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Electric Vehicle : Motor, Controller and Li-Battery Technology
ABOUT PROGRAM
A 3 days crash course series "KIP (Knowledge Improvement Program)", on Electric Vehicle: Motor, Controller and Battery Technology. This program is specially designed based on feedback from training over 100+ industry professionals with the job background from R&D engineers, senior-level engineers, and mid-level engineers from the reputed OEM's such as Maruti Suzuki Ltd. Magna Steyr, Bajaj Auto Ltd. Hero Motocorp, FCA, Mahle Behr, etc. This program will give in-depth knowledge and a broad understanding of electric vehicles different types of motor, it's design and working principle, different battery chemistries, and selection, Battery Management System(BMS) and it’s latest technologies being used globally. The key agenda of this program is to offer the specific domain knowledge to EV enthusiasts and professionals on EV Motor and Battery technology. This KIP program will help you to gain the latest technology insights and knowledge build-up with case studies and Q&A session with the domain expert speakers from the industry.
ABSTRACT
The automotive industry is evolving rapidly, vehicles have become more autonomous & technically advanced that they are capable of higher performance, easy to optimize fuel efficiency and zero-emission to prevent environment. With the help of Government initiatives and the Industrial revolution, the electric vehicles will become safer, economical, easy to repair and handle.
The expertise in assembly, design, battery chemistry, electric motors, and advanced computer systems is becoming highly valued. The boom in EV has opened opportunities for the automobile industry, entrepreneurs, R&D, employability and higher education.
Trainers Profile
“35 years of rich experience in developing & manufacturing Lithium ion, Nickel Cadmium and other advance batteries for industrial, defence, railways & EV applications. He is specialized in product development.”
Mr. Sunil Trikha – Battery Technology
“An Electrical and Electronics Engineer by profession, 14+ yrs of versatile experience in core industry. Worked in Research and Development (R&D) in Power Electronics for PMSM Drives, Assisted and supported R&D of India's first EV.”
Vijay R
Registration Fee:
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Category |
Fee (in INR) |
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Corporate MSME/Start-up Academic |
15000 12000 7000 |
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Topics to be covered:
- Awareness and recent trends on Electric Vehicle technology
- The architecture of Electric Vehicle Drivetrain
- EV Powertrain and case study focused on Motor and Battery
- Battery Management Systems
Learning Outcome:
- Fundamental understanding of EV Powertrain and its components.
- How to select and design electric motor for specific vehicle requirements.
- Understanding of Battery pack - material used and cell stacking.
- Understanding of working and architecture of BMS and cell balancing.
- Understanding of motor control characteristics.
MODULES
Motor Design & Control Techniques
- Electric vehicle configuration
- EV architecture based on power source configuration
- Single and multi motor drives
- In wheel drives (Axial Flux Motors)
- Classification of motors
- Fundamentals of motor components & its functioning
- Selection methodology of motor
- BLDC Motor Control and Switching Configuration
- AC Motor and PWM
- Practical Demonstration of motor components
- Case study
ABI - A203 - MOTOR & CONTROLLER
- Brushless DC Motor, AC Induction Motor, Permanent magnet
- Synchronous Motor, Axial Flux motors, Comparison of Various Motor Types
- Classification of motors based on application, Demonstration on electric motors
- Coupling a motor with gearbox
- Design calculation for motor combined with gearbox and vehicle performance.
- BLDC Motor Control, Switch Configuration, Pulse width Modulation
- Single Phase BLDC Motor, Three Phase BLDC Motor, Sensorless Control of BLDC
- Motor, AC motor control and winding configuration, AC motor controller systems
- Motor controller and regenerative braking
ABI - A106 Electric Vehicle Powertrain
- Understanding Electric Vehicle
- Components of Electric Vehicle Powertrain
- Different powertrain combinations of EVs and Hybrid
- Global and domestic scenarios of electric vehicle industry
- Readiness of Indian auto industry towards electric vehicles
- Constraints for electric vehicles in India
Lithium and Battery Fundamentals
- Advantage of Lithium Ion Batteries, Early Development
- Electrolyte Materials & Separator
- Types of Rechargeable Lithium Cells - DEMO
- Types of lithium Ion Cells Based on Construction (Size & Shape) - DEMO
- Design Construction for High Rate Discharge Cell
Li-ion Battery Characteristics & Charging
- Charging Characteristics, Charging Efficiency
- Discharge Characteristics
- Internal Resistance
- Self-Discharge & Storage
- Cycle Life & Factors Affecting Cycle Life
- Effect of Temperature on – Voltage, capacity, IR. Self-discharge. life
- State of Health
Li-ion Battery Safety & BMS
- BMS Overview
- BMS Architecture
- Low Voltage & High Voltage
- Centralised, distributed, hybrid cell balancing
- SOC, SOH, SOF
- Standard & Regulations
- Functional Safety Overview (ISO 26262)
- Safety Considerations for BMS (Thermal Runaway, Short Circuit Detection etc)
- Hands on Examples for BMS
Who may attend?
- EV concept developing OEM's professionals or Manufacturing Entrepreneurs
- Working professionals for battery pack development, EV assembly, EV drivetrain engineer, motor design engineer
- Engineer Trainees, Quality Engineers, Supervisors, Mfg. Head, Managers
CERTIFICATION:
All the participants will be given a “Certificate of Training” based on the assessment grades (on basis of an assessment taken at the end of the workshop) issued by “Autobot Engineers India Pvt. Ltd".
Contact Details:
Mr. Arun Gupta
Phone: +91-8860040003
Email: info@autobotindia.com; training@autobotindia.com
