Abstract
Four-leg voltage source converters have successfully been used to nullify the zero-sequence current generated by unbalanced or nonlinear loads. This paper introduces an intelligent and computationally efficient neuro-computing classification algorithm for the implementation of three-dimensional space vector modulation (SVM) on four-leg voltage-source inverters. The proposed technique avoids non-linear function approximations, and removes any dependency on complicated look-up tables. This advantage makes the use of the proposed technique of major gains in modern power systems and applications such as packaging technology and application-specific integrated circuit (ASIC) design. The proposed scheme is validated by analytical analysis, and simulations on a four-leg voltage-source converter
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