As an important water conservancy infrastructure, the safe operation of dams is of great significance to ensure the safety of people's lives and property and social and economic development. However, due to various factors, dams can present various safety hazards. Therefore, dam safety monitoring has become an important task. Dam safety monitoring equipment is a key tool to achieve this.
TH-WY1 dam safety monitoring, also known as GNSS dam safety monitoring system or dam safety monitoring station, mainly through the dam body, dam foundation, dam abutment, near the dam slope and the dam surrounding environment to measure and observe the relevant data, to achieve the dam remote deformation monitoring, displacement monitoring, pressure monitoring, seepage monitoring and other functions. Its purpose is to monitor the small deformation and development trend of dam hidden danger points before disasters, issue early warnings, and take preventive measures in advance.
However, traditional monitoring equipment has some limitations, such as susceptibility to environmental influences and low accuracy. With the development of GNSS technology, its application in the field of dam safety monitoring is becoming more and more extensive. GNSS technology has the following advantages in dam safety monitoring:
High-precision positioning: GNSS technology has the advantages of high-precision positioning, and can achieve millimeter-level positioning accuracy, which is much higher than that of traditional monitoring equipment. This allows GNSS technology to more accurately reflect the actual situation of the dam in dam safety monitoring.
Real-time monitoring: GNSS technology can achieve real-time monitoring, which can detect abnormal conditions of the dam in time and avoid losses caused by delays.
High degree of automation: GNSS technology can realize automatic monitoring, reduce manual intervention and error, and improve the accuracy and reliability of monitoring.
Adaptability: GNSS technology has strong environmental adaptability and can be monitored under harsh environmental conditions, ensuring the continuity and stability of dam safety monitoring.
In short, GNSS technology has the advantages of high-precision positioning, real-time monitoring, high degree of automation and strong adaptability in dam safety monitoring.