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Resalt of Modeling of optical parameters for optimum collection of concentrated solar radiation for photovoltaic devices - Essay Example

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6.9). Correspondingly, the material (PMMA), radial height (0.846 mm), and thickens (4mm) are added to the Fresnel 1 row (Illuminating Engineering Society 104), (Fig…
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Resalt of Modeling of optical parameters for optimum collection of concentrated solar radiation for photovoltaic devices
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Best power exists when the distance between the Fresnel lenses and the CPC equal to the focal length, unlike when the focal length is less than the distance (Partain & Fraas 318). The phenomenon occurs because of loss in the concentrated beam that falls on the CPC. Besides, focal point forms at CPC if focal length is longer than the distance. Therefore, change in the path of the incident beam results into loss of the beam (Fraden 164). First law of refraction highlights the if the distance between the Fresnel lenses and the CPC equal to the focal length, most of the beam will concentrated at exit aperture (Lindenfeld and Brahmia 241)
Moreover, the experiment established acceptance angle. Adjusting the Angle of incidence beam on the Fresnel lens (Tilt About x), when the distance between the Fresnel lenses and the CPC equal to the focal length as showing below.
Based on the experiment, we identified that power generated by the CPV system decrease with increase in the Incidence angle (Luque 89). Whereas, at a point where power equal to zero, the Incidence angle becomes the Acceptance angle, usually (4o). Hence, the system limits deviation of radiation falling more than three degrees (Fischer 140). As shown in Table ...Download file to see next pagesRead More
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