Document
2009 6th International Conference on Electrical Engineering, Computing Science and Automatic Control, CCE 2009
Application issues of four-step technique used in harmonic voltage compensator based in a single-phase matrix converter
AC-AC power conversion; Harmonic compensation; Matrix converters; Power quality AC-AC power conversion; DSPACE system; Harmonic voltages; Matrix converter; Practical issues; PWM control; Series active filters; Short-circuit conditions; Single phase matrix converter; Active filters; Automation; Control; Control theory; Electrical engineering; Harmonic analysis; Optical devices; Power converters; Process control; Matrix algebra
This paper presents some practical issues to be considered in the PWM control system of a single-phase matrix converter used in a series active filter, avoiding short circuit conditions. The matrix converter is controlled using the four-step strategy, which is built digitally in a FPGA system. The harmonic compensator control is generated by using the single-phase dq theory and it is programmed in a DSpace system. The proposed strategies are verified by means of simulation and experimental results in a 3.6 kW, 127 V, 60 Hz prototype.
Generically Dependent Continuant
RDF description of Application issues of four-step technique used in harmonic voltage compensator based in a single-phase matrix converter - http://orbis.uaslp.mx/vivo/individual/scopus7655
Article
Information Content Entity
Conference Paper