Dynamic Power Factor Correction in Industrial Systems: An Automated Capacitor Bank Control Approach

In industrial contexts, optimizing power factor efficiency is of paramount importance. This work presents a comprehensive study that focuses on the enhancement of power factor efficiency in industrial systems through the implementation of an intelligent capacitor bank control strategy. The methodology employed utilizes real-world data collected from an industrial facility to assess power factor performance before and after the installation of capacitor banks. This approach encompasses motor modeling, algorithm development, and an economic feasibility evaluation. The research findings highlight the significant improvement in power factor, reduction in energy losses, and overall system performance optimization achieved through the proposed strategy, which includes the creation of different capacitor bank stages for achieving the desired KVAR and ensuring the optimal use of capacitor banks.