CORDIS

This report will introduce the first release of a transparent local market design including first implementation version and instructions for market structures, transactions, interfaces and responsibilities. The architecture is verified/considered ready if all the project partners approve the feasibility of the architecture. The deliverable is part of task 2.2.

The review will deliver a definition of alternative DSO business models, including a specification of the frameworks formulating relationship environment between the local market and its stakeholders, and related strategic use of contracts. The report will deliver number of alternative business models for local markets. Topics addressed by the defined business models include: a) definition of processes and stakeholders in transactive energy exchanges; b) definition of the necessary transactions and the corresponding and required information models; c) definition of contracts; d) strategic use of contracts for third party resources. The deliverable is part of task 5.1.

The deliverable lists all standardization activities of all project partners for the first year. The deliverable's focus is on the status of new standards. The report will be part of task 6.2. The quality of the deliverable will be judged e.g. by number of standardization proposals made, impact of the standardization proposal, and number of standardization organization meetings attended by partners.

This deliverable will present the requirements of DSOs, prosumers/consumers, aggregators, BRPs and retailers for the local markets. Based on the business requirements a reference architecture will be delivered that will serve as a baseline for WP2. As means of verification, the architecture is available to other tasks and the requirements have been accepted by the partners. The deliverable is part of task 1.1.

This deliverable will describe the complete set of use cases and application scenarios requirements conveying all value chain perspectives. The use cases will take into account stakeholders like DSO, TSO, Energy Provider, Aggregator and Local Community. This deliverable is part of task 1.2. As a verification of quality, the deliverable will include at least two full described use cases with direct application for each of the validation frameworks. They should follow a common structure for future validation in WP4. Those use cases should include full description of both functional and non-functional requirements.

The implementation plan will summarize descriptions of the validation environments, requirements for their implementation and equipment & systems specifications, following the works of tasks 1.1 and 1.2 (D1.1, D1.2 and D1.3). Furthermore, main KPIs for validation of key project results will be defined. Preliminary KPIs were set out in the Grant Agreement, which will be revised in this deliverable to ensure they correspond with the defined use cases. This deliverable is part of task 1.3.

This deliverable provides a review covering the technologies required to set up a local market architecture. The report will focus on analysing technology related to local trading, information exchange towards markets and transactive control of resources. This deliverable is part of task 2.1. The review should include a detail analysis of the state of the art of technologies needed at the different levels, from Hardware to Software, by p2p markets according to the defined use cases, applications, functional and non-functional requirements. With that in mind, implemented technologies in DOMINOES should be fully defined in order to meet the established objectives.

The report, as part of task 6.1, lists all dissemination activities of all project partners from the first year. The quality of the achieved dissemination level will be analysed based on the number of partners with reported participation in dissemination activities; No. of dissemination activities addressed by the partners, including: creation of the project logo development of the project web-site, general promotion of the project, social media approach, plan for traditional media promotion and communication of regular news and announcements, plan for campaign on dissemination of the project’s achievements in simplified language directed mostly towards the general public, plan for results publication in scientific journals, special book chapters and participation to workshops and international conferences, plan for organization of scientific events, conferences, workshops and summer school.

This deliverable, as part of task 1.1, will describe the reference architecture design from the ICT connected energy network technology perspective. The report will define how the main network components will be organised and will communicate meeting interoperability, reliability and data protection requirements. The deliverable will be completed after iterations with local market reference architecture and business requirements and validation environment definition.

The deliverable includes a description of the guidelines related to the project internal processes. Items included in the deliverable will include at least a) submission and review of deliverables; b) quality management procedures; c) risk management; d) meeting principles. The guidelines will be verified with the acceptance from all project partners. Guidelines preparation is part of the project coordination task 7.1.

Public website, which will include a list of DOMINOES publications, events, news, etc. The deliverable is verified ready once the website is open for public access. The deliverable is part of task 6.1.

Author(s): Gisela Mendes; José Rui Ferreira; Susete ALBUQUERQUE; Célia TROCATO; Olli KILKKI; Sirpa REPO

Published in: 25th International Conference on Electricity Distribution (CIRED), Issue 1, 2019

DOI: 10.5281/zenodo.2653732

Author(s): Mendes, Gonçalo; Nylund, Jere; Annala, Salla; Honkapuro, Samuli; Kilkki, Olli; Segerstam, Jan

Published in: Microgrids and Local Energy Communities 2018 (CIRED), Issue 1, 2018

DOI: 10.5281/zenodo.2660455

Author(s): Yang Zhang, Huiyu Zhou, Jun-liang Chen

Published in: Computer Communications, Issue 134, 2019, Page(s) 1-13, ISSN 0140-3664

DOI: 10.1016/j.comcom.2018.11.001

Author(s): Yilei Wang, Roberto Metere, Huiyu Zhou, Guanghai Cui, Tao Li

Published in: Soft Computing, Issue 22/23, 2018, Page(s) 7733-7740, ISSN 1432-7643

DOI: 10.1007/s00500-018-3342-3

Author(s): Luis Galván, Juan Navarro, Eduardo Galván, Juan Carrasco, Andrés Alcántara

Published in: Energies, Issue 12/4, 2019, Page(s) 579, ISSN 1996-1073

DOI: 10.3390/en12040579

Author(s): Ricardo Faia, Tiago Pinto, Zita Vale, Juan Manuel Corchado

Published in: Energy Informatics, Issue 2/1, 2019, ISSN 2520-8942

DOI: 10.1186/s42162-018-0066-7