Development of Bus and Line Control Method for Short-Circuit Current Reduction Using Genetic Programming

In this study, genetic programming (GP) is used for optimizing bus and line separation methods to reduce the short-circuit current. Expanding power systems led intensive electric more transmission lines, reducing grid impedance. This increases currents that occur during failure, it impossible continue developing higher-capacity breakers accommodate such currents. Therefore, must be managed systematically through busbar separation. However, there are countless possible schemes systems. Furthermore, comply with power-system reliability standards, no lines or transformers should overloaded after controls applied. paper proposes use of GP optimize obtaining a solution. The solutions limited can implemented in real systems, convergence probability optimization time. proposed technique useful designing consideration