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Say goodbye to “blind men groping the elephant”: The Daoyitai Acoustic Imaging Device ensures that leaks and partial discharges have nowhere to hide.
In industrial settings, hidden hazards such as gas leaks and partial discharges in equipment are like invisible time bombs. Traditional detection methods—such as applying soapy water or relying on manual listening—aren't only inefficient but also pose significant safety risks in high-voltage and high-risk environments. The advent of acoustic imaging devices, with their "visualized sound wave" technology, has broken this deadlock, enabling precise visualization of previously invisible hazards and putting an end to the era of "blind men feeling an elephant" when troubleshooting faults.
04
2026
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How do acoustic imagers “see” sound? The secret lies right here—in this “sound spotlight”!
Have you ever seen a photo that can “capture” sound? In factories, it instantly zeroes in on leaking pipes; at substations, it precisely identifies potential hazards of electrical discharge. This remarkable device is called an acoustic imaging camera, and at its heart lies a core algorithm—beamforming. So, what exactly is beamforming?
23
2025
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Exhibition Invitation | 2025 Municipal Engineering Construction Industry Expo
24
11
A “sound” image leaves no room for hidden dangers in the power grid!—The application of acoustic imaging technology in partial discharge scenarios in power systems.
Partial discharge is a slow process that damages insulating equipment, leading to localized deterioration of the dielectric material. Although the energy and spatial extent of such discharges are limited, over time and under certain conditions, they can reduce the electrical strength of the insulation system, ultimately resulting in insulation failure and potentially causing power supply safety incidents.
05
09