EV and battery Thermal Management - Why Thermal Management Matters скачать в хорошем качестве

EV and battery Thermal Management - Why Thermal Management Matters

🎓 This video is part of my complete Udemy course: 👉 [The Complete Guide to EV & Battery Thermal Management] https://www.udemy.com/course/the-comp... 📚 Here’s what you'll learn in the full course 👇 🔹 SECTION 1: Thermal Basics & Battery Introduction • Heat, Temperature, and Energy Essentials • Modes of Heat Transfer • Laws of Thermodynamics • Battery Basics: Introduction to Lithium-Ion Batteries • Thermal Characteristics of Li-Ion Battery 🔹 SECTION 2: Temperature Impact on Battery Behavior • Why Thermal Management Matters • Temperature Impact: Internal Resistance and Self-Discharge • Temperature Impact: Charging Efficiency and Rate • Ideal Temperature Range for Battery Performance 🔹 SECTION 3: Cooling Strategies & Technologies • Cooling Strategies: Exploring the Key Types • Air Cooling Overview and Schematic • Liquid Cooling Overview and Schematic • Immersion Cooling Overview and Schematic • Phase Change Cooling Overview and Schematic 🔹 SECTION 4: EV System Fundamentals • Electric Vehicles and Architecture Overview • Electric Vehicle Subsystem Interplay • Coolant Subsystem: Components and Pump Overview • Radiator and Thermal Management Module • Cooling Channels: Battery, Motor, and Inverter • Chiller and Reservoir Tanks • Cooling Fan and PTC Heater 🔹 SECTION 5: Powertrain & Power Electronics Thermal Insights • Powertrain: Integrated Motor and Gearbox • Power Electronics Overview • Inverter, DC-DC Converter, and OBC – Heat Generation & Cooling 🔹 SECTION 6: Refrigeration Subsystem & HVAC • Refrigeration Cycle Overview • Compressor, Condenser, Expansion Valve, Evaporator • Accumulator & Receiver Drier • Cabin as a Thermal Load • HVAC as a Subsystem 🔹 SECTION 7: Integrated Thermal Management • Thermal Balance: Battery, Cabin, Power Electronics, Powertrain • Designing a Thermal Management System • Active vs. Passive Heating & Cooling • Operation in Extreme Cold, Cold, Warm, and Extreme Warm • Immersion Cooling & Heating: Layout, Passive/Active Cooling & Heating • Thermal Management Control Strategies 🔹 SECTION 8: Real-World EV Applications • Tesla Model 3: Architecture, Charging, and Cooling • Mach-E: Heating, Cooling, and System Comparison with Tesla • ESS Thermal System: Design, Layout, and Climate Considerations • Thermal Management in Electric Boats, Aircraft, and Heavy Machinery • Consumer Electronics, Residential Storage, and UPS Cooling 🔹 SECTION 9: Modeling & Emerging Trends • Modeling and Simulation of Thermal Management Systems • Virtual Prototyping and Battery Cell Modeling • Heat Pump Architecture and Operation • Micro-Channel Heat Exchangers and Conductive Composites • Solid-State Batteries and Thermal Challenges Ahead