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Electric Vehicles (EVs) Workshop Program
1. Introduction to Electric Vehicles and Fundamentals
Session 1. Overview
History and evolution of electric vehicles.
Key differences between EVs and conventional vehicles.
Importance of EVs in addressing environmental concerns.
Activity:
Brainstorming session—how EVs can impact your daily life and community.
Session 2. Basics of EV Technology
Core components of an EV: Battery, motor, controller, and drivetrain.
How electric propulsion works: Torque, power, and efficiency.
Interactive Demo:
Break down an EV model or virtual simulation of an EV system.
Session 3. Battery Technology and Energy Storage
Types of EV batteries: Lithium-ion, solid-state, and alternatives.
Key parameters: Capacity, energy density, and charging time.
Activity:
Analyze and compare battery specifications for popular EV models.
2. Practical Understanding and Design Insights
Session 1. Electric Drive Systems
Introduction to motors used in EVs: BLDC, PMSM, and induction motors.
Motor control principles and energy management.
Live Demo:
Small-scale motor operation and its integration with an EV drivetrain.
Session 2. EV Power Electronics
Role of inverters, converters, and controllers in EVs.
Basics of thermal management in EV electronics.
Interactive Session:
Learn how regenerative braking works with a simple demonstration.
Session 3. Charging Infrastructure and Grid Integration
Types of chargers: Slow, fast, and ultra-fast charging.
Smart charging and Vehicle-to-Grid (V2G) technology.
Activity:
Group discussion—what would an ideal EV charging network look like in your city?
Session 4. Hands-on Project
Build a small EV prototype or create a simple circuit for an EV subsystem.
Option 1 : Design a basic motor-controller system.
Option 2 : Build a solar-powered EV charging station model.
Showcase results and explain design choices.
3. Advanced Topics and Future Trends
Session 1. Emerging EV Trends
Autonomous EVs and connectivity: The role of AI and IoT.
Innovations in battery technology: Solid-state batteries and beyond.
Global policies and subsidies driving EV adoption.
Session 2. Simulation and Design Tools
Introduction to EV simulation tools like MATLAB/Simulink.
Demonstration of battery and motor design simulation.
Hands-on Activity:
Simulate a basic EV system on a free simulation tool.
Session 3. Sustainability and the EV Ecosystem
Recycling and reusing EV batteries.
Impact of EVs on renewable energy adoption.
Future of the EV supply chain and opportunities.
Activity:
Debate—Are EVs the ultimate solution to sustainability challenges?
4. Additional Elements for Engagement
Gamified Learning: Create a quiz competition after each day to reinforce learning.
Career Insights: Invite an EV industry expert for a guest lecture or Q&A session.
Certificates: Provide certificates with special mentions for participants who excel.
Interactive Booths:
Showcase real EV components or a demo electric bike/car.