Citas bibligráficas
Marquez, C., (2023). Diseño e instalación de la automatización vía radiofrecuencia del sistema de riego por goteo, fundo Rancho Chico – Andahuasi [Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/6294
Marquez, C., Diseño e instalación de la automatización vía radiofrecuencia del sistema de riego por goteo, fundo Rancho Chico – Andahuasi []. PE: Universidad Nacional Agraria La Molina; 2023. https://hdl.handle.net/20.500.12996/6294
@misc{renati/953629,
title = "Diseño e instalación de la automatización vía radiofrecuencia del sistema de riego por goteo, fundo Rancho Chico – Andahuasi",
author = "Marquez Calderon, Celia Stephania",
publisher = "Universidad Nacional Agraria La Molina",
year = "2023"
}
The management of an agricultural fund requires a high human resource for the maintenance and operation of crops and the technified irrigation system. The turning on of the equipment (electropump and hydraulic valves) is a constant labor that is carried out daily, and the manual operation can generate failures in the pressurized irrigation system due to a bad operation. Therefore, the automation and remote control of technified irrigation is an ideal management tool that reduces failures due to human errors and allows for 24-hour irrigation thresholds. The present work consisted of automating and remote controlling the "Rancho Chico - Andahuasi" farm, located in the district of Sayán, Huaura province, Lima department. The work area was 52.63 hectares of avocado crops. The farm had 4 irrigation shifts with 3 irrigation laterals per row of trees, the dripper flow was 2 lt/hr spaced every 0.5 meters and the hydraulic design was evaluated, and it was observed that it guarantees the pressures and flows for each irrigation valve. The implementation of automation and remote control was carried out in 3 stages: the first started with the selection and location of the RTUs, valves, solenoids, and antennas and the automation plan was developed. The second continued with the installation of the radio frequency system. Thirdly, the measurement and budget for the automation system was carried out.
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