Static Planning of the Expansion of Electrical Energy Transmission Systems Using Intelligent Algorithms

This article aims to explain the application of a recent intelligent technique (2021) which is supported by the four basic math operations (addition, subtraction, multiplication, division) whose name is Arithmetic Optimization Algorithm (AOA). When talking about electric power systems, the application of AOA is almost non-existent, which motivated its application in these article. So, the recent method is used, in this work, in order to solve the static planning of the expansion of electric power transmission systems, which is a complex issue, since it is a problem of Mixed Integer Nonlinear Programming (MINP), presents several solutions and can lead to the phenomenon of combinatorial explosion due to the different alternatives. Finally, a comparison was made with the Genetic Algorithm (GA). All simulations were performed in the Garver and South Brazilian systems. Then the results show the applicability and efficiency of AOA in solving the problem in question.