Direct solar pumping for irrigation methods with constant pressure and flow characterized by having photovoltaic modules for the capture of solar radiation also composed of an extractor pump, also having an auxiliary storage tank whose capacity will be a few minutes of flow of the pump or pressure booster pumps that have level sensors. This system will also have a pump or pressure pumps that have a flow greater than the maximum of the extraction pump and a valve or pressure opening that prevents the passage of water through the pressure pump . the system will have frequency variators for each of the pump motors, preferably with integrated pid control. All this connected to an automaton, plc or equivalent logical system that allows the adequate programming required by the system, this being able to be incorporated within the frequency inverters themselves. Said solar pumping will have radiation and temperature probes. 2 solar pump according to the previous claims, counting on any other motor that optionally wants to be added to the system for the movement of the irrigation system with its corresponding frequency inverter. 3. Solar pumping according to previous claims counting with voltage and current probes of the photovoltaic modules for the implementation of an mpp algorithm. (Machine-translation by Google Translate, not legally binding)
