Design principles of online river water quality monitoring system

The design of online river water quality monitoring system should follow the principles of advanced technology, perfect function, stable performance, and cost saving, and factors such as construction, follow-up maintenance, and operation need to be considered. In order to make this set of equipment run better, the following principles should be followed during design. Design principles of online river water quality monitoring system 1. Advanced and applicability: The performance and quality of the design of the online river water quality monitoring system should reach the standard level, and the installation and debugging of the system, software and operation methods should be as simple as possible, in line with domestic water quality monitoring requirements, in order to Configuration is convenient, fast, etc. for the principle. 2. Economy and practicability: It is necessary to fully consider the actual monitoring requirements and development trends. According to the detection environment, use applicable functions and select a system configuration scheme that meets the requirements to ensure stable operation of the system at a low cost in real time. 3. Reliability and safety: The online monitoring system of river water quality should be guaranteed to have high stability, so that the accuracy, integrity and consistency of the measurement data can be guaranteed even after a failure occurs, and it needs to have a fast recovery function to ensure Guaranteed stable operation. 4. Openness: It can be designed through the existing mature products, and at the same time consider the communication environment and technological development trend of surrounding information, so as to realize the linkage of fire protection, anti-theft, and spotlight systems. 5. Scalability: The design of the river water quality online monitoring system also needs to consider the subsequent development and use requirements. It should have the needs of updating, expansion and upgrading. Multiple data interfaces are reserved in the system to meet the monitoring needs. 6. Optimizing system equipment configuration Under the premise of meeting the user's requirements for function, quality, performance, and service, we can pursue a monitoring system with higher cost performance and reduce the cost as much as possible. 7. Supervision intensity and comprehensive management level This system can play a role in comprehensive monitoring of water quality. In addition, it is also necessary to combine monitoring devices in an optimized way. Running under good conditions can make it have the ability to reduce equipment loss , less cost and other characteristics, so as to pray for the purpose of improving supervision and comprehensive management level. When designing the online monitoring system of river water quality, the design should be carried out according to the above principles, so as to ensure the stable operation of the equipment.