Field Survey of Xin'anjiang Hydropower Dam Automated Monitoring and Early Warning Project

2017surname Nian5moon26On January 1, 2011, General Manager Mr. Ke Fuyang led the technical team to4People went to Hangzhou Xin'anjiang Hydropower Station to conduct a field survey on the automated monitoring project of Xin'anjiang Hydropower Station.

Xin'anjiang Hydropower Station was built in1957surname Nian4It is the first large-scale hydroelectric power plant designed, equipped and constructed by China itself after the founding of the People's Republic of China. It is a monument in the history of China's water conservancy and electric power industry, and a masterpiece of the Chinese people's hard work and wisdom. After the completion of the hydroelectric power station, it avoided and alleviated the downstream30Flooding of 10,000 acres of farmland inundated the85Mountains, forming islands of various sizes1078Seat, national scenic spot Qiandao Lake (Xin'anjiang Reservoir).

Xin'an River hydroelectric power station has been put into operation50Its safety directly affects the safety of the entire hydropower station around and downstream. At present, the main technical parameters for the safe operation of hydropower plants in China, such as dam deformation displacement, reservoir water level, seepage pressure depth, etc., are all measured by manually using traditional instruments to the site on a regular basis, with a large amount of workload for safety monitoring, affected by many factors such as weather, manpower, site conditions, etc., and with a certain degree of systematic and artificial errors. At the same time, manual monitoring also has the disadvantages of not being able to monitor the technical parameters of the hydropower station in time, and it is difficult to grasp the safety technical indexes of the hydropower station in time, etc. All these will affect the safety production and safety management level of the hydropower station.

"Automated Dam Monitoring and Early Warning System"The put into use, not only saves human and material resources as well as financial resources, but also improves the measurement accuracy, greatly improves the level of applying high technology to solve the production practice problems, and provides an important technical guarantee for the safe operation of the hydropower station.