To transmit solar radiation, densely packed optic fiber bundles have been used. All the experiments were performed in a controlled environment. They performed some simulations of other variations of the prototype that they created and then compared their operating parameters and final results.
The practicality and functionality of a solar fiber-optic-based parabolic lighting system for capturing sunlight for indoor illumination were examined. Ecotect, Radiance, and Relux were some of the programs utilized to create the simulation models, whereas Photopia was used to create the curves (CDCs) for all of the models.
Methodology: The system design includes a wave-selecting filter-coated CPC that reflects specific wavelengths onto a receiver tube and transmits others onto photovoltaic cells. Optical models are developed and validated through experiments.
Here they have used an acrylic Fresnel lens to concentrate the solar radiations and a single optic fiber band to transmit the solar radiation. The maximum illuminance that they were able to use was 16,000 lx at the peak day and during the morning and evening, it comes out to be 10,000 – 12,000 lx.
Optical fiber transmission enhances solar power generation systems through efficient collection and distribution of sunlight. In urban settings with limited space, optical fibers transmit light
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