## 3 Results
\begin{table}
\begin{tabular}{l c c c c c c c c c c} \hline \hline \multirow{2}{*}{**Component**} & \(\hat{E}_{\text{X}D}\) & \(\hat{E}_{\text{X}F}\) & \(\hat{E}_{\text{X}p}\) & \(\hat{\psi}_{k}\) & \(\hat{Z}\) & \(\hat{\hat{C}}_{F}\) & \(\hat{\hat{C}}_{P}\) & \(\hat{\hat{C}}_{D}\) & **r** & **f (\%)** \\  & **(MW)** & **(kW)** & **(kW)** & **(kW)** & **(USD.S-1)** & **(USD.S-1)** & **(USD.S-1)** & **(USD.S-1)** & **(USD.S-1)** & **r** & **f (\%)** \\ \hline Coupling Pump & 8.6E-02 & 7.4E-01 & 6.57E-01 & 88.42 & 2.20E-06 & 1.52E-05 & 1.74E-05 & 1.76E-06 & 2.95E-01 & 0.00E+00 \\ HIT Pump & 2.0E+00 & 5.1E+00 & 3.09E+00 & 60.52 & 6.24E-05 & 1.04E-04 & 1.66E-04 & 4.11E-05 & 1.64E+00 & 0.00E+00 \\ ORC Condenser & 9.5E+02 & - & - & 7.21E-04 & - & - & - & - & - & - \\ ORC Rapporatorator & 8.4E+02 & 5.9E+03 & 5.02E+03 & 85.62 & 5.14E-04 & 1.03E-02 & 1.08E-02 & 1.47E-03 & 2.26E-01 & 1.74E+01 \\ ORC Pump & 6.0E+01 & 2.4E+02 & 1.83E+02 & 73.51 & 5.25E-04 & 1.40E-03 & 1.90E-03 & 3.40E-04 & 8.34E-01 & 6.10E+01 \\ ORC Rencuperator & 1.4E+02 & 3.5E+02 & 2.17E+02 & 61.53 & 3.02E-05 & 1.20E-03 & 1.30E-03 & 4.78E-04 & 6.65E-01 & 5.55E+00 \\ ORC Truping & 4.9E+02 & 3.8E+03 & 3.31E+03 & 87.08 & 5.3E-03 & 1.34E-02 & 1.88E-02 & 1.70E-03 & 6.07E-01 & 7.59E+01 \\ SolarField(Collector) & 6.4E+03 & 1.1E+04 & 5.05E+03 & 44.21 & 2.41E-02 & 0.00E+00 & 2.41E-02 & 0.00E+00 & - & 1.00E+02 \\ Steam Economizer & 3.1E+02 & 9.5E+02 & 6.47E+02 & 67.76 & 3.26E-04 & 4.58E-03 & 4.91E-03 & 4.18E-03 & 5.81E-01 & 1.81E+01 \\ Steam evaporator & 9.2E+02 & 3.2E+03 & 2.39E+03 & 72.25 & 7.37E-04 & 1.59E-02 & 1.67E-02 & 4.41E-03 & 4.52E-01 & 1.50E+01 \\ Steam Pump & 2.2E+00 & 2.2E+01 & 1.99E+01 & 90.08 & 2.13E-05 & 4.50E-04 & 4.72E-04 & 4.47E-05 & 1.63E-01 & 3.23E+01 \\ Steam Super heater & 1.8E+02 & 7.9E+02 & 6.01E+02 & 76.57 & 2.59E-04 & 3.77E-03 & 4.03E-03 & 8.84E-04 & 3.96E-01 & 2.27E+01 \\ Steam Turbine & 1.3E+02 & 1.5E+03 & 1.35E+03 & 91 & 3.31E-03 & 2.42E-02 & 2.76E-02 & 2.18E-03 & 2.49E-01 & 6.03E+01 \\ Topping Condenser & 4.0E+02 & - & - & - & 1.29E-03 & - & - & - & - & - \\ \hline \hline \end{tabular}
\end{table} 
Table 10: The results of exeye-economic analysis of each component in the solar-geothermal cycle (SGPP). \begin{table}
\begin{tabular}{l c c c c c c c c c c} \hline \hline \multirow{2}{*}{**Component**} & \(\hat{E}_{\text{X}D}\) & \(\hat{E}_{\text{X}F}\) & \(\hat{E}_{\text{X}p}\) & \(\hat{\psi}_{k}\) & \(\hat{Z}\) & \(\hat{\hat{C}}_{F}\) & \(\hat{\hat{C}}_{P}\) & \(\hat{\hat{C}}_{D}\) & **r** & **F (\%)** \\  & **(MW)** & **(kW)** & **(kW)** & **(kW)** & **(USD.S-1)** & **(USD.S-1)** & **(USD.S-1)** & **(USD.S-1)** & **(USD.S-1)** & **r** & **F (\%)** \\ \hline
**ORC Condenser** & 990.1578 & - & - & - & - & 7.21E-04 & - & - & - & - & - \\
**ORC Evaporator** & 842.2208 & 5.86E+03 & 5.02E+03 & 85.62 & 3.11E-04 & 0.0103 & 0.0106 & 1.50E-03 & 0.2033 & 17.42 \\
**ORC Pump** & 59.9911 & 24.9772 & 182.9861 & 75.31 & 5.25E-04 & 0.0014 & 0.0019 & 3.36E-04 & 0.8399 & 60.97 \\
**ORC Recuperator** & 135.6746 & 352.7151 & 217.0405 & 61.53 & 2.76E-05 & 0.0012 & 0.0013 & 4.70E-04 & 0.6617 & 5.554 \\
**ORC Turbine** & 491.5625 & 3.81E+03 & 3.31E+03 & 87.09 & 0.005364067 & 0.0132 & 0.0186 & 0.0017 & 0.615 & 75.89 \\ \hline \hline \end{tabular}
\end{table} 
Table 9: Exeye-economic analysis results of the standalone geothermal cycle (GPP). The main results of the conventional exergy analysis for GPP and SGPP are presented in Tables 9 and 10, respectively. \(\dot{\mathbf{Ex}}_{\mathbf{F}}\), \(\dot{\mathbf{Ex}}_{\mathbf{P}},\dot{\mathbf{Ex}}_{\mathbf{D}}\), \(\psi_{\mathbf{k}}\) in these tables are exergy of fuel, exergy of product, exergy destruction and exergetic efficiency, [PERSON] et al. [53]. It can be said that the components with higher exergy destruction rates had more effects on the efficiency of systems from an exergy point of view compared with other components. Referring to Table 9, in the GPP cycle, the maximum exergy destruction rate happened in the ORC condenser, followed by the ORC evaporator and the ORC turbine.