Abstract
Vehicle-to-everything (V2X) use cases (UCs) repository is the final output of the work conducted in task 1.5 - Use case specifications of the Horizon Europe EV4EU project, led by INESC ID. This task aimed to define the specifications of the business UCs (BUCs), addressing the business relationships between different stakeholders. These BUCs will be tested in the EV4EU project demonstration sites. The deliverable D1.5 aims to present the V2X UCs repository and to provide the direct link to the file.
Electric vehicles (EVs) are emerging as a solution to reduce the impact of transportation sector in the environment. Several challenges need to be addressed during the transition between traditional internal combustion engine vehicles to new electric ones. One of the challenges of the EV mass adoption is the integration in power systems. The use of EVs will increase the energy demand and the peak consumption. However, EVs also introduce a new source of flexibility that can be managed by system operators both at transmission and distribution levels.
Considering the different roles of the stakeholders, we developed a V2X UCs repository with seven BUCs based on the new business models defined in deliverable D1.4 - Business models centred in the V2X value chain, and the needs and goals of the EVEU demonstrators. The proposed BUCs follow the standard methodology proposed by International Electrotechnical Commission (IEC), allowing a faster replicability and adoption by different stakeholders. The BUCs identified were: BUC1) Participation of V2X in Electricity Markets through a Virtual Power Plant, BUC2) System level V2X/Renewable Energy Resources (RES) Coordination, BUC3) Participation of V2X in Explicit Demand Response to Congestion Management Service, BUC4) Participation of V2X in Implicit DR to voltage control and V2X/RES coordination in distribution system, BUC5) Participation of V2X Managers in Dynamic Contracts to support DSO operation, BUC6) Participation of V2X in local Flexibility Markets, and BUC7) Participation of V2X in frequency regulation services.
The repository has been developed in Sparx Enterprise Architecture® software, version 13 with Modsarus® plugin, and it has been shared in the EV4EU GitHub public community. The repository was developed considering the Use Case Methodology proposed in IEC 62559-2:2015.
Electric vehicles (EVs) are emerging as a solution to reduce the impact of transportation sector in the environment. Several challenges need to be addressed during the transition between traditional internal combustion engine vehicles to new electric ones. One of the challenges of the EV mass adoption is the integration in power systems. The use of EVs will increase the energy demand and the peak consumption. However, EVs also introduce a new source of flexibility that can be managed by system operators both at transmission and distribution levels.
Considering the different roles of the stakeholders, we developed a V2X UCs repository with seven BUCs based on the new business models defined in deliverable D1.4 - Business models centred in the V2X value chain, and the needs and goals of the EVEU demonstrators. The proposed BUCs follow the standard methodology proposed by International Electrotechnical Commission (IEC), allowing a faster replicability and adoption by different stakeholders. The BUCs identified were: BUC1) Participation of V2X in Electricity Markets through a Virtual Power Plant, BUC2) System level V2X/Renewable Energy Resources (RES) Coordination, BUC3) Participation of V2X in Explicit Demand Response to Congestion Management Service, BUC4) Participation of V2X in Implicit DR to voltage control and V2X/RES coordination in distribution system, BUC5) Participation of V2X Managers in Dynamic Contracts to support DSO operation, BUC6) Participation of V2X in local Flexibility Markets, and BUC7) Participation of V2X in frequency regulation services.
The repository has been developed in Sparx Enterprise Architecture® software, version 13 with Modsarus® plugin, and it has been shared in the EV4EU GitHub public community. The repository was developed considering the Use Case Methodology proposed in IEC 62559-2:2015.
Original language | English |
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Publisher | Instituto de Engenharia de Sistemas e Computadores Investigação e Desenvolvimento |
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Number of pages | 12 |
Publication status | Published - 2023 |