Analisi della risposta di frequenza in caso di sbilanciamento di potenza da parte delle turbine eoliche, nel sistema elettrico del Regno Unito (UK) al 2020. Energy from the wind can be converted in electricity by wind turbines and this can make a contribution of frequency response. The simulations made show that when there is a step imbalance in load‐generation, the system frequency deviation is less when in the network we have a major presence, in term of power produced, of wind turbines. This capability of provision of frequency response byconvertor based wind turbines was investigated for a 2020 high wind pentration scenario. The aim of the presented thesis is understand which is the best union of the different Wind Turbine plants, about their work parameters, to make the best contribution to frequency response.
Frequency Response from wind turbines
Roman, Alessandro
2010/2011
Abstract
Analisi della risposta di frequenza in caso di sbilanciamento di potenza da parte delle turbine eoliche, nel sistema elettrico del Regno Unito (UK) al 2020. Energy from the wind can be converted in electricity by wind turbines and this can make a contribution of frequency response. The simulations made show that when there is a step imbalance in load‐generation, the system frequency deviation is less when in the network we have a major presence, in term of power produced, of wind turbines. This capability of provision of frequency response byconvertor based wind turbines was investigated for a 2020 high wind pentration scenario. The aim of the presented thesis is understand which is the best union of the different Wind Turbine plants, about their work parameters, to make the best contribution to frequency response.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/13346