Mathematical Modeling and Experimental validation of a Highly Efficient Flat Plate Solar Collector with compound Transparent Insulation Materials including a Silica Layer
Abstract
The present work consists in the development of a highly efficient solar thermal flat plate solar collector [FPC] with transparent insulation materials [TIM] at high temperature ranges. The emphasis of the research is set in determining the combination of insulation materials that can boost the overall efficiency at reasonably cost. Thus, to assess the proportions of honeycomb and granulate silica aerogel layers. In respect the previous versions, a collector without high temperature protection system is targeted. Additionally, a fast mathematical model is being developed that could predict with a high degree of confidence the efficiency of the collector with low computational effort based on parallel object-oriented simulation tools. The design is being test experimentally to proof the increment in efficiency and confirm its reliability and durability. The experience obtained will be used to improve the next generation prototype.