Abstract
Hybrid vehicles, with their dual power sources of internal combustion engines and electric motors, represent a pivotal step towards greener transportation solutions. This study explores the complex domain of electric energy generation through heat recovery, specifically designed for hybrid vehicle exhaust systems. This study explores the complex domain of electric energy generation through heat recovery, specifically designed for hybrid vehicle exhaust systems.
Through an analysis of various heat recovery technologies, including thermoelectric generators (TEGs), this paper highlight mechanism, advantages, and challenges in the context of hybrid vehicles.
A thermal analysis will be performed for different operating parameters of the vehicle, which will generate different temperature values. These will be analyzed from an energetic point of view, when the thermal energy is transformed into electrical energy.
In conclusion, heat recovery systems for hybrid vehicle exhausts represent a novel system towards sustainable transportation.