Sistema Híbrido de Suministro de Energía (BAT+UC+PV) de Baja Potencia para Aplicación en Monitorización y Transmisión de Datos en Entornos Marinos

Abstract

Climate change, natural and seismic events have caused irreparable damage to many countries, especially the Tsunami, so, if you could somehow reduce its impact would be of great importance in order to prevent human and material losses. It is important to have accurate information and real-time climate change that this phenomenon causes, thus, giving a warning to nearby towns to be affected. For data and monitor these unusual phenomena, there are several ways and equipment, but in between them and in which they will lead this project are those that are installed at sea by marine buoys that become collection centers information, therefore, is necessary to ensure the equipment power supply reliable, safe and steady. The supply shall be obtained by converting some natural renewable energy source available, for example, ultraviolet rays from the sun (which will focus on this project), the movement of the waves (currents) or air movement (wind) and back it in energy storage elements.