Sistema de monitoreo de variables eléctricas implementando blockchain y Python

Objective: This article presents one of the Blockchain applications in power systems employing the electrical variables monitoring delivered by a simulated relay. Methodology: The electrical variables are verified, compared, and uploaded to a blockchain network created by a network of servers; these are responsible for uploading, validating, and exporting information to the system. This study is carried out through the Python programming language. Results: An algorithm capable of integrating these variables from a simulated relay is created, 4 servers are created that are in charge of taking the relay signals every minute, validating that they are unique in the blockchain and uploading them, the first node that completes this task uploads its identification and the information of the relay, the processing times of the information once obtained are approximately 10 seconds Conclusions: It is concluded that the algorithm is capable of decentralizing the information collected by the servers in times equal to or greater than one minute, which can be very useful when saving information, in applications such as control by the network operator it falls short by having times greater than or equal to one minute, it should be taken into account that, for the development of a blockchain with a greater number of equipment, it is advisable to use machines with high levels of processing, much higher RAM memories, these characteristics allow the algorithm to run smoothly and in the shortest possible time. Financing: Universidad Distrital Francisco José de Caldas Objetivo: Este artículo presenta una de las aplicaciones Blockchain en sistemas de energía que emplea el monitoreo de variables eléctricas entregado por un relé simulado. Metodología: Las variables eléctricas se verifican, comparan y cargan en una red blockchain creada por una red de servidores; estos son responsables de cargar, validar y exportar información al sistema. Este estudio se realiza a través del lenguaje de programación Python. Resultados: Se crea un algoritmo capaz de integrar estas variables desde un relé simulado, se crean 4 servidores que se encargan de tomar las señales del relé cada minuto, validando que son únicas en la blockchain y subiéndolas, el primer nodo que completa esta tarea carga su identificación y la información del relé, los tiempos de procesamiento de la información una vez obtenida son aproximadamente 10 segundos Conclusiones: Se concluye que el algoritmo es capaz de descentraliz