Energy and Exergy Analysis of the Impact of Renewable Energy with Combined Solid Oxide Fuel Cell and Micro-Gas Turbine on Poly-Generation Smart-Grids

In this study, the thermodynamic performance of a combined gas turbine system equipped with tubular solid oxide fuel cell and hydrogen was investigated. All components were separately modeled using relations. The simulation results showed that efficiency decreased an increase in inlet temperature, whereas power increased. addition, increasing temperature entering pressure ratio increased production entropy and, as result, irreversibility system. research at design point 65% caused by combustion chamber (35% amount produced, contribution chamber, 30% cell) 19% due to heat exchanger. has 9.81%, while without 33.4%, which shows extraordinary