4/27/20091Turbine Integration and ApplicationsAndrew KusiakIntelligent Systems LaboratoryThe University of Iowa Intelligent Systems Laboratory2139 Seamans CenterThe University of Iowa Iowa City, Iowa 52242 - [email protected]: 319-335-5934 Fax: 319-335-5669http://www.icaen.uiowa.edu/~ankusiakIntroductionThe University of Iowa Intelligent Systems LaboratoryHVDC lines are more compact, and less costly than HVAC linesTransmission CostThe University of Iowa Intelligent Systems Laboratoryand less costly than HVAC lines of the same capacityDirect vs alternate current argumentTime Scales in SystemPlanning and OperationsThe University of Iowa Intelligent Systems LaboratoryNYSERDA Report (2005)4/27/20092Time Scales in System Planning and OperationsThe University of Iowa Intelligent Systems LaboratoryNYSERDA Report (2005)Time Scales in System Planning and OperationsThe University of Iowa Intelligent Systems LaboratoryNYSERDA Report (2005)Time Scales in System Planning and OperationsThe University of Iowa Intelligent Systems LaboratoryNYSERDA Report (2005)Time Scales in System Planning and OperationsThe University of Iowa Intelligent Systems LaboratoryNYSERDA Report (2005)4/27/20093Autonomous Power Supply SystemThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 567Irrigation SystemThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 573Desalination PlantThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 575Energy and Water Supplying SystemThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 5784/27/20094Wind-Diesel SystemThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 580Household WT Interconnected with a GridThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 582Grid Connection of a Small Wind FarmThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 592Internal Cabling of a Large Wind FarmThe University of Iowa Intelligent Systems LaboratoryHau (2006), p. 5924/27/20095Hydrogen Transmission ScenarioElectrolyzerH2OH2O2PETo Compressor orHydrogen PipelineThe University of Iowa Intelligent Systems LaboratoryElectrolyzerH2OH2O2PETo Compressor orHydrogen PipelinePE: Power ElectronicsElectrolyzerOffshore DevelopmentsDenmark: Middelgrunden,13 x 1500 kW = 20 MWThe University of Iowa Intelligent Systems
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