Briefly describe the advantages and functions of the aquaculture monitoring system
China is one of the earliest countries in the world to develop freshwater fish farming, and its history can be traced back to the Yin Dynasty more than 3000 years ago. In the long-term production practice, people have accumulated and created a wealth of fish farming experience and complete fish farming technology, which has been rapidly developed in modern times. Nowadays, people not only breed fish, but also breed shrimp, crabs, shellfish, algae, gorgon, lotus, lotus root and other aquatic products, gradually forming a complete water plant breeding industry, which has become important in society, economy, and life. Status. In the past 30 years, the aquaculture industry has grown rapidly in global animal food production, and China occupies a major position in the production contribution of aquaculture products. Especially in recent years, China’s aquaculture production accounted for about 2/3 of the world’s aquaculture production. China’s aquaculture industry has made great efforts in ensuring national food security, expanding employment, increasing farmers’ income, and improving the ecological environment of the waters. Important contribution. With the rapid development of the aquaculture industry, people's breeding concepts and methods have changed. That is, from traditional farming to healthy farming, more and more science and technology are applied to the aquaculture industry, forming a complete aquaculture monitoring system. The aquaculture monitoring system integrates video monitoring, water quality monitoring, and environmental monitoring. It can perform real-time monitoring and remote viewing of on-site environment and water quality parameters, making the previously loose and backward aquaculture more intelligent and refined. The advantages are reflected in the following aspects: 1. The breeding conditions become controllable, and the breeding environment is no longer restricted by the weather. The water temperature, dissolved oxygen, PH value, ammonia nitrogen content of the breeding water body and so on are a series of important The influencing factors have become controllable and adjustable;2. The application of the aquaculture monitoring system greatly reduces the traditional aquaculture costs, including labor and bait costs;3, the entire process of aquaculture automation is truly realized, Early warnings can be made for emergencies in a timely manner, so that breeding becomes efficient, intelligent, safe, and high-yield. What are the functions of the aquaculture monitoring system? 1. Video monitoring function: use cameras to collect video on the situation of each breeding pond (different cameras are used for water and underwater), and upload the video pictures to the monitoring platform to carry out 24-hour remote control of the breeding area. Real-time monitoring can effectively guarantee the safe production of the breeding site, improve the work efficiency of management personnel and the scientific management level of breeding production. 2. The function of automatic liquid level control: a liquid level sensor is installed in the breeding pond to monitor the water level in the pond in real time. When the water level in the pond is higher or lower than the limit value, an alarm will be notified in time to notify the relevant management personnel to take corresponding measures. 3. Water temperature control function: install a temperature sensor in the breeding water area to collect the water temperature of each aquaculture water area in real time. When the water temperature is low or high, it will alarm and notify the management staff in time. 4. Monitoring of dissolved oxygen in the breeding area: The scientific name of oxygen in the water is dissolved oxygen, and the dissolved oxygen sensor is used to monitor the dissolved oxygen concentration signal of each breeding pond in real time. When the dissolved oxygen content is too high or too low, it will be timely Take corresponding measures. 5. Monitoring of ammonia nitrogen content, salinity and turbidity in water: The ammonia nitrogen content, salinity and turbidity in the water will affect the growth rate and growth quality of organisms in the pond. Content, salinity, and turbidity are effectively monitored and timely intervention. 6. Monitoring of breeding environment: through the installation of air temperature and humidity sensors, atmospheric pressure sensors, illuminance sensors, wind speed and direction sensors, tipping bucket rain gauges and other environmental monitoring equipment to monitor the environment in the breeding area, timely warning of harmful weather, for Aquaculture provides a more suitable environment and reduces the impact of bad weather.
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There are different types of , mainly environmental monitoring systems and OEM sensor.