Diseño e implementación de un prototipo de sistema automático de adquisición de variables de temperatura y oxígeno disuelto para tanques de criaderos de camarón

Abstract

The present research work is a demonstration of the potential of IoT technology, as it can enhance the production processes in the aquaculture industry. This project proposes the implementation of an ESP32 microcontroller in shrimp breeding pools, serving the purpose of recording temperature and dissolved oxygen variables in water. Real-time data acquisition and the ability to monitor and visualize them from anywhere with internet access are valuable tools that allow for continuous improvement in efficiency and work quality, as well as ensuring the proper management of aquaculture techniques with increased production and quality. The experimental practice resulted in identifying the ideal temperature value as 33.5°C, and for the dissolved oxygen variable in water, the range for the well-being of shrimp larvae is between 5 to 7 mg/L. With this information, the shrimp breeding manager maintains precise control over reading records to understand ongoing conditions and make necessary corrections.