In this paper, a novel strategy for virtual impedance design in droop-connected converters is analysed; the method is based on the stability analysis of equivalent system loops and aims at defining feasible operating regions of the converter depending on the control parameters. The effect of the tuning on the regulating performances of the system then has been tested in a simulation environment.
A stability-oriented design method for virtual impedance loop in droop-controlled converters
BOLZONI, ALBERTO;PERINI, ROBERTO;
2017-01-01
Abstract
In this paper, a novel strategy for virtual impedance design in droop-connected converters is analysed; the method is based on the stability analysis of equivalent system loops and aims at defining feasible operating regions of the converter depending on the control parameters. The effect of the tuning on the regulating performances of the system then has been tested in a simulation environment.File in questo prodotto:
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A stability oriented design method for virtual impedance loop in droop controlled converters.pdf
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