Simulación del proceso de crianza del camarón utilizando radiofrecuencia, sistemas embebidos y energía autosustentable, para disminuir los niveles de mortalidad.

Abstract

The present study aimed to contribute to the shrimp sector in its process of shrimp breeding, through simulating a control system, applying radio frequency technologies, embedded systems and self-sustaining energy. The aim is to intervene in the shrimp farming process in order to maintain the parameters of oxygen, size, health, temperature and salinity at appropriate levels, in order to reduce the mortality rate of the species. To this end, a fusion application research was developed to look for the best elements in order to obtain the desired results. To carry out this control was developed under the language Python two applications, being the main one base station and the second app a control system, where by means of notifications reports arrive when the controlled parameters are not maintaining the corresponding level and finally our database, where we can carry out a thorough control without being physically in the shrimp boat, improving decision-making thanks to real-time reporting with resource optimization, using a self-sustainable tool.