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Matrix Converter for Grid Applications with Controllable Input Reactive Power based on the Singular Value Decomposition Modulation

This paper proposes an algorithm for the control of the Matrix Converter (MC) based on the Singular Value Decomposition (SVD) modulation to improve functionalities in its operation. This algorithm find the modulation parameters to establish an output voltage at a magnitude and phase required, where the input reactive power is controllable independently of the voltage with some restrictions. This last one is described by a math expression, which depends on the apparent output power and controllable elements of the modulation. Simulations are developed with PSCAD/EMTDC software to demonstrate the effectiveness of the proposal.