Abstract
There has been a growing concern to supply power to customers mainly when their processes are based on susceptible loads. In such a scenario, power quality becomes extremely relevant. This study investigates the power flow operation in a three-phase unbalanced radial distribution network for dynamic load intervals, in order to regulate the wind production. This paper presents the power loss and voltage improvement benefits for wind integration in a three-phase unbalanced radial distribution network (URDN) by choosing the best location and the right amount of penetration of wind generation. The combination of constant power, constant current, and constant impedance load models are incorporated into the power flow method of the backward forward sweep. The IEEE 37-bus URDN is contemplated to test the proposed method.
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