## 3 Results
\begin{table}
\begin{tabular}{c c c c c c c c} \hline \hline
**Component** & \(\dot{\Upsilon}\) & \(b_{F}\) & \(b_{P}\) & \(B_{F}\) & \(B_{P}\) & \(B_{D}\) & \(r_{b}\) & \(f_{b}\) **(\%)** \\  & **(pts.S\({}^{-1}\))** & **(pts.kj\({}^{-1}\))** & **(pts.kj\({}^{-1}\))** & **(pts.kj\({}^{-1}\))** & **(pts.kj\({}^{-1}\))** & **(pts.kj\({}^{-1}\))** & **(pts.kj\({}^{-1}\))** & **(pts.kj\({}^{-1}\))** \\ \hline
**Coupling Pump** & 1.29E-09 & 3.36E-08 & 3.99E-08 & 2.49E-08 & 2.62E-08 & 2.89E-09 & 0.19 & 30.9 \\
**HTF Pump** & 8.05E-09 & 3.36E-08 & 5.81E-08 & 1.71E-07 & 1.79E-07 & 6.75E-08 & 0.73 & 10.7 \\
**ORC Condenser** & 4.13E-08 & - & - & - & - & - & - & - \\
**ORC Evaporator** & 3.56E-06 & 0 & 7.10E-10 & 0 & 3.56E-06 & 0 & Inf & 100.0 \\
**ORC Pump** & 2.27E-08 & 4.04E-09 & 5.50E-09 & 9.83E-07 & 1.01E-06 & 2.43E-07 & 0.36 & 8.6 \\
**ORC Recuperator** & 1.22E-07 & 1.24E-09 & 2.58E-09 & 4.38E-07 & 5.61E-07 & 1.69E-07 & 1.08 & 42.1 \\
**ORC Turbine** & 8.68E-06 & 1.24E-09 & 4.04E-09 & 4.73E-06 & 1.34E-05 & 6.11E-07 & 2.26 & 93.4 \\
**Solar Field(Collector)** & 2.03E-05 & 0.00E+00 & 4.03E-09 & 0.00E+00 & 2.03E-05 & 0.00E+00 & - & 100.0 \\
**Steam Economizer** & 2.33E-07 & 4.06E-09 & 6.36E-09 & 3.88E-06 & 4.11E-06 & 1.25E-06 & 0.56 & 15.7 \\
**Steam Evaporator** & 2.47E-06 & 4.06E-09 & 6.66E-09 & 1.34E-05 & 1.59E-05 & 3.73E-06 & 0.64 & 39.8 \\
**Steam Pump** & 3.24E-08 & 3.36E-08 & 3.89E-08 & 7.41E-07 & 7.73E-07 & 7.35E-08 & 0.16 & 30.6 \\
**Steam Super heater** & 1.29E-05 & 4.06E-09 & 2.68E-08 & 3.19E-06 & 1.61E-05 & 7.48E-07 & 5.60 & 94.5 \\
**Steam Turbine** & 8.33E-06 & 2.49E-08 & 3.36E-08 & 3.70E-05 & 4.53E-05 & 3.33E-06 & 0.35 & 71.4 \\
**Topping Condenser** & 2.73E-08 & - & - & - & - & - & - & - & - \\ \hline \hline \end{tabular}
\end{table} 
Table 12: Exergo-environmental calculations in the solar–geothermal cycle (SGPP). \begin{table}
\begin{tabular}{l c c c c c c c c c c} \hline \hline
**Component** & \(\hat{E}_{D,K}\) & \(\hat{E}_{D,K}^{EN}\) & \(\hat{E}_{D,K}^{EX}\) & \(\hat{E}_{D,K}^{AV}\) & \(\hat{E}_{D,K}^{IN}\) & \(\hat{E}_{D,K}^{NAV}\) & \(\hat{E}_{D,K}^{EXAN}\) & \(\hat{E}_{D,K}^{EXAV}\) & \(\hat{E}_{D,K}^{XXIN}\) & \(\hat{F}\) (\%) \\
**(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** \\ \hline
**ORC Condenser** & 950.16 & 758.70 & 191.46 & 282.01 & 668.15 & 225.18 & 533.52 & 56.82 & 134.63 & - \\
**ORC Evaporator** & 842.22 & 693.23 & 148.99 & 124.23 & 717.99 & 102.25 & 590.98 & 21.98 & 127.01 & 91.67 \\
**ORC Pump** & 599.9 & 536.4 & 63.55 & 9.08 & 50.91 & 8.12 & 45.52 & 9.96 & 5.39 & 74.92 \\
**ORC Reucperator** & 135.67 & 108.85 & 26.82 & 11.29 & 124.39 & 9.06 & 99.80 & 2.23 & 24.59 & 66.45 \\
**ORC Turbine** & 491.56 & 424.32 & 67.25 & 47.09 & 444.47 & 40.65 & 383.67 & 6.44 & 60.80 & 84.44 \\ \hline \hline \end{tabular}
\end{table} 
Table 13: The results of advanced energy analysis of the standalone geothermal cycle (GPP). \begin{table}
\begin{tabular}{l c c c c c c c c c} \hline \hline
**Component** & \(\hat{E}_{D,K}\) & \(\hat{E}_{D,K}^{EN}\) & \(\hat{E}_{D,K}^{EX}\) & \(\hat{E}_{D,K}^{AV}\) & \(\hat{E}_{D,K}^{IN}\) & \(\hat{E}_{D,K}^{NAV}\) & \(\hat{E}_{D,K}^{XAN}\) & \(\hat{E}_{D,K}^{EXAV}\) & \(\hat{E}_{D,K}^{XXIN}\) & \\
**(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** & **(GW)** \\ \hline
**ORC Condenser** & 950.16 & 758.70 & 191.46 & 282.01 & 668.15 & 225.18 & 533.52 & 56.82 & 134.63 & - \\
**ORC Evaporator** & 842.22 & 693.23 & 148.99 & 124.23 & 717.99 & 102.25 & 590.98 & 21.98 & 127.01 & 91.67 \\
**ORC Pump** & 599.99 & 536.4 & 63.55 & 9.08 & 50.91 & 8.12 & 45.52 & 9.96 & 5.39 & 74.92 \\
**ORC Reucperator** & 135.67 & 108.85 & 26.82 & 11.29 & 124.39 & 9.06 & 99.80 & 2.23 & 24.59 & 66.45 \\
**ORC Turbine** & 491.56 & 424.32 & 67.25 & 47.09 & 444.47 & 40.65 & 383.67 & 6.44 & 60.80 & 84.44 \\ \hline \hline \end{tabular}
\end{table} 
Table 14: Advanced energy analysis of each component in the solar-geothermal cycle (SGPP).