2024-09-18

Fujian Putian city Mulanxi intelligent transformation project

       Ding dong, the alarm clock at eight o 'clock in the morning rang, the staff of Putian Mulanxi reservoir skillfully opened the water level image intelligent recognition system, and opened the daily data reporting work. Before the system went online, the staff needed to read the water level data of 14 water gauges through video surveillance several times a day, which was a heavy workload and low efficiency. Since the system went live in June this year, they have also enjoyed the convenience brought by artificial intelligence: The 14 water scale stations collect data at a frequency of half an hour, with an accuracy of more than 95%. The staff only need to open the system every few hours to correct abnormal data and report it, which not only reduces the workload of manual identification and input, but also reduces the error rate of human operation, and greatly improves the work efficiency.
   
       The application of electronic water gauge, based on the original video and water gauge foundation, solves the original water level monitoring problems such as backward monitoring means, high monitoring cost, and inaccurate monitoring data, and can intelligently and clearly identify the water level information of the day and night. It can be seen that the application of new technology makes the flood prevention and early warning work more intelligent.



       Boya Tian'an electronic water gauge is suitable for water level information such as rivers, lakes and reservoirs in irrigation areas, which can resist the vibration problems caused by the camera because of weather and wind, and can be real-time water level identification and all-weather water level identification after the system interval frequency is set. In the case of ensuring that the camera screen is not dark and shielded, it can be stably identified even in rainstorm days, flood days, snow days, etc.

      Electronic water gauge is a kind of water level measuring equipment integrated with inductive sensor and communication terminal, which is developed for the problem that traditional digital sensors are easily affected by environmental factors under the complicated water level monitoring scene, unable to transmit data far, and the site construction cost is high. It uses the Microsoft conductivity principle of water to measure the water level data of the electrode. The equipment has the characteristics of high measuring accuracy, stable and reliable, easy to use, automatic reporting, etc. It can be applied to urban water, reservoirs, lakes, rivers, irrigation areas and other occasions.


  • Stainless steel protective housing, copper alloy contacts, can be used in complex and harsh environments
  • Does not change with the expansion of the range no zero drift and temperature drift
  • Low power consumption design, long time online monitoring

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