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HardwareSoftware
Intelligent Acoustic Fingerprint TerminalDSKJ-PMA6-2023 is an integrated smart hardware that features a 6-channel circular microphone array and incorporates artificial intelligence acoustic processing algorithms. The terminal uses an acoustic non-contact method, utilizing microphone array technology to capture the sound signals of device operation in complex environments; it integrates various algorithms to filter out noise interference from the sound field, accurately obtaining sound data on the device's operating status.
Smart Owl AI TerminalDSKJ-UMA8-001 is an integrated smart hardware with an eight-channel microphone array. Designed specifically for industrial scenarios, it serves as a voiceprint data collection tool that combines the latest AI voiceprint technology with fault diagnosis algorithms, providing industrial users with high-precision and high-efficiency voiceprint data collection and analysis capabilities. -
ElectricityRail transitSmart Internet of ThingsGeneral Industry
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Service PlanAfter-sales service
New Energy Industry Solutions
Ensonic Technology voiceprint recognition technology can be used to monitor the operating status of equipment such as water turbines and generators in hydropower stations, wind turbine blades, gearboxes, rolling bearings, and generators in wind power generation, as well as fault diagnosis of devices like inverters and transformers in photovoltaic power stations, ensuring the stable operation of new energy equipment and improving energy utilization efficiency.
Overview
In the fields of hydropower, wind power, photovoltaic power, and other new energy sources, Ensonic Technology's voiceprint recognition technology can be used to monitor the operating status of equipment such as water turbines and generators in hydropower stations, wind turbine blades, gearboxes, rolling bearings, and generators in wind power generation, as well as fault diagnosis of devices such as inverters and transformers in photovoltaic power stations, ensuring the stable operation of new energy equipment and improving energy utilization efficiency.
Scenario Solutions
The application of voiceprint monitoring in new energy hydropower solutions mainly focuses on fault detection and health monitoring of hydropower station equipment. Voiceprint monitoring technology can effectively identify abnormal states and potential faults of equipment by analyzing the acoustic signals generated during the operation of hydropower station equipment, thereby improving the safety and reliability of hydropower stations.
Voiceprint monitoring plays an important role in wind power solutions, especially in the fault diagnosis and operation and maintenance management of wind turbines. Voiceprint monitoring technology can analyze the sound signals generated during the operation of the wind turbine to monitor the status of key components such as blades and towers in real-time, thereby achieving intelligent monitoring and fault warning for wind power units.
Scenario-based product service
DSKJ-UMA8-001 is an integrated smart hardware with an eight-channel microphone array. Designed specifically for industrial scenarios, it serves as a voiceprint data collection tool that combines the latest AI voiceprint technology with fault diagnosis algorithms, providing industrial users with high-precision and high-efficiency voiceprint data collection and analysis capabilities.
The EnDAS-Cloud industrial online monitoring and intelligent analysis platform adopts a B/S system architecture, which can connect to the full range of voiceprint monitoring terminal devices from Ensonic Technology, and also supports third-party data integration, such as vibration, temperature, images, etc.
Successful Cases
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