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New Approaches for Very Short-term Steady-State Analysis of An Electrical Distribution System with Wind Farms
AbstractDistribution networks are undergoing radical changes due to the high level of penetration of dispersed generation. Dispersed generation systems require particular attention due to their incorporation of uncertain energy sources, such as wind farms, and due to the impacts that such sources have on the planning and operation of distribution networks. In particular, the foreseeable, extensive use of wind turbine generator units in the future requires that distribution system engineers properly account for their impacts on the system. Many new technical considerations must be addressed, including protection coordination, steady-state analysis, and power quality issues. This paper deals with the very short-term, steady-state analysis of a distribution system with wind farms, for which the time horizon of interest ranges from one hour to a few hours ahead. Several wind-forecasting methods are presented in order to obtain reliable input data for the steady-state analysis. Both deterministic and probabilistic methods were considered and used in performing deterministic and probabilistic load-flow analyses. Numerical applications on a 17-bus, medium-voltage, electrical distribution system with various wind farms connected at different busbars are presented and discussed.
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Bracale, A.; Carpinelli, G.; Proto, D.; Russo, A.; Varilone, P. New Approaches for Very Short-term Steady-State Analysis of An Electrical Distribution System with Wind Farms. Energies 2010, 3, 650-670.View more citation formats
Bracale A, Carpinelli G, Proto D, Russo A, Varilone P. New Approaches for Very Short-term Steady-State Analysis of An Electrical Distribution System with Wind Farms. Energies. 2010; 3(4):650-670.Chicago/Turabian Style
Bracale, Antonio; Carpinelli, Guido; Proto, Daniela; Russo, Angela; Varilone, Pietro. 2010. "New Approaches for Very Short-term Steady-State Analysis of An Electrical Distribution System with Wind Farms." Energies 3, no. 4: 650-670.