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In normal operation, the reconfiguration of distribution network can reduce losses, balance loads and improve quality indicators. The increasing use of remote controlled equipment in power systems leads the development of more efficient techniques for automatic reconfiguration of network, being particularly important in Smart Grid applications. This paper(More)
This work presents a new methodology for short term loading forecasting whereas the influence of climatic variables (temperature, relative humidity of the air and wind speed) in the consumption behavior of an electrical power distribution system. The proposed methodology involves creating a discrete probability model (Markov chain) from the classification(More)
The parallelism of distribution networks can be used to transfer loads between feeders without the need of disconnection of consumers during the switching. In the context of the Smart Grids, the parallelism of feeders can be used in automatic reconfiguration of networks for the improvement of power quality and voltage levels, and reduction of energy losses.(More)
The objective of this paper is to present the main schemes of distribution automation used worldwide, and to describe the communication systems that can be employed. The benefits and economical results obtained with the utilization of automated systems from some utilities of different countries are showed, indicating their performance. Finally the strategic(More)
The distribution networks have been subjected to increased demand for electricity and the inclusion of distributed generation (DG), which have affected the voltage regulation. In this work, it is proposed a smart distribution transformer, which encompasses an electronic on-load tap changer and a communication system. In addition to the automatic or remote(More)
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