
FInal Data management plan (opens in new window)Final version of the Data management plan that defines the management of project data lifecycle. It will bookkeep the data collected, processed and generated in the project, propose and maintain the methodology and standards applied in the process, propose and supervise data curation and preservation and define handling of the research data during and after the project.
Revised Data management plan (opens in new window)Revised version of the Data management plan that defines the management of project data lifecycle It will bookkeep the data collected processed and generated in the project propose and maintain the methodology and standards applied in the process propose and supervise data curation and preservation and define handling of the research data during and after the project
In the deliverable the final validation of federated pilots will be reported. It includes the pilot results from joint activities with the projects INTERFACE, InterConnect, UIW, MAKING-CITY and BD4OPEM.
Final market analysis and iFLEX business models (opens in new window)The deliverable will include the final version of the market analysis with detailed definition of obstacles in the categories of regulatory limitations, business model viability, data management requirements and consumer engagement. In addition, final business cases are identified and evaluated by measuring value creation and identifying new business opportunities.
Validation framework and plans (opens in new window)The Report will include information on the development of a common validation framework The functional and nonfunctional requirements will be validated against their fit criterion and presented in the report
Revised Pilot specifications (opens in new window)Revised Pilot specifications where the phase 2 pilots will be specified For this phase a smallscale pilot including the iFLEX Framework with fullfunctionality will be specified for smallscale pilot groups
Use cases and requirements (opens in new window)In this deliverable the use cases will be specified and the framework requirements collected The requirements include functional security business and socioeconomic requirements
Final iFLEX consumer engagement and incentive mechanisms (opens in new window)This deliverable will present in a series of three versions (on M08, M18, and M31) the development of the incentive and consumer engagement mechanisms of the project. These mechanisms will cover both the economic compensation of consumers for their participation in DR, as well as their social priorities (altruism, non-monetary incentives etc.).Besides adequate compensation ensuring participation of consumers, the analysis will also address fairness issues, ie., develop means ensuring that the benefits from DR be fairly allocated among the various participants.
Initial Pilot specifications (opens in new window)Initial Pilot specifications where the phase 1 pilots will be specified For this phase a prepilot with the Minimum Viable Product of the iFLEX Framework and Assistants with selected users will be specified
Large-scale pilot deployment and validation (opens in new window)In this deliverable validation tools developed for the iFLEX Framework and Assistants will be tested out with selected users in large scale and consolidate (merge). All the accumulated validation results and experiences gathered from all the pilot sites in order to validate results with different iteration.
Report on user engagement and co-creation activities (opens in new window)The Report will document the results of all user engagement and co-creation activities. As they are executed across different work packages, this report will be composed holistically.
Final Common architecture of iFLEX Framework (opens in new window)Final Common architecture of iFLEX Framework, consisting of the context view, functional view, information view and deployment view. Also security and scalability perspectives will be documented.
Initial Validation of federated pilots (opens in new window)In the deliverable the initial validation of federated pilots will be reported. It includes the pilot results from joint activities with the projects INTERFACE, InterConnect, UIW, MAKING-CITY and BD4OPEM.
Initial iFLEX consumer engagement and incentive mechanisms (opens in new window)This deliverable will present in a series of three versions on M08 M18 and M31 the development of the incentive and consumer engagement mechanisms of the project These mechanisms will cover both the economic compensation of consumers for their participation in DR as well as their social priorities altruism nonmonetary incentives etcBesides adequate compensation ensuring participation of consumers the analysis will also address fairness issues ie develop means ensuring that the benefits from DR be fairly allocated among the various participants
Initial Common architecture of iFLEX Framework (opens in new window)Initial Common architecture of iFLEX Framework consisting of the context view functional view information view and deployment view Also security and scalability perspectives will be documented
Revised iFLEX consumer engagement and incentive mechanisms (opens in new window)This deliverable will present in a series of three versions on M08 M18 and M31 the development of the incentive and consumer engagement mechanisms of the project These mechanisms will cover both the economic compensation of consumers for their participation in DR as well as their social priorities altruism nonmonetary incentives etcBesides adequate compensation ensuring participation of consumers the analysis will also address fairness issues ie develop means ensuring that the benefits from DR be fairly allocated among the various participants
Pre-pilot deployment and validation (opens in new window)This deliverable will include information on validation for the iFLEX Framework and Assistants which will be carried out with selected users The requirements of the pilot specification will be validated against their fit criteria
Revised Common architecture of iFLEX Framework (opens in new window)Revised Common architecture of iFLEX Framework consisting of the context view functional view information view and deployment view Also security and scalability perspectives will be documented
Small-scale pilot deployment and validation (opens in new window)In this deliverable validation tools developed for the iFLEX Framework and Assistants will be tested out with selected user in order to optimise the iFLEX Framework. Also planning the strategies for end-user engagement and the business models will be documented.
Initial market analysis and iFLEX business models (opens in new window)The deliverable will include an overview of the current and future energy market context especially in the target demonstration countries In addition the initial business model framework is developed and a preliminary identification of stakeholders is presented
User engagement and co-creation framework & plan (opens in new window)The Report will define a user engagement and cocreation framework and plan for activities executed across different work packages As they are executed across different work packages this report will compose the plan and coordination of this process
Final Pilot specifications (opens in new window)Final Pilot specifications where the phase 3 pilots will be specified. For this phase, the deployment and validation of the improved iFLEX Framework in large-scale pilots will be specified.
Establishment and population of the digital channels which include a project website and the social media accounts Twitter LinkedIn Facebook YouTube Description of the menussubmenus of the project website
Publications
Author(s):
Lapila, Siiri
Published in:
2023
Publisher:
Alto University
Author(s):
Leino, Jemina
Published in:
2021
Publisher:
LUT University
Author(s):
Topalović, Davud
Published in:
2024
Publisher:
unknown
Author(s):
Jussi Kiljander; Roope Sarala; Jari Rehu; Daniel Pakkala; Pekka Paakkonen; Janne Takalo-Mattila; Klaus Kansala
Published in:
IEEE Access, Vol 9, Pp 40755-40767 (2021), Issue 1, 2021, Page(s) 40755-40767, ISSN 2169-3536
Publisher:
Institute of Electrical and Electronics Engineers Inc.
DOI:
10.1109/access.2021.3060871
Author(s):
Ospina Y, Aprà FM, Aggeli A et al.
Published in:
Open Reseach Europe, 2024, ISSN 2732-5121
Publisher:
European Commission
DOI:
10.12688/openreseurope.15270.2
Author(s):
Menos-Aikateriniadis; C.; Zafeiratou I.; Charitos N.; Georgilakis, P.; Kokos, I
Published in:
IEEE, 2023, ISSN 2474-2902
Publisher:
IEEE Xplore
Author(s):
Lotta Kannari, Jussi Kiljander, Kalevi Piira, Jouko Piippo, Pekka Koponen
Published in:
Energy Forecasting, 2021, Page(s) 290-302, ISSN 2571-9394
Publisher:
MDPI
DOI:
10.3390/forecast3020019
Author(s):
Christos T. Krasopoulos; Thanasis G. Papaioannou; George D. Stamoulis; Nikolaos Ntavarinos; Malamatenia D. Patouni; Christos K. Simoglou; Athanasios Papakonstantinou
Published in:
Energies, Vol 17, Iss 1, p 21 (2023), Issue 14, 2024, ISSN 1996-1073
Publisher:
Multidisciplinary Digital Publishing Institute (MDPI)
DOI:
10.3390/en17010021
Author(s):
Immonen, Anne; Kiljander, Jussi
Published in:
Renewable Energy Focus, 2024, ISSN 1755-0084
Publisher:
Elsevier BV
DOI:
10.1016/j.ref.2024.100567
Author(s):
Thanasis G. Papaioannou; George D. Stamoulis
Published in:
IEEE International Conference on Communications, Control, and Computing Technologies for Smart Grids (SmartGridComm), 2022, Page(s) 103-109
Publisher:
IEEE - Institute of Electrical and Electronics Engineering
DOI:
10.1109/smartgridcomm52983.2022.9961040
Author(s):
Fabio Maria Aprà, Raymond Sterling, Farhan Farrukh, Jussi Kiljander, Alessandra Cuneo, Gabriele Comodi, Alexis David, Marialaura di Somma, Ismini Dimitriadou, Stylianos Zikos
Published in:
The 9th Annual Edition of Sustainable Places (SP 2021), 2021
Publisher:
MDPI
DOI:
10.3390/environsciproc2021011014
Author(s):
Davud Topalović, Dušan Gabrijelčič
Published in:
2024
Publisher:
IEEE Xplore
Author(s):
Christos T. Krasopoulos; Thanasis G. Papaioannou; George D. Stamoulis
Published in:
IEEE International Conference on Communications, Control, and Computing Technologies for Smart Grids (SmartGridComm), 2022, Page(s) 405-411
Publisher:
IEEE - Institute of Electrical and Electronics Engineering
DOI:
10.1109/smartgridcomm52983.2022.9961041
Searching for OpenAIRE data...
There was an error trying to search data from OpenAIRE
No results available