Numerical Investigation in Power Grid Dispatching using the Concept of Fuzzy Directed Graphs

Abstract

This case study explores the application of fuzzy directed graphs in power grid dispatching, aiming to enhance the efficiency and reliability of power grid operations. By incorporating fuzzy logic, the study introduces uncertainty and imprecision into the traditional directed graph model, allowing for more robust decision-making in power grid dispatching. Real type imaginary hypothetical data sets are utilized to demonstrate the effectiveness of the proposed approach. Mathematical equations and calculations are presented to showcase how fuzzy directed graphs can be applied to optimize power flow and scheduling in a power grid.