Design of a Powertrain losses Management and an Energy Management system for a e-car
Budget: €8 – €30 EUR
The strategies should be based on a:
• A suitable Energy Management Strategy based on the provided storage system to reduce energy consumption.
• A suitable Powertrain losses Management Strategy to reduce the losses of power electronics (converters, inverters) and the e-machine.
A constraint is demanded: the maximal operation temperature is 200˚C. Moreover, 6 criteria regarding to the Storage system (battery and supercapacitor) and power electronics (converters/inverters)should be minimized
All parameters of the designed (or modified) system should be inserted in an m-file (given a priori) and the strategies in the Proposed Strategy block (Simulink- given a priori ).
• A suitable Energy Management Strategy based on the provided storage system to reduce energy consumption.
• A suitable Powertrain losses Management Strategy to reduce the losses of power electronics (converters, inverters) and the e-machine.
A constraint is demanded: the maximal operation temperature is 200˚C. Moreover, 6 criteria regarding to the Storage system (battery and supercapacitor) and power electronics (converters/inverters)should be minimized
All parameters of the designed (or modified) system should be inserted in an m-file (given a priori) and the strategies in the Proposed Strategy block (Simulink- given a priori ).
Related categories:
Engineering
Electronics
Matlab and Mathematica
Electrical Engineering
Circuit Design