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The paper addresses the control of multi-terminal high voltage direct current (HVDC) networks with voltage source converters (VSCs). A general model is presented in order to describe the behavior of the multi-terminal VSC-HVDC networks in any possible operating condition. Based on this model, we propose a systematic design procedure for computing a decentralized static output feedback (SOF), the so-called...
This paper addresses the control of multiterminal voltage-source converters at high-voltage direct current in the context of offshore wind farms. Droop control is commonly used to regulate the dc voltage in this kind of grid, and droop parameters are selected on the basis of steady-state analyses. Here, a control design methodology is proposed based on the frequency-response analysis. This methodology...
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