Abstract:
The invention relates to an electronic torque control and distribution system (11) for hybrid propulsion vehicles wherein the drive thrust is distributed between an electric engine (3) and an internal combustion engine (1) through a transmission system (2) delivering the torque of both engines (1, 3) to the vehicle wheels, being slaved to a control unit (4). Advantageously, the control system (11) comprises:
a controller (12) incorporating a fuzzy logic processor (13) to predict through Soft Computing techniques the torque contributions of the electric engine (3) and of the thermal engine (1); a virtual sensor (15) for estimating the vehicle polluting emissions; the controller (12) and the sensor (15) being bidirectional-connected to the control unit (4).