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Energy Recovery from Exhaust Gases in an Electric-assisted Turbocharger for Hybrid Vehicles
Calábek, Daniel ; Kudláček, Petr (oponent) ; Novotný, Pavel (vedoucí práce)
The content of this diploma thesis was the suitability of using a turbocharger with an associated motor-generator for selected types of hybrid vehicles and the subsequent analysis of energy flows for a given engine application. The approach presented in the work includes a thermodynamic model of the engine in the GT-SUITE program in which the possibilities of energy flows when changing the size of the turbine and compressor wheel of a turbocharger are investigated. The approach is applied to a turbocharger with a variable geometry which is associated with motor-generator for a delivery vehicle, where it is possible to recover energy from the turbocharger at different engine loads. At the same time, the possibilities of reducing fuel consumption at certain operating points of the engine were identified.

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