Thermo-economic Analysis of Stirling Enginer Integrated Power Plant

This project investigates the integration of Stirling engines with gas turbines to optimize power generation by utilizing waste heat from the gas turbine to power the Stirling engine, significantly boosting efficiency and reducing environmental impact. Through simulations, the study demonstrated thermodynamic improvements, including enhanced energy efficiency and exergy efficiency. Environmental benefits were also evident, with a reduction in exhaust gas temperature and enthalpy, showcasing effective waste heat recovery. Economically, while the integration resulted in higher life-cycle costs, the cost per unit of energy decreased slightly, presenting potential long-term savings. This innovative approach highlights a sustainable and efficient path forward, offering valuable insights for engineers and policymakers addressing energy challenges.