Desarrollo de un sistema automático para almacenamiento y registro del cosnumo de agua en parques urbanos mediante autonomía energética solar

Abstract

In this project, an energetic autonomy system was realised which in solar panels were used to collect photovoltaic energy, charge controller and backup batteries, energizing control elements, communication, sensing of system parameters and actuators with their different feading voltages since it was conditioned depending on working levels, in that way it was implemented to the crop Moisturizing Device . A local control system was developed which exchanged water level signals together with humidity parameters wirelessly. A control system was made to fill the secondary reservoir of the cultivation hydration device from a main reservoir with which a closed loop control was used to receive data corresponding to the water level in such way that the parameters of water resource are the optimal ones for the operation of the system, logical algorithms were used with which work cycles were helpful in scaling up the maximum capacity of the secondary reservoir, establishing an approximation of the system's consumption. A network application was developed which visualices the information on the established consumption of the process graphs if the hydric and humidity resource level were displayed. The activation of the electric pump respecting on time, working cycles, approximate consumption in liters, numerical parameters and Hydrating Device displaying for field cultivation with its respective activation or deactivation from the network application