MECA0527: Electric, Hybrid, and Fuel Cell Vehicles

Pedagogical Commitment:

• MECA0527-1: 5 ECTS

Organization

• INFORMATION: first lecture
• AGENDA Lectures in fall semester S1 of academic year 2021-2022

Exam

• AGENDA AND ROOMS FOR EXAMS (january 2022): Agenda, room, modalities
• PROCEDURE AND QUESTION LIST FOR EXAM: List of questions for the oral exam in Januaray 2022 (NEW VERSION FOR JANUARY 2022)
  

Lecture Notes

1. GENERAL INTRODUCTION: Organization, table of content (2021)
2. ENVIRONMENTAL CHALLENGES OF VEHICLE INDUSTRY (2021)
3. INTRODUCTION AND HISTORY OF EV AND HEV: A short introduction to eletric and hybrid vehicles(2021)
4. MOTOR SELECTION: Part 1: Ideal propulsion system. Combustion systems (2021)
5. MOTOR SELECTION: Part 2: Alternative systems; Electric propulsion systems. Comparison. (2021)
6. POWERTRAIN ARCHITECTURES AND TRANSMISSION TECHNOLOGIES (2021)
7. ENGINE AND MOTOR MODELLING: Engine and e-motor performance curves (2021)
8. ELECTRIC TRACTION MACHINES: eletric machines technology and power electronics (2021)
9. PERFORMANCE 1: Longitudinal equilibrium. Tractive force and power. Road loads. (2021)
10. PERFORMANCE 2: Performance criteria (2021)
11. PERFORMANCE 3: Energy Consumptions and emissions (2021)
12. PERFORMANCE OF EV: Performance and sizing of electric vehicles(2021)
13. ENERGY AND POWER STORAGE SYSTEMS : Part 1 batteries
14. ENERGY AND POWER STORAGE SYSTEMS: Part 2: supercaps, flywheels
15. HYBRID ELECTRIC VEHICLES: An introduction to hybridization concepts, definition, categories, working principles and major components. Case studies.
16. DESIGN OF SERIES HEV: Design and control of series HEV
17. DESIGN OF PARALLEL HEV: Design and control of parallel HEV
18. DESIGN OF PLUG-IN HYBRID VEHICLES: Design and control of plug-in HEV
19. FUEL CELL POWERED VEHICLES - Part I: Introduction to fuel cell technologies. Characteristics. Hydrogen storages.
20. FUEL CELL POWERED VEHICLES - Part II: Applications of Fuel cells. Case studies
21. DESIGN OF FUEL CELL HEV: Design and control of Fuel Cell eletric vehicle

Podcasts & recodings (2020)

• GENERAL INTRODUCTION:
  
  • Organization, table of content
• ENVIRONMENTAL CHALLENGE OF VEHICLE
  • Environmental challenge
• MOTOR SELECTION: A broad comparison of powertrains
  • Part 1: Combustion Engines
  • Part 2: Piston engines
  • Part 3: Hybrid and electric
• POWERTRAIN ARCHITECTURES AND TRANSMISSION TECHNOLOGIES
  • Internal combustion engine powertrains
  • Electric powertrain
  • Hybrid Electric Achitectures
• ENGINE AND MOTOR MODELLING: Engine and e-motor performance curves
  • Engine modelling
  • Electric traction motors
• PERFORMANCE 1: Longitudinal equilibrium. Tractive force and power. Road loads.
  • Tractive forces and Resistance forces
• PERFORMANCE 2: Performance criteria
  • Max speed, max slope, acceleration and elasticity
• PERFORMANCE 3: Energy Consumptions and emissions
  • Energy consumption by the vehicle, constant peed and variables driving cycles.
• PERFORMANCE OF EV: Performance and sizing of electric vehicles
  • Performance of EV and Sizing of EV
• BATTERIES AND SUPERCAPS: Energy and power storage systems: batteries, supercaps, flywheels
  • Characteristics of Energy storage systems
  • Electrochemistry of Batteries
  • Battery technologies
  • Supercaps & Flywheels
• HYBRID ELECTRIC VEHICLES:
  
  • An introduction to hybrid concepts, definition, categories,
  • Working principles and major components.
  • Case studies.
• DESIGN OF SERIES HEV: Design and control of series HEV
• DESIGN OF PARALLEL HEV: Design and control of parallel HEV
• DESIGN OF PLUG-IN HYBRID VEHICLES: Design and control of plug-in HEV
• FUEL CELL POWERED VEHICLES - Part I: Introduction to fuel cell technologies. Characteristics. Hydrogen storages.
• FUEL CELL POWERED VEHICLES - Part II: Applications of Fuel cells. Case studies
• DESIGN OF FUEL CELL HEV: Design and control of Fuel Cell eletric vehicle

Syllabus

• EXERCISES 1: Power and torque curves approximations
  • PODCAST of EXERCISES 1
  EXERCISES 2: Road loads, resistance forcers, tractive forces
  
  • PODCAST of EXERCISES 2
    
• EXERCISES 3: Performance criteria: max speed, acceleration and elasticity
  
  • PODCAST of Exercises 3
• EXERCISES 4: Energy consumption
  • PODCAST
• EXERCISES 5: EV Performance and design
  • PODCAST
• EXERCISES 6: Batteries and energy storages
  • PODCAST
• EXERCISES 6: Hybrid vehicles Design
  
  

Project

• Assignment 1 (HW1) (20/10/2021)
• Assignment 2 (HW2) (18/11/2021) NEW
• e-motor: Matlab code of the efficiency map of the Nissan LEAF (Mk 2012)

Lab: Chassis Dynamometer

• Banc à rouleaux

Additional Material

• Aide Matlab : Document de présentation et d'initiation à MATLAB
• Rédactions de rapports : Aide à la rédaction de rapports