Applied Optics · 1981 · 23 citations · 6 references
Natural SciencesPhysicsOptical MaterialsOpticsVisual OpticsChromatic AberrationOptical AberrationsPhysical OpticsRefractive IndexSolar IrradianceSolar RadiationAberration TheoryChromatic-aberration InteractionConcentrationSolar ConcentratorsSolar Energy ConversionThermodynamic EntropyThermodynamic FactorsThermodynamic Work
In concentration systems using Fresnel lenses the effect of the chromatic aberration can become important. In this paper we propose a method to take this effect into account for designing purposes. Also we define a parameter that allows one to estimate the degradation of the thermodynamic quality of the concentrator due to this effect. This parameter follows a hyperbolic law, with the acceptance angle showing that it is important to consider chromatic aberration when modeling concentrators with a high concentration factor. However, this complexity is unnecessary for moderate or low concentration factors.
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Principles of solar concentrators of a novel design
Roland Winston · Solar Energy · 1974 · 567 citations
Fresnel lens analysis for solar energy applications
E. Lorenzo, A. Ĺuque · Applied Optics · 1981 · 45 citations
Color-corrected Fresnel lens for solar concentration
E. M. Kritchman · Optics Letters · 1980 · 16 citations