Research Article
Exergy and Environmental Impact Assessment between Solar Powered Gas Turbine and Conventional Gas Turbine Power Plant
Table 2
Performance parameters of GT-solar cycle.
| Parameter | Value |
| Pressure ratio | 14 | TIT (°C) | 1080 | (%) | 0.835 | (%) | 0.93 | Combustor inlet temperature (°C) | 800 | Receiver efficiency (%) | 0.94 | Field efficiency (%) | 0.55 | Receiver pressure drop | 0.03 | (%) | 0.97 |
| Exergy efficiencies | Compressor (%) | 0.93 | Combustor (%) | 0.86 | Gas turbine (%) | 0.97 | Receiver (%) | 0.41 |
| Exergy destruction rates | Compressor (kW) | 908.53 | Combustor (kW) | 4973.28 | Gas turbine (kW) | 504.89 | Receiver (kW) | 15374.38 |
| Overall cycle parameters | Solar share (%) | 0.56 | | .557 | Total exergy loss (kW) | 7310 | Total exergy efficiency (%) | 0.268 | Total exergy destruction (kW) | 21761.09 | Solar input exergy (kW) | 26200 | Fuel flow rate (kg/s) | 0.264 | Air flow rate (kg/s) | 33.63 | Predicted emission (kg/s) | | Predicted emission (kg/s) | 0.0108 |
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