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Monte Carlo simulation of a LSC based on stacked layers of fiber arrays with core-coating different absorbing properties

Barciela Sánchez, RaúlAutor UVIGO; Quintero Martinez, FélixAutor UVIGO; Fernández Doval, Ángel ManuelAutor UVIGO; Fernández Arias, MónicaAutor UVIGO; Del Val Garcia, JesúsAutor UVIGO; Comesaña Piñeiro, RafaelAutor UVIGO; Pou Saracho, Juan Maria
DATE: 2021-06-09
UNIVERSAL IDENTIFIER: http://hdl.handle.net/11093/3143
UNESCO SUBJECT: 22 Física ; 2209.10 láseres
DOCUMENT TYPE: article

ABSTRACT

In this work, a Monte Carlo ray-tracing model for the simulation and optimization of a fiber Luminescent Solar Concentrator (LSC) based on stacked layers of fiber arrays is developed and validated. The fiber LSC efficiency improvements are compared against a conventional planar LSC. We developed a new model to analyze the performance of different configurations of bulk-doped fibers and fibers constituted by a doped coating and a passive core. These configurations are analyzed also varying fiber packing geometry diameters, and length. Due to the exceptionally low absorption coefficient of the silica fibers (αwg ≈ 10−4 cm-1), concentration factors of up to 1.9 are predicted when dimensions are scaled over 1 m2, which improve more than twice the maximum concentration factor ever reported. These results serve as a preliminary theoretical study for the future development of a new LSC design based on flexible silica micro-fibers coated with Si-QDs doped poly(lauryl methacrylate) (PLMA) layers.
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