The provided image is a comprehensive technical diagram illustrating an Electric Vehicle (EV) Thermal Management System (Cooling & Sensor Control), detailing how fluid circuits, heat exchangers, and sensors regulate temperature across the battery pack, motor, inverter, and cabin.Main Subsystems & Components• Cooling & Heat Exchange Units • Radiator & Radiator Fan: Cools the liquid coolant using ambient air flow. • Chiller: Transfers heat from the coolant loop to the A/C refrigerant loop to cool the battery. • HVAC Compressor & Expansion Valve: Compress and regulate refrigerant flow for cabin and battery cooling. • Evaporator & Cabin Heater: Cool (dehumidify) or heat the cabin air. • Motor/Inverter Cooling Jacket: Circulates fluid directly around the electric motor and power electronics to prevent overheating.• Pumps & Reservoirs • Coolant Pumps (Battery Loop & Motor/Inverter Loop): Dynamically circulate liquid coolant through separate thermal loops. • Coolant Reservoir (Expansion Tank): Maintains proper coolant level and system pressure.• Sensors & Control (BTMS) • Battery Thermal Management Controller (BTMS): The central electronic control unit managing temperature thresholds, pumps, and valves. • Temperature Sensors: Monitor multiple points across the battery pack, motor, inverter, coolant lines, cabin, and ambient air. • Pressure & Flow Sensors: Track coolant flow rate, coolant pressure, and refrigerant pressure. • Humidity Sensor: Measures interior cabin humidity for climate control optimization.FacebookKey Components & Coolant FlowHV Battery Pack: The primary ...FacebookThe provided image is an instructional diagram explaining how ...LinkedInElectric Vehicle Thermal Management System Explained | Winai ...FacebookThe image shows a complete overview of an Electric Vehicle ...InstagramEV CoolingIf you'd like to dive deeper, let me know:• Would you like to know how the high-temperature vs. low-temperature loops separate?• Are you interested in how the system adapts during fast charging vs. cold winter driving?