A modified SVM technique based on generic algorithm is configured as per the SAF system structure. The proposed SVM technique is superior compared to the conventional SVM technique and carrier-based PWM due its faster response, less computational time and less memory requirement. The harmonic mitigation standard using the SVM approach is significant under ideal grid voltage. The switching state at any point can be easily determined from the SVM algorithm which enables effective real-time experimentation with lesser computational problem. The enactment of the SAF is investigated using i_d - i_q control technique and a comparative evaluation is carried out by applying carrier-based PWM and SVM technique.
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