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Distributed Generation (DG) has an important role regarding the quality of power of distribution networks. It can impact in many ways such as the improvement of reliability and the voltage quality levels of the network. This paper is an extension of a previous work, which proposes a methodology, allocating generators from different sizes and technologies in distribution networks, in order to assess...
This paper presents a methodology and a computational tool developed for the assessment of the impacts caused by photovoltaic and wind generators, up to 100 kW, connected to the distribution networks, and aims at a real network application. The impact on the power distribution systems planning derive from the new network configuration caused by the installation of distributed generators and the demand...
This paper discusses the connection of photovoltaic system, including microgrids formation, in power distribution networks. The proposed model integrates the descriptive elements of a photovoltaic system: solar radiation, typical load behaviors (residential, commercial and industrial). Based on the developed methodology, a computer implementation of the modules for simulation and impact analysis of...
This paper presents a methodology for assessment of the impacts on the distribution network faced with the presence of electric vehicles (EV) and aims at its application in the distribution networks of two power utilities in Brazil. The impact on the electrical system is originated by the loads on the network, which are represented by particular and typical load curves associated to consumers, and...
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