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Solar panel with Newton's disk, electric car, accumulator, rheostat and consumer unit

Function

Intended for experimental study, laboratory work, and experiments on: Photovoltaic energy. Some factors that influence photovoltaic panel performance. Observing Newton's disk, maintaining the distance between the illuminator and the panel, without a filter. Illuminance or luminous flux. Observing Newton's disk, maintaining the distance between the illuminator and the panel, with a filter. Light energy absorbance. Light energy transmittance. Observing Newton's disk, varying the angle of incidence, without a filter. Verifying the maximum performance conditions of a photovoltaic solar panel. Observing Newton's disk, varying the electrical resistance of the circuit. What is understood by illuminance, illumination, and luminous flux. Electricity generation through a solar panel and blackouts. Renewable energy. Solar energy. The photovoltaic effect. Solar parks. Electricity consumption and generating capacity. The advantages of using an energy storage battery in a charged solar panel circuit. Preparing the charging battery. Measuring the variation in the voltage difference (DDP) across the electrical energy accumulator associated with the solar panel. The characteristic curve of the photovoltaic solar panel and its efficiency. Measuring electrical currents and voltages with perpendicular incidence. Constructing the data table and graph. Calculating the solar panel's form factor. Determining the resistance and electrical power of the solar panel for different currents and voltages, perpendicular incidence. Measuring the voltage and current, perpendicular incidence, increasing the distance. Determining the resistance and electrical power of the solar panel for different currents and voltages, perpendicular incidence. Measuring the voltage and current, perpendicular incidence, maintaining the distance, varying the angle. Determining the resistance and electrical power of the solar panel for different currents and voltages, perpendicular incidence. Determining the panel's area of incidence. Solar radiation. Determining the efficiency of the photovoltaic panel. Using solar energy to power an electric car. Energy transformations. Using solar energy to power an electric Newton's disk. Using solar energy and an electrical energy accumulator to light a light bulb. The conversion of light energy into electrical energy in a solar panel. The conversion of electrical energy into light energy in a light bulb. Light and optics. The composition of colors on a Newton's disk. Connecting the electrical Newton's disk to the solar panel. The decomposition of light, dispersion of colors. The composition of white light and the Newton's disk. The dwell time, persistence time, of the image on the retina. The superposition of images and the resulting color, etc.

Cidepe - Industrial Center for Teaching and Research Equipment - is a company of reference in educational instruments in educational institutions in Brazil and abroad. With an experienced team of engineers, professors, researchers, consultants and other collaborators, Cidepe develops products with technology and human talent to improve the teaching dynamics.
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Key Experiments

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