Data for the publication 'Evaluation of the effect of flexible demand and wave energy converters on the design of Hybrid Energy Systems'
Data CreatorFriedrich, Daniel
PublisherUniversity of Edinburgh
Relation (Is Referenced By)http://ietdl.org/t/4OV8x
MetadataShow full item record
CitationFriedrich, Daniel; Lavidas, George. (2017). Data for the publication 'Evaluation of the effect of flexible demand and wave energy converters on the design of Hybrid Energy Systems', [dataset]. University of Edinburgh. https://doi.org/10.7488/ds/2076.
DescriptionThe Excel spreadsheets contain the input data defining the optimisations of the hybrid electricity systems: Astypalaia_input_file.xlsx - configuration, resource and demand data for Astypalaia Westray_input_file.xlsx - configuration, resource and demand data for Westray The csv files contain the data from individual sheets of the Excel spreadsheets: Astypalaia_demands.csv - Demand data for Astypalaia Astypalaia_resources.csv - Resource data for Astypalaia Westray_demands.csv - Demand data for Westray Westray_resources.csv - Resource data for Westray
Showing items related by title, author, creator and subject.
Goddard, Nigel; Kilgour, Jonathan; Pullinger, Martin; Arvind, D.K; Lovell, Heather; Moore, Johanna; Shipworth, David; Sutton, Charles; Webb, Jan; Berliner, Niklas; Brewitt, Cillian; Dzikovska, Myroslava; Farrow, Edmund; Farrow, Elaine; Mann, Janek; Morgan, Evan; Webb, Lynda; Zhong, MingjunThe IDEAL Household Energy Dataset comprises data from 255 UK homes. Alongside electric and gas data from each home the corpus contains individual room temperature and humidity readings and temperature readings from the ...
Sellar, BrianThe objective of the University of Edinburgh’s work package within the ReDAPT Tidal project was to design and conduct a data acquisition campaign to increase understanding of the ﬂow conditions in the nearﬁeld of a tidal ...
Supplementary Information - Multiple time grids in operational optimisation of energy systems with short- and long-term thermal energy storage Renaldi, Renaldi; Friedrich, DanielSee "EGY_SupplementaryInformation_RRenaldi.pdf".