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The thermal efficiency is found to be 38.52% at discharging pressure of 0.5 MPa during summer time.
At the steam discharging pressure of 0.15 MPa, heat transfer coefficient was increased by 20.07% and was decreased by 0.40% for the bi-directional flow and backflow patterns, respectively.
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Relatively low two phase heat transfer coefficients, 263.03 and 265.03 W/m2 K for two selected steam discharging pressures, were obtained in the receiver for such horizontally-arranged TPLT system.
Discharge pressure.
Discharge pressure, bar.
d Compressor discharge pressure.
Figure 8d shows the compressor discharge pressure.
Variation of discharge potential as a function of discharge pressure for both plasmas is observed.
In fact, by increasing the discharge pressure, the plasma conductivity was increased.
On the other hand, increasing the discharge pressure leads to reduction in the plasma electron temperature.
Further, it can be seen that increasing the ammonia mass fraction increases the discharge pressure.
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