Hybrid & Electric Vehicles

Hybrid & Electric Vehicle Systems, Battery Technology & Electric Motors, Battery Chemistry, Efficiency, Electric Motors, Generators & Power Electronics, Control System for HEVs Practical: Assembling of the Battery Pack, Demonstration of Battery Management Systems, Practical design of motors, Demonstration of Motor Assembly, Practical session on Building of E-Bike

INR 6000

INR 6000

Day 1   
  • IC Engines Basics-Working, Construction, Design Features
  • Engine Subsystems Valvetrain, Fuel Injection, Intake & Exhaust Manifolds, Turbocharging & Supercharging
  • Energy consumption for cycles
  • Limitations with Present Technology- Fuel shortage, Mechanical efficiency
  • Transportation Electrification- History, Need and Motivation
  • Economic and Environmental Impacts
  • Electric Drive Vehicle Technologies HEV, PHEV, EV and fuel cell
  • Types of Hybrid Topologies- Series, Parallel, Combined
  • Various Components in a Hybrid and Electric Vehicle
  • HEV/ EV Topologies and Power flow diagrams with example
  • Charge sustaining strategies Regenerative Braking, KERS, Start-Stop
Day 2   
  • Types of batteries Pb Acid, Li-Po & Metal Air
  • Architecture- Cells, Modules & Packs
  • Battery Charging & Discharging Cycles
  • Use of Batteries in Hybrid Powertrain
  • Battery Modelling & Management System(BMS)
  • Alternative Energy Storage Photovoltaic cells, Super-Capacitors, Fuel Cell
  • Demonstration Session-on experience on Battery Packs and BMS
Day 3   
  • Electric Motors- AC/DC Motors/ Generators
  • Brushed DC Motor/ Brushless DC Motor- Torque Characteristics
  • Synchronous and Asynchronous AC Motor- Torque Characteristics
  • Reluctance Machines, Actuators & Capacitors
  • DC-AC & AC-DC Convertors
  • Practical design calculation session on batteries and motors
Day 4   
  • Motors selection parameters
  • Controls Systems in HEVs- ECU Architecture, Sensors & Actuators
  • Control Strategy
  • Torque Distribution
  • ABS/ESP Interaction
  • Basics on Motor Control & Regeneration Algorithms  Regulatory Requirement & Certifications
  • Certification Requirement for HEV systems
  • Practical session - Simulation on electronic circuits and motor drivers
  • Basic parameters, specification involved in Designing of E-Bike
Day 5   
  • Transmission and Power Couplings- AMT, Dual Clutch, CVT
  • Shift Quality Parameters
  • Converters
  • Architecture Development of HEVs and EVs
  • System Integration -Dynamics-Topology Selection & Modelling, Braking, Safety
  • Range / Power conflict
  • Regenerative Braking System
  • Thermal Management for Motors & Batteries
  • Thermal Issues & Functions of Thermal Management System
  • Technologies for Thermal management Air Cooling, Liquid Cooling
  • Direct Refrigerant Cooling, Thermos Electric Module
  • Existing HEV and EVs Architecture
  • Toyota Hybrid Synergy Drive
  • Hero Electric
  • Mahindra E2O
  • Ather Energy
Day 6   
  • Modelling & Simulation
  • Model and library creation
  • Analytical & Mathematical Calculations & Modelling of HEVs
  • Practical session on Building of E-Bike
Day 7   
  • "Industrial Project Review"
  • Interview skills and further career development Q&A
  • Resume Writing & Interview Tips What the Industry Looks For?
  • Certification & Closing Ceremony
Overview
Internship on Hybrid and Electric Vehicle is a 7-day advanced course on design and development of hybrid and electric vehicle technologies. This course is designed by OEMs and research organizations. Through this course, they would be learning about basics of IC engines, electric vehicles topologies, electric drive technologies, types of batteries, architecture of batteries, battery management systems (BMS) with hands-on training, AC/DC motors and generators and motors with Arduino, powertrains with their architecture, thermal management of motors and control system. Also, you would be trained on how to convert a normal bike into an electric bike. The workshop would be scalable version of practical industrial projects. Towards the end, there would be a resume writing and interview tips session and the attendees would receive a participation certificate and an acknowledgement letter
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Internship on Hybrid and Electric Vehicle is a 7-day advanced course on design and development of hybrid and electric vehicle technologies. This course is designed by OEMs and research organizations. Through this course, they would be learning about basics of IC engines, electric vehicles topologies, electric drive technologies, types of batteries, architecture of batteries, battery management systems (BMS) with hands-on training, AC/DC motors and generators and motors with Arduino, powertrains with their architecture, thermal management of motors and control system. Also, you would be trained on how to convert a normal bike into an electric bike. The workshop would be scalable version of practical industrial projects. Towards the end, there would be a resume writing and interview tips session and the attendees would receive a participation certificate and an acknowledgement letter
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