Research Article

Analysis of Humid Air Turbine Cycle with Low- or Medium-Temperature Solar Energy

Table 3

Exergy destruction and exergy efficiency of components.

CycleConventional HATSolar HAT
Condition
ComponentsExergy Loss (kW)Exergy efficiency (%)Exergy loss (kW)Exergy efficiency (%)

( )916.7880.8854.044914.680.8853.383
( )245.850.9661.085247.290.9660.914
( )980.160.8964.324977.770.8963.616
( )346.780.9761.530346.290.9751.281
( )159.970.9740.706185.510.9780.687
( )20.170.9530.08928.990.9480.107
( )1403.180.9176.1901499.090.9225.547
( )12381.520.81554.62312900.890.82247.710
( )1396.600.9676.1611512.410.9665.593
( )1157.700.9675.1071177.870.9714.356
( )94.790.9820.418144.690.9790.535
( )3449.40015.2184781.75017.684
( )0002202.000.44988.143
( )114.4600.505120.14.2100.444
Total22667.367100%26919.23100%
Total Exergy Input (kW)45766.4353059.84
Solar Exergy Input (kW)4002.02
Consumption (kg/s)0.88200.9455
Specific Work (kJ/kg)461.98520.38
Solar Energy to Electricity Efficiency (%)31.41
Exergy Efficiency of system (%)50.4749.04
Solar Contribution Coefficient (δ) (%)4.83