Desarrollo de un módulo de dimensionamiento optimo para sistemas híbridos de energía fotovoltaica-eólica.

Abstract

Nowadays many homes, most of them rural ones, don’t have electric energy services in Colombia, and they’re not near to get it due to different social, geographic and environmental reasons and/or for living in places that are hard to access, which makes difficult for them to connect to the national energy suppliers; this makes the implementation of clean energies a viable, realistic and environmental friendly option to face this trouble, this book documents the design and building of an unit put together with manufactured pieces through Fused Deposition Modeling methods (FDM) and subtractive manufacture schemed by CNC, this unit is equipped with sensors that get climatic information of the specific location where it’s installed, this data can be watched online allowing to have remote access to its information in real time. With the collected data is implemented an algorithm in order to evaluate a hybrid system using photovoltaic-wind energy in accordance with the weather conditions of the studied location to satisfy the needs of the rural home in this location. In this investigation the importance of knowing the climatic information and weather conditions of a place stands out when planning to evaluate and carry out a hybrid photovoltaic-wind energy system.