Hybrid Vehicles – The Fundamentals & Operating Principles

Description

This course will give u an in depth knowledge of Hybrid Vehicles, the essential components and their functions, "
What can you expect out of this course?

In the above course, we will cover:

• World Vehicle Scenario – Trends in Electrification

• Indian Vehicle Scenario – Trends in Electrification

• Why Hybrids?

• Introduction to Hybrid

• Components in a Hybrid Vehicle:

1. Electric Drive Motors

2. Auxiliary Power Unit (APU)

3. Energy Storage System (Battery)

4. Regenerative Braking (KERS)

5. Control System

• Auxiliary Units in a Hybrid Vehicle

1. Auxiliary Invertor/Motor

2. DC-DC Motors

3. Cooling Units / Thermal management

4. MGU-H (Motor Generator Unit – Heat)

5. Hybrid Transmission

6. Power Split Device (PSD)
   

• Hybrid Topologies

  1. Series Hybrid (HEV)

     - Chevrolet Voltec

     - Range Extender Vehicle

     - BMW i3

  2. Parallel Hybrid (PHV)

       
      12V Micro Hybrid

         -  Mahindra

         - Suzuki SHVS

       
       48V Mild Hybrid

        - Audi Mild hybrid

  
  3. Series-Parallel Hybrid (PSH)

      - Hybrid Synergy Drive (HSD)

  
  

  4. Plug-In Hybrid (PHEV)

      - Toyota Prius

• Hybrid Hypercars

  - Porsche 918

  - LaFerrari

  - McLaren P1

• Hybrid Motorsports

  - Axle Split Hybrid (ASH)

  - Audi and Porsche Le Mans Hybrid Race Cars

  
  

• Technologies used in Hybrid Vehicles

  - Regenerative Braking

  - Start/Stop

  - Electric Drive/Assist

  - Belt Starter Generator (BSG/ISG)

  
  

• Modes of Operation of a Hybrid Vehicles

  - Engine Idle Stop/start

  - Electric Torque assistance

  - Energy Recuperation

  - Electric Driving

  - Battery Charging (During Driving)

  - Battery Charging (From the grid)

  - Coasting Sailing

  
  

• Capabilities of different types of Hybrid Vehicle

• Technical aspects in Hybrid Vehicle

• Safety aspects of Hybrid Vehicle

• Future challenges for Hybrid Vehicles

  
  

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