Print Email Facebook Twitter Identification of a Validation Method for Open Source Simulation Tools and Application of Said Method to the MVS Title Identification of a Validation Method for Open Source Simulation Tools and Application of Said Method to the MVS: Multi-Vector Simulator - Sector Coupled Systems Author El Mir, Ursula (TU Delft Electrical Engineering, Mathematics and Computer Science) Contributor Cvetkovic, M. (mentor) Hoffmann, M.M. (mentor) Degree granting institution Delft University of Technology Programme Electrical Engineering | Sustainable Energy Technology Date 2020-09-29 Abstract Traditionally, the different energy sectors, such as electricity and heat, are planned and operated separately and independently from each other. In the 1990s, electricity generation in Europe was dominated by conventional fuel sources like coal and oil, followed by gas. Due to the eventual depletion of those sources, and to escape from the dependence on them, renewable energy technology was promoted and brought into the energy mix. With the progress in decarbonizing the electricity sector, the importance of decarbonizing other energy sectors, like heat and transport, increased. Sector coupling is introduced as a new energy paradigm in order to curb climate change and overcome its vagaries. Modernized energy networks are considered as highly complex systems and as a result, modelling and simulation of energy systems has become invaluable and fundamental for their development and implementation. A simulation model is often a replication of a real life system, therefore a model is abstract by nature. Implementing a model then using it without validation may cast wrongful solutions due to improper assumptions. This thesis identifies a validation scheme for open source multi-energy vector simulation tools. Subject Simulation tool validationOpen sourceSector couplingMulti-energy vector modelling and simulation To reference this document use: http://resolver.tudelft.nl/uuid:50c283c7-64c9-4470-8063-140b56f18cfe Part of collection Student theses Document type master thesis Rights © 2020 Ursula El Mir Files PDF Ursula_El_Mir_MSc_Thesis_Report.pdf 20.76 MB Close viewer /islandora/object/uuid:50c283c7-64c9-4470-8063-140b56f18cfe/datastream/OBJ/view