Monitoreo y control de cultivo hidropónico en entorno de cúpula geodésica

Abstract

Hydroponic production is a growing method that uses water and nutrient solutions instead of soil to grow plants, allowing for greater efficiency and sustainability in agricultural production. One of the main challenges of hydroponic production is ensuring an adequate supply of water and nutrients to plants, which requires precise monitoring and control of climate, lighting and other environmental factors. Using transducer sensors, data on the variables pH, temperature and humidity in soil and environment will be taken. This data will be acquired and processed using a Raspberry Pi Zero W and will later be displayed in a Python interface. In Colombia, the implementation of these technologies can have a significant impact on food production, by increasing the efficiency and sustainability of agriculture, and by encouraging the creation of new companies and job opportunities in the technology sector. Research and development of advanced technologies for hydroponic production can lead to increased production of high-quality, affordable food for consumers, and can also have a positive impact on the environment by reducing the need for land and natural resources. for agricultural production. In conclusion, the development of advanced technologies for hydroponic production has great potential to improve food production and promote economic growth and innovation in Colombia. This project was carried out at the facilities of the National Learning Service - SENA at the TecnoParque SENA headquarters, with electronic instruments and devices provided by the institution, as well as advice and advice from the teacher directors of the project.