Performance assessment of a magnetohydrodynamic power generation system: Division of the exergy destruction rate into its sub-portions

Sustainable and environmental friendly energy extraction utilization is the foremost priority of sector to meet present near future demands. The need day have efficient eco-friendly conversion technologies either through enhancement existing or development some all-new technology. study investigates a standalone open-cycle Magnetohydrodynamic (MHD) power generation system using advanced exergy analysis analytically. effects distributing destruction into endogenous/exogenous avoidable/unavoidable on improvement possibilities mutual interlinkages among different units MHD been studied. results showed that has higher possibility its further due low unavoidable (36.82%) high avoidable (63.18%) desolation rates. various were found be reasonably stronger rate endogenous type as compared exogenous portion. In study, combustion chamber highest upgradation it possesses largest value together with maximum portion destruction.