POSYTYF final deliverables are now available on our website!
After four years of collaborative development, the POSYTYF project has come to an end in last June 2024. We thank all the partners for their active involvement in this project and the great results obtained. You can now access the latest project deliverables.
on November 5, 2024
We are delighted to announce that the projec's final deliverables are out !
You can now find and read the reports on the deliverables page on our website: This deliverable addresses the problem of designing local – i.e. decentralized – controllers for primary frequency and voltage control, while satisfying individual device constraints. This deliverable presents the experimental validation of the local controllers for decentralized implementation of the DVPP concept. This deliverable discusses our recently developed approach to provide optimal dynamic ancillary services with dynamic virtual power plants (DVPP) based on power grid
perception. This report presents and discusses more comprehensive economic viability studies of DVPPs for different synthetic, yet realistic, case studies. The deliverable focuses on the various applications of the Real Time Operation (RTO) algorithm, which include ensuring the successful evacuation of primary frequency control reserves, Frequency Containment Reserve (FCR), offered by a DVPP, facilitating Automatic Frequency Restoration Reserve (aFRR), and providing voltage support through reactive power compensation. This report provides a critical examination of the regulatory environment affecting Dynamic Virtual Power Plants (DVPPs) at the European level, and outlines key steps towards their effective integration in European energy and ancillary service markets. This brochure aims to disseminate the project's findings and provide recommendations about the implementation of the Dynamic Virtual Power Plant concept The Pedagogical Toolkit provides both text descriptions and a set of implementation routines from the major topics of a DVPP: modelling, optimisation, and control. It is intended to help industry engineers to take into hands new methodologies proposed in the project.
Enjoy your read!
You can now find and read the reports on the deliverables page on our website: This deliverable addresses the problem of designing local – i.e. decentralized – controllers for primary frequency and voltage control, while satisfying individual device constraints. This deliverable presents the experimental validation of the local controllers for decentralized implementation of the DVPP concept. This deliverable discusses our recently developed approach to provide optimal dynamic ancillary services with dynamic virtual power plants (DVPP) based on power grid
perception. This report presents and discusses more comprehensive economic viability studies of DVPPs for different synthetic, yet realistic, case studies. The deliverable focuses on the various applications of the Real Time Operation (RTO) algorithm, which include ensuring the successful evacuation of primary frequency control reserves, Frequency Containment Reserve (FCR), offered by a DVPP, facilitating Automatic Frequency Restoration Reserve (aFRR), and providing voltage support through reactive power compensation. This report provides a critical examination of the regulatory environment affecting Dynamic Virtual Power Plants (DVPPs) at the European level, and outlines key steps towards their effective integration in European energy and ancillary service markets. This brochure aims to disseminate the project's findings and provide recommendations about the implementation of the Dynamic Virtual Power Plant concept The Pedagogical Toolkit provides both text descriptions and a set of implementation routines from the major topics of a DVPP: modelling, optimisation, and control. It is intended to help industry engineers to take into hands new methodologies proposed in the project.
Enjoy your read!
