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A possible explanation for the cold fluid outlet diameter influences on the temperature difference between the cold fluid outlet and the hot fluid outlet were also given.
The streamlines with different cold fluid outlet diameters were presented and analyzed.
Also, the process fluid outlet temperature is most sensitive to the process fluid inlet temperature.
Organic fluid outlet of the preheater should always be in the sub-cooled region and in single phase.
Analysis of the errors between the predicted and measured fluid outlet temperatures for various test conditions show that the transfer function method can accurately predict the fluid outlet temperature.
For a temperature gain of 227 °C (fluid outlet temperature 253 °C), the collector efficiency was 30%, and for a temperature gain of 214 °C (fluid outlet temperature 240 °C), the collector efficiency was 49%.
Similar(38)
The main advantages of applying these correlations rely on predicting fluids outlet temperatures (compressor, turbine, oil and coolant).
For this purpose, ε NTU method and mathematical relations are applied to estimate the fluids outlet temperatures and pressure drops in tube and air sides.
h1s enthalpy at the working fluid pump outlet based on an isentropic process (kJ/kg).
CRPR ratio of COPc to PR. h1 enthalpy at the working fluid pump outlet (kJ/kg).
The effect of NFs on enhancing the electrical/thermal efficiency of the PV/T collector besides the fluid's outlet temperature were investigate theoretically and experimentally.
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