The demand for water quality in the aquaculture industry is very high, but the monitoring level of the aquaculture water quality in China is generally relatively low. Most of them adopt empirical methods and they are compared visually. Some adopt analytical methods. Due to lack of accurate analysis at the scene, the accuracy of quantification is low. The high cost of laboratory testing, long cycle, limited data, the effect is not satisfactory. In recent years, some domestic manufacturers have made some attempts in producing multi-parameter real-time monitoring devices for water quality, but the selected monitoring parameters are few and the quality is not stable enough. Due to the high price of imported sensors and other reasons, the project investment is high, and there are only a few aquaculture units applying water quality online detectors. The overseas research and development of aquaculture water quality monitoring technology is advanced, such as the United States, the Netherlands, Australia and other countries water quality online detection system, detection accuracy and high degree of intelligence, at the international advanced level. Scan WeChat to learn more about cutting-edge information: GUANGDONG NIULI LOGISTICS MACHINERY TECHNOLOGY CO.,LTD. , https://www.gdniulilogistics.com
The integration of water quality on-line detectors is the process involved in the entire aquaculture production process. Through a unified platform for engineering design and configuration, the water quality testing of the network area, field equipment and various control of the farm operations visual requirements. The principle of system integration is that the principle and method of water quality sensor detection meet the relevant national technical standards. The equipment complies with the technical specifications. The system has the characteristics of stable performance, simple and practical, and high cost performance. At the same time, it has system configurability and resource expansion capabilities.
The essence of the water quality online detector integration is to optimize the overall design, including software, hardware, operating system technology, database technology, network communications technology integration. In order to achieve the system's requirements of low cost, high efficiency, well-proportioned performance, and expandability, sensor detection, intelligent controllers, real-time databases, and monitoring networks are core technologies that need to be solved synchronously. 