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QDYH
1. Intelligent Power Supply Regulation Technology: Based on multi-point OFF potential monitoring and neural network algorithms, it realizes AI-driven control of cathodic protection power supply output. Compared with traditional single-point ON potential monitoring, the regulation accuracy is improved by 30%, which can adapt to pipeline anticorrosion needs in real time and avoid energy waste.
2. Full-Process Data Automation: It automatically and continuously collects CP parameters (such as potential, corrosion rate) along the pipeline, with data upload delay ≤10 seconds. The data is directly accessed to intelligent algorithms to optimize control strategies, without manual recording and entry, and the data error rate is reduced to less than 0.1%.
3. Adaptive Stray Current Management: It independently identifies and diagnoses stray current interference types (such as DC, AC interference), and dynamically adjusts power supply output according to interference intensity. It can still maintain stable anticorrosion effect in complex interference environments, and the response speed is 5 times faster than traditional manual detection.
4. Intelligent Monitoring of Drainage Facilities: It automatically collects data such as drainage flow, CP parameters before and after drainage, and drainage bed potential of drainage facilities, with a monitoring frequency of 1 time/hour, replacing traditional manual regular inspection (1 time/week). The fault early warning accuracy reaches 95%, reducing the risk of equipment damage.
5. Tamper-Proof Data Acquisition: Using a dedicated Data Logger, test data is uploaded in real time and cannot be tampered with. The original data directly supports the optimization of control strategies, with a data credibility of 100%, meeting industry compliance requirements.
1. Intelligent Power Supply Regulation Technology: Based on multi-point OFF potential monitoring and neural network algorithms, it realizes AI-driven control of cathodic protection power supply output. Compared with traditional single-point ON potential monitoring, the regulation accuracy is improved by 30%, which can adapt to pipeline anticorrosion needs in real time and avoid energy waste.
2. Full-Process Data Automation: It automatically and continuously collects CP parameters (such as potential, corrosion rate) along the pipeline, with data upload delay ≤10 seconds. The data is directly accessed to intelligent algorithms to optimize control strategies, without manual recording and entry, and the data error rate is reduced to less than 0.1%.
3. Adaptive Stray Current Management: It independently identifies and diagnoses stray current interference types (such as DC, AC interference), and dynamically adjusts power supply output according to interference intensity. It can still maintain stable anticorrosion effect in complex interference environments, and the response speed is 5 times faster than traditional manual detection.
4. Intelligent Monitoring of Drainage Facilities: It automatically collects data such as drainage flow, CP parameters before and after drainage, and drainage bed potential of drainage facilities, with a monitoring frequency of 1 time/hour, replacing traditional manual regular inspection (1 time/week). The fault early warning accuracy reaches 95%, reducing the risk of equipment damage.
5. Tamper-Proof Data Acquisition: Using a dedicated Data Logger, test data is uploaded in real time and cannot be tampered with. The original data directly supports the optimization of control strategies, with a data credibility of 100%, meeting industry compliance requirements.
