Hybrid Electric Vehical

This course provides a comprehensive understanding of hybrid electric vehicles (HEVs), covering their design, operation, and integration of electric and mechanical systems. Students will learn about the fundamentals of electric motors, battery technologies, regenerative braking, and the modeling and control of hybrid powertrains. The course emphasizes the development of analytical skills, proficiency in computer-aided design (CAD) for system design, project management, and technical communication skills. By the end of the course, students will be equipped to design, test, and optimize HEVs, applying their knowledge to real-world challenges in the automotive industry.

Curriculum

Why EV? Why HEV? Why PHEV? Hybridisation Ratio Architectures of HEV Comparison of IC & EV30:25πŸ”’

Battery Parameters35:15πŸ”’
Lithium Batteries35:15πŸ”’
Metal- Air Batteries35:15πŸ”’
Hybrid Batteries Super- Capacitors Comparison b/w Hybrid batteries & super-capacitors C-rates35:15πŸ”’

Duty Cycles130:25πŸ”’
Vehicle Model130:25πŸ”’
Vehicle Performance130:25πŸ”’
EV Powertrain Component Sizing Vehicle Efficiency130:25πŸ”’

Layout design rules30:25πŸ”’
Stick diagrams30:25πŸ”’

Thermal Runaway145:30πŸ”’
Cooling Systems145:30πŸ”’
Active Cooling145:30πŸ”’
Passive Cooling Safety Systems in EV to avoid Thermal Runaway145:30πŸ”’

Types of Motors Motor Configurations142:30πŸ”’
Placement142:30πŸ”’
Synchronous : Permanent Switch Reluctance Motors Axial Flux Motors Motor Torque & Power Characteristics Motor Efficiency Control Systems 142:30πŸ”’

Battery Pack Design & Calculations (Major Project)150:20πŸ”’

Background Battery Management Systems Basic Functions of BMS Topology of BMS150:20πŸ”’

Charging Standards Wireless Power Transfer Solar – Charging Case Study150:20πŸ”’

Learning Outcomes:

  • Upon Completing Learners will acquire knowledge of electric and mechanical system fundamentalsβ€”such as motors, batteries, regenerative braking, modeling, and control of hybrid powertrainsβ€”while also developing analytical abilities, CAD‐based system design proficiency, project management, and technical communication skills.





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Price

β‚Ή3500

Course Title

Hybrid Electric Vehical

Language

English

Certification

Yes - Industry Recognized

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FAQs

The course duration is of 2 months & some course may extend to 3 months

Yes at the end of the course completion you will get certificates.

ABCPanda team will arrange a doubt clearance session accordingly.

Yes, for Recorded sessions & Live sessions access would be 1 year

No our mentors will teach from basic. If you have experience, it would add an advantage.