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Technological advancement in renewable energy systems and government incentives like Feed In Tariff Program for green electricity generation is motivating utilities around the world to upgrade their existing distribution system infrastructure in order to accommodate increased wind power and photovoltaic (PV) solar power based distributed generation (DG) systems. This paper presents the effect of Distributed...
Recently, distributed generators are applied not only to inject power into the grid/local load, but also to compensate power quality problems. In this paper, a method for selective voltage harmonics compensation in microgrid based on the proper control of distributed generator (DG) interface converter is proposed. In this method, active and reactive power control loops are considered to control the...
Distributed generation (DG) islanding is usually analyzed and tested using RLC loads. In this paper, the performance of inverter based DG during an islanding condition is analyzed taking into account the different load models (constant impedance, constant power and constant current). The DG is operated as constant power source operating at unity power factor. The effect of voltage and frequency dependence...
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