Each independent transducer of the ultrasonic anti - marine biofouling system uses artificial intelligence to monitor the environmental parameters at the installation location in real - time and dynamically adjusts the ultrasonic output according to the continuously changing conditions, thereby achieving:

• A 300% increase in ultrasonic control precision

• A 40% improvement in energy - consumption efficiency compared with the previous - generation technology

• Adaptation to the characteristics of different marine biological communities in various navigation areas.

The working principle of the ultrasonic anti - marine biofouling system is as follows:

1. Physical effects

• High - frequency vibration: When ultrasonic waves propagate on the metal surface, they generate micro - vibrations that disrupt the attachment ability of marine biofouling larvae.

• Cavitation effect: Sound waves produce tiny bubbles in the liquid, which burst to form local shock waves that remove the initial biofilm. (The manufacturer's design based on non - inertial cavitation will not cause corrosion to the ship's surface)

2. Biological interference

• Specific - frequency ultrasonic waves can interfere with the nervous system or cellular structure of marine biofouling, inhibiting their growth and reproduction.

3. Ship anti - fouling

• Seawater piping: Prevents clogging of the cooling system (such as sea chest, main sea water strainer, heat exchanger).

• Propeller: Protects the propeller by removing attached marine biofouling to improve propulsion efficiency.