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Base on the analysis of multi Distributed Generators (DG) paralleled with different droop control characteristics in smart grid, this paper points out that the difference of droop control characteristics would lead to the DGs' output power allocation unbalanced, and furthermore, may cause some of the DGs overload or even shutting down before the smart grid load reaches the maximum generating capacity...
This paper focuses on a control method for microsources which can work as AC voltage sources, instead of AC current sources. The microsources can not only provide AC power in grid-connected mode, but also control the frequency and voltage for the microgrid load in island mode. By using the voltage and frequency droop control method, the microsources can realize the “plug-and-play” concept: share the...
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