Developments

Development directions of CTI Lab:

• Motor control and power converters for electric vehicle

. Motor design enhances efficiency, reduces loss to new world standards

. Improve Performance Control, optimize torque and reduce losses to save energy

. Design and control of power electronic converters

. Targeted at communication systems and power electronic converters in line with development trends in the world.

• Smart control for electric vehicles

. The controller ensures safety and promotes traction of the electric vehicle

. Self-driving car control

. Multi-motor electric vehicle configuration control, multi-task configuration

. Optimization and force distribution for multi-motor traction systems

. Design estimator observers (sensor fusion techniques) to determine information about the state of electric vehicles

• Energy management and control strategy

.Modeling, parameter estimation and state of power supplies;

. Control of hybrid energy source systems (hybrid energy storage system -HESS);

. Control vehicles with multiple engines, multiple power sources;

. Hardware-in-the-loop (HIL) emulation system;

. Controlling power electronic converters in electric vehicles and networked electric vehicles;

. Research on electric vehicles as a distributed energy storage system and mobile powered grid;

. Reusing electric vehicle batteries as a storage source for the grid integrated with renewable energy (second generation batteries);

. Modern grid control with the rise of more-electronics power systems including vehicle-to-grid V2G.