Electrical and Hybrid Vehicle — Winter 2022

Explain the importance of Electric Vehicles.

Give the Different types of EV used in current Automobile market.

Explain the different types of forces acting on vehicle in static & dynamic conditions with necessary calculations.

Explain the role of rotating and stationary axis transformation in vehicle movement calculations.

List the Economic and Environment impact of electric & hybrid vehicles.

Explain the operation of Drive Train mechanism in Hybrid Electric Vehicle.

Compare series hybrid and parallel hybrid system with their merits and Demerits.

Explain the different types of drive trains topologies used in EV.

Give the operation and controlling of DC motor drive.

Explain the difference between ultracapacitor and battery as an energy Storage device for EV.

Explain the concept of electrical components controlling in EV& Hybrid EV applications.

Explain the steady state modelling of permanent magnet machines.

Draw and Explain typical CAN network for HEVs.

Write a Short Note on use of FC in EV applications.

Explain Operation Configuration and controlling of SRM drives in EV.

Give the Comparison of Lithium Ion and Lead Acid Battery Configurations in EV.

Define the term hybridness.

Explain the steps used to find the battery capacity in EV use.

Explain the Super Capacitor and Flywheel based energy storage system for EV and HEV applications.1

Give the Differences Between BEV, HEV and FCEV.

List the optimization based strategies in Hybrid Electrical Vehicles.

Explain Electronically controlled regenerative braking system functioning as an ABS.

Explain the Energy Management concept for HEV.

List the Different methods of Energy Management used in EV applications.

Define the terms charge capacity, specific energy, energy density, Specific power, charge efficiency, energy efficiency, Crate for Batteries.