Комплекс электронных систем управления движением легкового автомобиля с комбинированной силовой установкой. Часть 1

The paper presents the results of a complex electronic control systems for the hybrid vehicle. The aim of the first part of the study is the design and simulation model electronic speed control system of a hybrid vehicle, in various modes of operation. The criteria of optimality of the electronic system, are considered indicators provide dynamic characteristics, environmental friendliness and fuel efficiency of the engine. As a result, the first part of this paper, the optimal model the characteristics of the electronic system to control the speed of movement of cars that using modern apparatus of mathematical software system can be interpreted in Mathlab code high level programming language C + +, used for programming the electronic engine control system of the vehicle. The resulting simulation systems have a high level of compliance with the real road systems and are suitable for use in the development of related electronic systems for vehicles with conventional power unit, and for vehicles with hybrid power plant.