Funnel type solar cookers rely on a multifaceted reflector to concentrate solar radiation on a cooking pot that is placed inside a transparent enclosure to create a greenhouse effect. This work aims to analyze the optical performance of this type of solar cooker using raytracing techniques. The open source Soltrace software tool is used to create an optical model of a solar funnel cooker. Numerous raytracing simulations are conducted in order to complete a parametric analysis of the optical performance against a set of influence variables, such as the elevation angle, sun tracking errors, optical quality of the different elements involved ( reflectors, greenhouse, cooking pot), etc.Universidad de Málaga. Campus de Excelencia Internacional A...
AbstractThe present work represents the continuation of the development of a solar cooker compose pa...
In this study, I look at the impact a Compound Parabolic Concentrator (CPC) has on the performance o...
AbstractIn this work, results of efficiencies for first and second law of thermodynamics applied to ...
Funnel type solar cookers are simple and effective. Most of them rely on a multifaceted reflector to...
Funnel type solar cookers are simple, effective and have multiple advantages in practical use, but t...
In this work a design of solar cooker with mirror reflectors has been studied for two tracking modes...
A software for the calculation of the radiation heat transfer in solar funnel cookers by means of th...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
This study describes a 3D ray tracer model for analysis of a small-scale solar concentrating system ...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
Small scale solar thermal energy devices such as solar cookers are promising solutions for remote ar...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
In this study, I look at the impact a Compound Parabolic Concentrator (CPC) has on the performance o...
AbstractThe present work represents the continuation of the development of a solar cooker compose pa...
In this study, I look at the impact a Compound Parabolic Concentrator (CPC) has on the performance o...
AbstractIn this work, results of efficiencies for first and second law of thermodynamics applied to ...
Funnel type solar cookers are simple and effective. Most of them rely on a multifaceted reflector to...
Funnel type solar cookers are simple, effective and have multiple advantages in practical use, but t...
In this work a design of solar cooker with mirror reflectors has been studied for two tracking modes...
A software for the calculation of the radiation heat transfer in solar funnel cookers by means of th...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
This study describes a 3D ray tracer model for analysis of a small-scale solar concentrating system ...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
Small scale solar thermal energy devices such as solar cookers are promising solutions for remote ar...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
Five funnel solar cookers have been tested to investigate the influence of the aperture area on thei...
In this study, I look at the impact a Compound Parabolic Concentrator (CPC) has on the performance o...
AbstractThe present work represents the continuation of the development of a solar cooker compose pa...
In this study, I look at the impact a Compound Parabolic Concentrator (CPC) has on the performance o...
AbstractIn this work, results of efficiencies for first and second law of thermodynamics applied to ...