An automotive electronic air compressor is a micro air compression device that modulates the rigidity and load-bearing capacity of air suspension springs by adjusting the volume of air intake. The principal components of this system encompass a drive motor, cylinders, pistons, air valves, and a pressure gauge. The cylinders serve as the compression chambers for the gas, while the pistons, actuated by the reciprocating motion of the motor, generate high-pressure air that propels the gas towards the storage reservoir. The air valves function to prevent the counterflow of gases, ensuring that there is no reverse flow during the inflation process. The key control challenges associated with electronic air compressors include precise inflation timing, maximum current limitations, maintenance of stable air pressure levels, airtightness integrity, the ability to initiate at low voltage and high-pressure conditions, consistent operation under continuous current loads, minimization of noise emissions, endurance for intermittent operational cycles, and robust performance under conditions of mechanical vibration, environmental pollution, and elevated temperatures.