A Model of Energetic Interactions Between a Car Engine, the Cabin Heating System and the Electrical System 2002-01-2224
Reduction of internal combustion engines fuel consumption is permanently researched. It leads automotive companies towards global energetic simulation tools to describe the interactions between the engine and the energy consumer systems.
Valeo with the EMN Department of Energetic, develop a vehicle energy management tool. It will be able to describe the interactions between: engine, the car cabin heating system, electrical systems and other energy consumers (additional heating system, air conditioning system) implied in the vehicle operation.
The first results given by the simulation model have approached quite accurately, the coolant loop warm-up curve, measured during a vehicle test in wind tunnel.
The model solves the energy balance on the oil and coolant loops and computes: the heat flux from engine to coolant, the distribution of coolant flows in branches, the thermal exchanges involved in the heater core, the cooling radiator and the oil cooler.
Citation: Pirotais, F., Bellettre, J., Lecorre, O., Tazerout, M. et al., "A Model of Energetic Interactions Between a Car Engine, the Cabin Heating System and the Electrical System," SAE Technical Paper 2002-01-2224, 2002, https://doi.org/10.4271/2002-01-2224. Download Citation
F. Pirotais, J. Bellettre, O. Lecorre, M. Tazerout, G. de Pelsemaeker, G. Guyonvarch
Department of Energetic and Environmental Engineering, Ecole des Mines de Nantes, Valeo Climate Control
International Body Engineering Conference & Exhibition and Automotive & Transportation Technology Congress
SAE 2002 Transactions Journal of Passenger Cars - Mechanical Systems-V111-6