ELECTRIC VEHICLE(PT COMBO SENSOR) - Nevada Measurement Solutions

ELECTRIC VEHICLE(PT COMBO SENSOR)

In the electric vehicle (EV) industry, sensors play a vital role, especially in pressure and temperature monitoring. The power system, thermal management, charging process, and safety performance of electric vehicles all require high-precision sensors to ensure their stability and efficiency. The following is an application solution for integrated pressure and temperature sensors in electric vehicles:

Battery Management System (BMS)

The battery management system is one of the core components of electric vehicles, ensuring the performance and safety of the battery. The application of pressure and temperature integrated sensors in BMS is mainly reflected in the following aspects

  • Battery Cell Temperature Monitoring
  • Battery cell pressure monitoring
  • Thermal management system optimization
      Motor system
      The motors in electric vehicles also require effective thermal management and pressure monitoring to ensure long-term stable operation under high loads.
      • Motor temperature monitoring
      • Oil temperature and coolant pressure monitoring
        Charging system
        The charging process of electric vehicles requires monitoring the temperature and pressure in the battery and circuit to ensure charging safety and efficiency.
        • Charging battery temperature monitoring
        • Charging port pressure monitoring
          Vehicle Thermal Management System
          The thermal management system of electric vehicles (including air conditioning system, heating system, etc.) needs to ensure the temperature control of the power system while ensuring the comfort inside the car.
          • Air conditioning system temperature monitoring
          • Pressure and temperature monitoring of heating systems
            Car safety systems

            Sensors also have important applications in electric vehicle safety systems, especially in areas such as collision avoidance and accident monitoring.

            • Airbag system
            • Tire pressure monitoring
            Advanced Driver Assistance System (ADAS)
            In intelligent driving systems, the role of sensors is mainly to provide accurate environmental perception information.
            • Temperature sensor
            • Pressure Sensor
            Body and Suspension
            The body and suspension systems of electric vehicles require close monitoring of pressure and temperature to improve vehicle stability, comfort and handling.
            • Suspension system:
            Electric vehicles usually use air suspension or hydraulic suspension systems. Pressure sensors can monitor the air pressure or hydraulic pressure in the suspension system, adjust the vehicle height, and improve the vehicle's ride comfort and handling performance.
            • Body temperature monitoring:
            The temperature of the body and wheels directly affects tire wear and body stability. Temperature sensors can be used to monitor the temperature of body components to ensure that each part operates within the normal temperature range.

            Pressure and temperature integrated sensors are widely used in the electric vehicle industry, covering batteries, motors, charging systems, thermal management, safety systems and other aspects. Through accurate pressure and temperature monitoring, electric vehicles can achieve higher safety, efficiency and comfort, while also providing strong data support for intelligent and remote monitoring. The application of these sensors can not only improve the overall performance of the vehicle, but also provide users with a more stable and safe driving experience.




             



             



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