Piloto de visualización de consumo y ahorro de energía eléctrica en la oficina de docente.

Abstract

The Project already worked on to obtain the title includes an implementation of a home automation system for the Faculty of Engineering in Computer Science, in which the administrative staff will be able to monitor the use of electrical energy that is installed in the electrical connections allowing the control under the home automation system by means of the light sensor and motion sensor according to the intensity that occurs during the morning, evening and night hours. In addition, it has a tool designed to monitor electricity consumption in the teacher's office. All this information collected over the course of days is sent by an internet connection through the Wi-Fi system and displayed on a cloud server called Ubidots, which is in charge of storing the information received by the aforementioned sensors. Where they will be able to select in visualization format of the electrical consumptions to taste of each administrative area. In addition, for a better interaction with the administrative staff, the system will remain coupled at the same time to the most recent innovation technologies that are currently available, such as the Google Assistant and Alexa systems, whose devices coupled to the systems will allow the function of voice command to the switches that are part of the new terminology called Smart Home. This implemented and integrated system is given thanks to new developments carried out by the Arduino community for the implementation of home automation. A tool called ESP Rain Maker was used, which provides us with communication and reduction of electronic components for the development of this system, in which it has one of its main libraries, rmaker.h, which is in charge of connecting to the systems by the voice command.