Hybrid Electric Vehicle Control System

Electrify mechanical components and optimize hybrid and electric vehicle systems while simplifying functional safety design.

Hybrid electric vehicle control system.

It is the most important component of the hybrid vehicle. It controls the entire operation of the vehicle by synchronizing all the power sources employed. Quite simply a hybrid combines at least one electric motor with a gasoline engine to move the car and its system recaptures energy via regenerative braking. Find out how to develop fast charging battery systems efficiently manage power implement independent steering and force control and enhance driving stability and controllability.

Series hybrids use this component where an ic engine drives a generator to produce electricity which then charges the battery. The second source of torque is often an internal combustion engine running on gasoline. Vehicle system control module the vscm coordinates the systems that allow the future truck explorer to operate as a hybrid electric vehicle. Parallel hybrid systems have both an internal combustion engine and an electric motor that can both individually drive the car or both coupled up jointly giving drive.

Powered by hydrogen a. This is the most common hybrid system as of 2016. Lthough hybrid electric vehicles hevs have existed since before 1900 figure 1 interest in these vehicles has grown substantially only in the last 15 20 years. Reduce emissions through hybrid and electric vehicle systems.

The main rea son for this interest is the expectation that hevs represent a short term approach to improving fuel efficiency and reducing pollutant emissions of automobiles. A a device to store a large amount of electrical energy b an electrical machine to convert electrical power into mechanical torque on the wheels c a modified ice adapted to hybrid electric use d a transmission system between the two different propulsion techniques. A system including batteries electrical motors a generator and a second source of torque with its fuel source. Hybrid electricvehicle design and control features complete coverage of all electrical mechanical and software components.

The four subsystems that are part of the vscm are the vehicle mode control process vmcp the battery mode control process bmcp the energy. If they are joined at an axis in parallel the speeds at this axis must be identical and the supplied torques add together. A hybrid electric vehicle is distinguee from a standard ice driven by four different parts. Hybrid electric powertrain systems.

The pi innovo control strategies can be configured to your application in a few days and save your team months of development.