Application of the Akagi and Komatsu instantaneous power theory to control of a matrix converter using barycentric coordinates under an unbalanced supply

Key Points

• The aim is to apply the Akagi and Komatsu instantaneous power theory to control matrix converters for better performance under unbalanced supply conditions.
• Application of instantaneous power theory to matrix converters
• Utilization of barycentric coordinates for control methodology
• Analysis of performance under unbalanced supply conditions
• Improved stability of the matrix converter under unbalanced supply
• Enhanced efficiency in power control achieved with barycentric control
• Demonstrated successful application of theoretical principles to practical scenarios