Flujo Óptimo de Potencia : Desarrollo de Procesador de Topología usando Python y Digsilent.

Abstract

In this work, a computational tool for topology processing in electrical power systems will be developed. To this end, an exhaustive bibliographic review related to the topic was carried out, including the exploration of relevant books and technical articles, with the aim of selecting an algorithm that offered excellent performance. They were developed from programming scripts in the Python language, intended to extract data from the DIgSILENT PowerFactory program, according to the specific information requirements of the algorithm selected for topology processing. This information includes: the description of the network connectivity, as well as the status of switches and disconnectors, among other crucial elements. The core of the work consisted of the implementation of the topology processing algorithm in the Python language, which takes as I input the data extracted from PowerFactory, where there is the “node – breaker model”; As a result, the model of the electrical network is obtained in terms of bars and lines. This model, known as the "bus-line model", captures the configuration and relationships of network elements, including buses, generators, loads and transmission components, such as lines, transformers, reactors and capacitors.