EV Dryer Splitter is a special shunt component developed for the on-board supporting transmission system of new energy electric vehicles. It is mainly adapted to core modules such as vehicle-mounted drying systems, high-voltage circuit transmission, and temperature-controlled airflow transmission. From the perspective of the operation of the vehicle transmission system, the vehicle-mounted functional transmission system of new energy vehicles covers multiple transmission links of electric power, airflow and thermal energy. The cooperative operation of each system directly affects the operational stability and user experience of vehicle auxiliary equipment. As the core shunt component in the system, EV Dryer Splitter undertakes the key responsibilities of shunting and regulating signals, airflow and electric power, and is an important accessory to ensure the orderly and efficient operation of the vehicle-mounted multi-dimensional transmission system.

　　The vehicle-mounted drying, dehumidification and temperature control systems of new energy vehicles are frequently used auxiliary transmission systems. Traditional integrated transmission pipelines have no professional shunt structure, which is prone to problems such as concentrated transmission power, uneven link load and unbalanced thermal energy and airflow distribution. Under the scenarios of fluctuating vehicle operating conditions, unstable voltage and load switching, centralized single-link transmission will easily cause local transmission overload and uneven heating and reduced dehumidification efficiency. It not only affects the use effect of vehicle-mounted drying equipment, but also increases pipeline loss and energy consumption of the transmission system. Long-term use will easily lead to pipeline aging and system failures, and affect the service life and stability of the overall vehicle auxiliary transmission system.

　　Optimized for the complex working conditions of vehicle-mounted transmission systems, EV Dryer Splitter adapts to the operating environment of new energy vehicles with high voltage, vibration and variable temperature differences, and has the core performances of precise shunting, voltage and current stabilization, and balanced transmission. It can accurately split a single input transmission link of electric power, airflow or thermal energy and evenly distribute it to multiple terminal transmission modules, effectively balancing the transmission load of each branch and completely solving the pain points of single-link transmission overload and multi-link transmission imbalance. Meanwhile, its built-in isolation buffer structure can isolate clutter interference, airflow turbulence and power fluctuations in the transmission link, greatly improving the anti-interference ability and operation smoothness of the vehicle-mounted transmission system.

　　In the entire vehicle-mounted transmission system, EV Dryer Splitter not only realizes precise shunting, but also optimizes the overall link layout, reduces transmission loss and system energy consumption, and relieves the operating pressure of vehicle-mounted transmission equipment. With the advantages of strong adaptability, high stability, resistance to harsh vehicle working conditions and high shunting accuracy, this component is widely used in the vehicle-mounted drying and dehumidification systems, cockpit temperature control transmission systems and vehicle-mounted equipment drying protection systems of new energy passenger cars and commercial vehicles. It effectively improves the overall operating efficiency, energy-saving effect and safety stability of vehicle-mounted transmission systems, and serves as a core special component for the upgrading and optimization of new energy vehicle auxiliary transmission systems.