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Converter topologies for offshore wind farms must be designed taking into account reliability and size of the converter. Reduced matrix converter fulfill this two requirements and permits to built a series connected grid. The modulation of this converter can be done by space vector or carrier based modulation. Both types of modulations must be modified to accomplish the requirements of the three phase...
This paper investigates the implementation of a matrix converter for shunt reactive power compensation. The input of the matrix converter can be connected to the power grid and the output to a Permanent Magnet Synchronous Machine (PMSM). By controlling the input displacement angle Φi, the reactive power flowing into the grid can be controlled. To prove the concept of reactive power compensation using...
This paper presents a concept of high frequency link for offshore wind applications based on a reduced matrix converter oriented to reduce the size and volume of the elements in the nacelle. A modular approach aimed at increasing reliability of the conversion system, which can be used in series or parallel connection of the off shore grid is also presented. Features of the proposed conversion concept...
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