Design of a Fuzzy Controller for a Hybrid Generation System

Abstract

This paper presents the design of a control system for the automatic connection/disconnection and distribution of load, between an asynchronous alternator and a generator, in a hydroelectric central that works in isolated mode. The design of a control algorithm based on fuzzy logic is exposed, as this is a flexible method to be used in different installations with a variety of technology. The controller is supported on the Arduino Mega 2560 platform, in order to develop a low-cost system with its own technology, it is tested by computer simulation using the professional software Proteus v7.7, which guarantees that once validated the correct operation of the controller can be migrated to another system, say for example a PLC. The results obtained are shown and the simulations performed to the different blocks of the system are explained.

Challenges and perspectives of the use of photovoltaic solar energy in Colombia

“…It is also possible to include qualities such as the integrity of the information handled that depends on the design objective; mobility as the agent's ability to move in the environment and move through a network of processing nodes to perform specific tasks [27], [28]. Another quality is intelligence, which allows the agent to analyze and order knowledge about the environment and use it appropriately.…”

Diseño e implementación de una aplicación Android para el monitoreo y toma de decisiones de una edificación inteligente

“…Si la alimentación es menor de 7V, el pin de 5V puede entregar menos voltaje volviendo la placa inestable. Por otro lado, con una alimentación a más de 12V, los reguladores de voltaje se pueden sobrecalentar y dañar la placa [15], [16].…”

Implementation of the Hierarchical Analytical Process in the Selection of the Best Source of Renewable Energy in the Colombian Caribbean Region

“…In the first place, it is very important to consider that in addition to satisfying the projected demand, electric power generation plants must be economically viable and be environmentally and socially sustainable. Taking into account these criteria and others that have been used in recent years (Ghavami, 2019), our research aims to provide a solution that allows selecting the best investment alternative in terms of electricity generation using renewable energy sources, also considering the option of hybrid systems (Nuñez et al, 2020;Zeng et al, 2019).…”