Titlebook: Harmonics in Offshore Wind Power Plants; Application of Power Jakob B?rholm Glasdam Book 2016 Springer International Publishing Switzerland

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Introductionected challenges and opportunities, related to this Industrial Ph.D. project will be described. The overview given in this chapter provides the information needed for defining the scope and expected deliverables from the Ph.D. project, which will be presented in the following chapter.

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Problem Definitionchapter. The scope and deliverables from this Industrial Ph.D. project are presented in this chapter, based on the overview in Chap. .. This chapter furthermore defines the approach, limitations and thesis outline.

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Overview of the Modular Multi-level Cascaded Convertersnsidered within the research project. An overview of the previous two- and three-level voltage-sourced converter high-voltage direct current (VSC-HVDC) is briefly presented. The review will focus on the technology evolvement, industrial installations, and the working principles of the MMCCs. The rev

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Multi-level Converter Modelling and Evaluationeneric modelling of the commercial available voltage-sourced high-voltage direct current (VSC-HVDC) and the static compensator (STATCOM) described in Chaps.?. and .. The detailed equivalent modelling technique proposed in Chap.?. is considered in the representation of the MMCCs. The low level contro

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Power Electronic Grid Simulator for Wind Turbine Generator Compliance Testingdvanced multi-megawatt sized power electronic grid simulator test system during the author’s stay-abroad. An overview of the test system is presented in this chapter. The obtained test results are used to develop and evaluate time domain models of the grid simulator (referred to as controllable grid

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Modelling of the Wind Turbine Generator and the Power Electronic Grid Simulatorcial multi-megawatt sized type 4 wind turbine generator (WTG) was given in Chap.?.. This chapter focusses on the time domain modelling of the CGI and the WTG. The models of the power electronic devices (PEDs) are implemented in PSCAD/EMTDC. The obtained test results are used to evaluate the time dom

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Evaluation of the Time Domain Models of the Wind Turbine Generator and the Power Electronic Grid Simat the National Renewable Energy Laboratory (NREL) was presented in Chap.?.. Detailed, generic electromagnetic transient (EMT) models of the CGI and the WTG were developed in Chap.?.. The purpose of this chapter is the evaluation of said models. The models are implemented in PSCAD/EMTDC and evaluate

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