Abstract
In the agricultural sector of the municipality of Guasave, diesel pumps are currently used to irrigate the various crops, this due to the lack of water that has occurred in recent years. To do this, these pumps are mostly manufactured with very rustic physical structures and only with analog markers that are not very precise. This situation keeps the equipment unprotected and only shows parameters analogically, this makes the process inefficient. With the present project, we designed, developed and simulated a prototype of a system that evaluates and monitors the physical parameters that influence the operation of different thermal machines used for pumping. To achieve the above mentioned, a series of sensors were installed, the signal is sent to Raspberry Pi 3, in which the data is processed, stored and shown to the user of the equipment through a graphic interface. A possible improvement of this system in the future would be to create a mobile application, which in real time, could alert the user of possible failures, decreasing the side effects on the environment, optimizing crop rotation for the continuous improvement of the competitiveness of the agro-industrial sector in northern Sinaloa.
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