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The finding based on this research provides a low-cost method to achieve high performance in capacitor.
Embedded capacitor technology can improve electrical performance and reduce assembly cost compared with traditional discrete capacitor technology.
An important outcome of the proposed approach is the cost savings related to purchasing new capacitor banks.
The improved cost function offers a capacitor voltage control that corresponds more closely with the desired behavior and adds a limitation on the capacitor voltage deviation.
Simulation results show the better saving in cost over previous capacitor placement algorithm.
The comparison showed the effectiveness of the proposed approach for optimizing the sizes and locations of the capacitor with running and total cost reduction.
Temperature field simulation for self-healing power capacitor makes sense to the capacitor optimization and improvement of capacitor’s rated voltage and capacity.
Typical cost functions result in tracking control for the flying-capacitor voltages, although this does not correspond with the desired system behavior.