Design of a Monitoring System Applied to Solar Public Lighting Poles

This work shows a design that allows remote monitoring of sensory parameters such as solar position, luminosity, vibrations, voltages and currents in solar street lighting poles. In the development of the design of this research, the public lighting poles will have LED lighting, an energy accumulator that will be charged with photovoltaic panels that have a solar tracking mechanism dimensioned to measurements, which were calculated for a specific study area " District of Parcona - ICA ”. A custom controller was designed that allows us to collect information from the sensory parameters from a distance using XBEE technology for later visualization and storage in a graphical interface developed in LabVIEW software. In this monitoring interface an autonomous control is carried out, observing in the simulations the behavior of our system both in the day mode (Charging of the energy accumulators, solar panel - battery) and the night mode (discharge of the accumulator, battery - lantern led), obtaining amperage, voltage and power values of the system for optimal operation of public lighting poles.