Energy efficiency in Hybrid Electric Vehicles (HEV) affects the vehicle mileage and battery durability. Air conditioning is the most energy consuming system after the electric motor in HEVs. Air flow distribution and thermal comfort in an HEV is studied and simulations are performed to investigate the optimum air distribution pattern for providing thermal comfort while maintaining energy efficiency. To acquire a preliminary understanding of the problem, an analytical model is developed for air flow in a cavity. In the next step, a testbed is developed and different air conditioning scenarios are experimented. For numerical simulations, several turbulence models are verified with the experimental data and the realizable k-epsilon model is se...
International audienceThis research work aims to study the impact of the heating system on the fuel ...
In this article the temperature distribution within the engine compartment of a hybrid electric vehi...
Electrification of vehicles is necessary to combat greenhouse gas emissions, whichcauses global warm...
Integrated energy management across system level components in electric vehicles (EVs) is currently ...
In vehicles, air conditioning tends to offer efficient thermal conditioning and air circulation insi...
HEVs idle their engine during the stops to meet the cooling and heating needs. But, idling decreases...
Energy-efficient air conditioning of passenger cells is an ever-increasing challenge in the developm...
This study describes the creation of efficient architecture designs of vehicle thermal man-agement s...
The thermal environment and air quality in a passenger car can affect driver's and passengers' healt...
[EN] Among all the auxiliary components in conventional and electric vehicles, air-conditioning (AC)...
Abstract: As the recent advancement of automobile industry, there has been a great interest in the t...
Currently, the thermal comfort is adjusted according to a reference temperature of the automotive ma...
Full hybrid electric vehicles are usually defined by their capability to drive in a fully electric m...
Emission standards have grown increasingly stricter, consequently triggering greater interest in iss...
The energy consumption of electric vehicles depends on the traction energy but also on the thermal c...
International audienceThis research work aims to study the impact of the heating system on the fuel ...
In this article the temperature distribution within the engine compartment of a hybrid electric vehi...
Electrification of vehicles is necessary to combat greenhouse gas emissions, whichcauses global warm...
Integrated energy management across system level components in electric vehicles (EVs) is currently ...
In vehicles, air conditioning tends to offer efficient thermal conditioning and air circulation insi...
HEVs idle their engine during the stops to meet the cooling and heating needs. But, idling decreases...
Energy-efficient air conditioning of passenger cells is an ever-increasing challenge in the developm...
This study describes the creation of efficient architecture designs of vehicle thermal man-agement s...
The thermal environment and air quality in a passenger car can affect driver's and passengers' healt...
[EN] Among all the auxiliary components in conventional and electric vehicles, air-conditioning (AC)...
Abstract: As the recent advancement of automobile industry, there has been a great interest in the t...
Currently, the thermal comfort is adjusted according to a reference temperature of the automotive ma...
Full hybrid electric vehicles are usually defined by their capability to drive in a fully electric m...
Emission standards have grown increasingly stricter, consequently triggering greater interest in iss...
The energy consumption of electric vehicles depends on the traction energy but also on the thermal c...
International audienceThis research work aims to study the impact of the heating system on the fuel ...
In this article the temperature distribution within the engine compartment of a hybrid electric vehi...
Electrification of vehicles is necessary to combat greenhouse gas emissions, whichcauses global warm...