1. Doğalgaz kullanılan bir trijenerasyon sisteminin enerji ve ekserji analizi.
- Author
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YİĞİT, Fatih and KABUL, Ahmet
- Subjects
- *
THERMAL efficiency , *ELECTRICAL energy , *NATURAL gas , *HEAT capacity , *INDUSTRIAL capacity , *EXERGY - Abstract
In this study, tri generation system which is one of the in place energy generation methods is analyzed thermodynamically by using EES (Engineering Equation Solve) software. The electricity capacity, exergy losses, and exergy efficiency was calculated which of the case study of consuming of 1000 m3 natural gas. In the pre-determined conditions, it is calculated that a trigeneration system which consumes 1000 m3 of natural gas per month has a capacity of generating the electrical energy of 3.018 kW, heating capacity of 10.12 kW and cooling capacity of 6.574 kW. It is calculated that such a trigeneration system which has such capacities of production has a thermal efficiency of 24%, COP of 0.68 and total exergy loss of 8.49 kW. The total loss of exergy at each system component has a percentage of; 28% at the boiler, 24% at the condenser I, 14% at the absorber, 12% at the generator 11% at the condenser II, 11% at the evaporator and 2% at the turbine respectively. These results that are obtained have shown resemblance with the results that have been published previously. [ABSTRACT FROM AUTHOR]
- Published
- 2020