ISSN 0253-2778

CN 34-1054/N

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2022, 52(10): 2-1-2-9.

Design and optimization of transparent scattering solar concentrator based on SiO₂ aerogel .

Figures of the Article

TEM photograph of SiO₂ aerogel.
(a) Structure of SSC; (b) photograph of 20.2% aerogel SSC.
Measured and calculated efficiencies and transmittances as functions of SiO₂ aerogel concentration.
Transmitted light intensity spectrum (red line) of a 20.2% aerogel SSC measured under sunshine, sunlight spectrum (blue line), and the measured (black line) and calculated (dash-dotted line) transmittance spectra.
Color rendering index (Ra) and monochromatic color rendering index (R1–R15) of the SSC (20.2%).
Monte Carlo ray-tracing program flowchart.
(a) Angular distribution of s-polarized light scattering; (b) angular distribution of p-polarized light scattering; (c) total angular distribution of natural light scattering.
AM1.5 and simulated transmission spectra of SSC (20.2%).
Fate statistics of the 500000 simulated photons.
Simulated collection probability of a 100 mm × 100 mm SSC surface (20.2%).
Schematic of the anisotropic scattering of parallel arranged nanosheets.
Scattering intensity of incident photons. Nanosheet size: 200 nm in diameter, 20 nm in height. Waveguide matrix refractive: 1.5, nanosheet refractive: 2.55.
Typical angular distributions of scattering probability for photons incident (a) perpendicular, (b) parallel, and (c) 30° to the nanosheets and (d) perpendicular to the nanosphere (radius = 50 nm).
Fate statistics of the 500000 photons under nanosheet SSC.

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ISSN 0253-2778

CN 34-1054/N

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