Thermodynamic modeling study evaluates solid oxide fuel cell integration with gas turbines, indicating viable performance enhancements for sustainable power generation.
Direct energy conversion systems offer advantage over indirect energy systems in terms of their impact on environment but their limited capacity acts as a deterrent. Present work deals with the solid oxide fuel cell based direct energy conversion system integrated with conventional gas turbine based power generation system. It deals with thermodynamic modelling and analysis based on first law of thermodynamics.
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Kumar et al. (2019) studied this question.
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