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Performing a parametric study and to meet a given minimum solar fraction with the lowest cost.
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In the case study, the effect of collector area and efficiency, minimum solar temperature difference, storage size, and heat loss rate on the solar fraction are evaluated.
It has been observed that there exists a minimum as well as a maximum storage volume for a given solar fraction and collector area.
Similarly existence of a minimum and a maximum collector area is also observed for a fixed solar fraction and storage volume.
It is shown that the solar fraction derived from the utilizability concept based on the monthly means of the global solar radiation is applicable to solar-assisted ejector cooling cycles, in cases when the minimum temperature at which solar heat is supplied to the load is determined.
The relative solar fractions as well as the combined annual solar fraction are also calculated.
After a minimum, solar activity usually takes off quickly, but instead the Sun returned to slumber.
Solar fraction values in other regions varied between 19% and 23%.
Total solar fraction plays an important role for smaller greenhouses.
Finally, this chapter deals with the metric of the annual solar fraction and the monthly solar fraction.
It was confirmed that the negative slope appears in deep solar minimum solar cycle 23/24.
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