Energistyrning för hybridfordon/plug-in hybridfordon och optimering av räckviddsförlängare.

The strict requirements to reduce CO2 and emissions have been driving the OEM's to focus on electrification of vehicles as a possible solution. Powertrain configurations which contains different types of electrification adds complexity to the system which makes the control and calibration of the vehicle difficult for a drivecycle. The result is that a few of these vehicles will gain their full potential in terms of energy consumption and emissions because of rule based algorithms in the control system which takes into account, response, consumption requirements and torque reserve, etc. The rule based Energy Management does not either take into consideration the information about the energy need for the drivecycle, or the power distribution. The potential in reduced fuel consumption, depending on drivecycle, can be between 5-15 % if information about the driving cycle, power distrubution, energy need, is known. The project is in collaboration with Chalmers and Volvo Car Corporation.

Participants

Bo Egardt (contact)

Professor vid Electrical Engineering, Reglerteknik, automation och mekatronik, Automatic Control

Collaborations

Volvo Car Corporation

Gothenburg, Sweden

Funding

Swedish Energy Agency

Funding Chalmers participation during 2013–2016

More information

Created

2015-01-08