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In this paper, a new approach for modeling and control of reactive power in microgrid is presented. This structure utilizes wind turbine driven doubly fed induction generator (DFIG). Firstly, the dynamics of voltage and reactive power of DFIG and synchronous generator are represented via a model. After that, a control system is designed for the microgrid reactive power. This control strategy is used...
Different kinds of sources with different capacities can be connected to a Microgrid. In autonomous operation when Microgrid is disconnected from the main grid, beside feeding total load and sharing power between sources, voltage and frequency requirement of the loads should be met. In this paper a droop control is applied to a standalone multi-converter based power system. Frequency and voltage are...
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