Air suspension represents a pinnacle of intelligent suspension technology, utilizing air springs as the core elastic element while being governed by a sophisticated electronic control system. This innovation allows for the dynamic modulation of vehicle height, stiffness, and damping properties, thereby elevating the vehicle's comfort, handling, and adaptability to new heights.
Its foundational structure encompasses:
1. Air Springs: Serving as a revolutionary replacement for traditional steel coil springs, these components deliver elastic support through compressed air, boasting remarkable compressibility and an exceptional vibration isolation effect.
2. Air Supply Unit: Comprising essential elements like air compressors, air tanks, and distribution valves, this unit is charged with the generation and regulation of compressed air distribution.
3. Sensors: Featuring height sensors, acceleration sensors, and more, these devices offer real-time monitoring of vehicle body orientation and road conditions.
4. Electronic Control Unit (ECU): This unit dynamically adjusts the inflation and deflation of air springs based on real-time sensor data to precisely manage vehicle body height and suspension stiffness.
5. Shock Absorbers: These components, typically separate from air springs, are engineered to further enhance shock absorption capabilities.