Solar module power capture and transference electronic system

Luis Nino-de-Rivera is a Ph. D. in electrical enginnering at the Metropolitan University in Mexico City in 1999. Research interests are neural networks, adaptive fillers and analogic CMOS design. In this paper we present a technique to capture the maximum power of solar module (SM) and its transference to battery. The electronic circuit is designed for capturing and transforming the power. This circuit adapts the voltage with low power level when voltage battery automotive of 12 a 16 Volts. This technique captures and converts with maximum power circuit and power transference electronic design. This circuit uses an inductor, an electronic switch, a blockade diode and electrolytic capacitor connected to solar module basically. The electronic circuit processes the current and voltage of the maximum power and controls the transference electronic circuit This technique and electronic circuit optimize the use of electrical energy supply by the solar module.