About Conical Solar Rotary Generator
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About Conical Solar Rotary Generator video introduction
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6 FAQs about [Conical Solar Rotary Generator]
What is a conical solar concentrator?
They concentrate solar energy along an absorber tube, where it is transformed into useful thermal energy for a heat transfer fluid. The present work develops the geometrical parameters of a conical solar concentrator. It presents a generalized equation for the whole focal distances about this geometrical form of the solar concentrator.
What are the geometrical parameters of a conical solar concentrator?
Development of the geometrical parameters of the conical solar concentrator: a generalized expression for the focal distances, the concentrator surface and the influence of the concentrator geometry on the absorber tube. Application of the conical solar concentrator for vapor generation using an absorber tube accompanied by a storage system.
Can a conical solar concentrator be used in vapor generation?
By establishing the mathematical equation concerning the heat transfer fluid, the current work shows an application of the conical solar concentrator in vapor generation. Thereafter, the efficiency and concentration ratio of the solar concentrator are determined to detect the production quality and optimize it.
How can a conical solar concentrator improve energy production?
Two more conical tubes can be placed in the area of increasing z of the absorber tube and occupy H/4 of the conical solar concentrator. They will be linked to storage and therefore increase the generated quantity of vapor and optimize the energetic production of the solar concentrator.
Does a conical solar concentrator have a thermal storage system?
As with the other types of solar concentrators, the conical solar concentrator has a thermal storage system, which is not the case for solar photovoltaic technology. Current research has focused only on the optimal angle of the conical solar concentrator.
How do you calculate the surface of a conical solar concentrator?
According to the figure (Fig. 1 ), the surface of the conical solar concentrator is calculated by: $$ S_ {sc} = \pi r^ {2} \left ( {1 + \sqrt 2 } \right) - \left ( {r - H} \right)^ {2} $$ The diameter of the solar concentrator and the diameter of the absorber tube are correlated, as shown by the following equation: