Integrated control and intelligent management system for pumps
The integrated control and intelligent management system of pumps is an important part of modern water conservancy projects. It integrates advanced technologies such as the Internet of Things, the Internet, and automated control, and realizes comprehensive monitoring and intelligent management of pump station equipment. The system monitors the operating status of the pump station in real time by installing equipment such as liquid level sensors, flow meters, and electrical parameter acquisition modules, including key parameters such as the operation of the pump, water level changes, power consumption, power, and voltage, and transmits these data to the smart water conservancy monitoring platform in real time through wireless network technologies such as GPRS/4G.
On the smart water conservancy monitoring platform, the system can automatically analyze and process the received data. Once an abnormality or failure is found, the alarm mechanism will be triggered immediately, and reminders will be sent to managers through mobile phone text messages, WeChat public account messages, cloud platform messages, sound and light, etc. to ensure that the problem can be handled in a timely manner. At the same time, the system also supports remote control and adjustment functions. No matter where the manager is, as long as there is a network connection, the pump station equipment can be remotely started and stopped, the flow rate can be adjusted, and the pipe network pressure can be controlled through the cloud platform, which greatly improves management efficiency and response speed.
In addition, the integrated control and intelligent management system of the pump also has powerful data management and analysis functions. The system can automatically store historical data and provide functions such as data report management, historical query, report export, printing and downloading, so that managers can view and analyze the operation of pump stations at any time. These historical data can not only be used to trace and analyze the causes of fault events, but also provide strong support for optimizing water management systems.
In short, the integrated control and intelligent management system of the pump has greatly improved the management level and operation efficiency of water conservancy projects with its high efficiency, intelligence and convenience, and has provided strong guarantees for the normal operation of urban water systems and the safety of residents' domestic water use.
