A CHRONOLOGICAL COMPOSITE SYSTEM ADEQUACY ASSESSMENT CONSIDERING NON-DISPATHABLE RENEWABLE ENERGY SOURCES AND THEIR INTEGRATION STRATEGIES
A CHRONOLOGICAL COMPOSITE SYSTEM ADEQUACY ASSESSMENT CONSIDERING NON-DISPATHABLE RENEWABLE ENERGY SOURCES AND THEIR INTEGRATION STRATEGIES
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Date
2011
Authors
Leonel Magalhães Carvalho
Ricardo Jorge Ferreira
Mauro Rosa
Vladimiro Miranda
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Abstract
Many studies addressing the effect of wind power integration strategies on the system adequacy assessment
have been made, only concerning the generation point of view and usually disregarding the effect of the
transmission network. On the other hand, studies considering
the transmission network usually have ignored the effect of wind power integration strategies, focusing only
on capturing the time dependent nature of this type of renewable energy source. Therefore, this work presents a
chronological Monte Carlo simulation approach that assesses the system adequacy of composite systems generation and transmission)considering non-dispatchable and
dispatchable renewable energy production (wind and hydro, respectively). Case studies involving the IEEE-RTS 79 and modified versions of this system are presented and
discussed as didactic examples.