Print Email Facebook Twitter The feasibility of the energy-only market in a highly renewable European power system Title The feasibility of the energy-only market in a highly renewable European power system Author Hollebrandse, Julian (TU Delft Technology, Policy and Management) Contributor Weijnen, M.P.C. (mentor) De Vries, Laurens (mentor) Auping, W.L. (mentor) van der Veen, W. (mentor) Degree granting institution Delft University of Technology Programme Complex Systems Engineering and Management (CoSEM) Date 2018-01-08 Abstract The Netherlands policy on electricity steers towards a carbon neutral power generation in 2050. Amongthe studies that focus on long term power system research, none use the starting point of a 100%renewable power system in 2050. It is unknown if such a system is technically feasible given thevariability of wind and solar. The generation patterns of intermittent renewables differ continuously,causing the remaining power sources in the system to mitigate the variable IRES generation.Additionally, it is also unknown to what extent the energy only market can incentivise investment. Byusing the PLEXOS electricity market model, the dispatch of CO2 low generation portfolios and themarket prices and net profits of generators can be determined in various scenarios. These scenarios varyon demand changes, capacity factors for wind and solar and primary fuel prices. The results show a greatsensitivity of an energy only market under the combination of a demand growth and a meteorologicalyear of low capacity factors, resulting in blackouts and high wholesale market prices. Storage andintermittent renewables, however, do not benefit enough from a scenario with a high annual market price. Subject electricity marketenergy onlyOptimizationrenewable energy sourcesinvestmentmerit orderintermittencydispatch To reference this document use: http://resolver.tudelft.nl/uuid:58e639f7-ea6a-4e89-baf8-0bfa64c9a7f4 Part of collection Student theses Document type master thesis Rights © 2018 Julian Hollebrandse Files PDF Final_Thesis_Julian_Holle ... randse.pdf 3.65 MB PDF Final_Paper_Julian_Hollebrandse.pdf 806.37 KB Close viewer /islandora/object/uuid:58e639f7-ea6a-4e89-baf8-0bfa64c9a7f4/datastream/OBJ1/view