Current technological developments provide useful and easy-to-apply tools in automated management of irrigation systems. Automation has the main advantages of increasing the saving of resources such as investment, time and labor as well as improving the management of water resources. The research methodology was as follows: a) selection of the microcontroller, sensors, relay and communication module, b) calibration and validation of the sensors, c) integration of the programming codes, d) communication and development of the mobile application and e) irrigation system control and soil moisture monitoring. Analog and digital sensors were implemented to measure pressures, flow rates, soil moisture and water levels in the reservoir. The sensors were calibrated and validated, obtaining the R2 between 0.95-0.99 in the calibration indicating a high correlation between the physical and electric...

Current technological developments provide useful and easy-to-apply tools in automated management of irrigation systems. Automation has the main advantages of increasing the saving of resources such as investment, time and labor as well as improving the management of water resources. The research methodology was as follows: a) selection of the microcontroller, sensors, relay and communication module, b) calibration and validation of the sensors, c) integration of the programming codes, d) communication and development of the mobile application and e) irrigation system control and soil moisture monitoring. Analog and digital sensors were implemented to measure pressures, flow rates, soil moisture and water levels in the reservoir. The sensors were calibrated and validated, obtaining the R2 between 0.95-0.99 in the calibration indicating a high correlation between the physical and electric...

Current technological developments provide useful and easy-to-apply tools in automated management of irrigation systems. Automation has the main advantages of increasing the saving of resources such as investment, time and labor as well as improving the management of water resources. The research methodology was as follows: a) selection of the microcontroller, sensors, relay and communication module, b) calibration and validation of the sensors, c) integration of the programming codes, d) communication and development of the mobile application and e) irrigation system control and soil moisture monitoring. Analog and digital sensors were implemented to measure pressures, flow rates, soil moisture and water levels in the reservoir. The sensors were calibrated and validated, obtaining the R2 between 0.95-0.99 in the calibration indicating a high correlation between the physical and electric...

Current technological developments provide useful and easy-to-apply tools in automated management of irrigation systems. Automation has the main advantages of increasing the saving of resources such as investment, time and labor as well as improving the management of water resources. The research methodology was as follows: a) selection of the microcontroller, sensors, relay and communication module, b) calibration and validation of the sensors, c) integration of the programming codes, d) communication and development of the mobile application and e) irrigation system control and soil moisture monitoring. Analog and digital sensors were implemented to measure pressures, flow rates, soil moisture and water levels in the reservoir. The sensors were calibrated and validated, obtaining the R2 between 0.95-0.99 in the calibration indicating a high correlation between the physical and electric...