Finite-time energy conversion in a hybrid cycle combining electrochemical, combustion and thermochemical recuperation processes

Improving Thermal Efficiency of Internal Combustion Engines: Recent Progress and Remaining Challenges

“…In another recent study, the effects of the hybrid fuel cell (FC)-ICE cycl were examined numerically by Diskin and Tartakovsky [36]. The analysis s hybrid cycle combining electrochemical, combustion, and thermochemica processes can reach thermal efficiency values above 70%.…”

“…The analysis s hybrid cycle combining electrochemical, combustion, and thermochemica processes can reach thermal efficiency values above 70%. In another recent study, the effects of the hybrid fuel cell (FC)-ICE cycle on efficiency were examined numerically by Diskin and Tartakovsky [36]. The analysis shows that the hybrid cycle combining electrochemical, combustion, and thermochemical recuperation processes can reach thermal efficiency values above 70%.…”