Most of the fish pond breeding water uses circulating water. The quality of the water determines the stability of the pond’s ecosystem. How to control water quality and biological components is a difficult point in farming. Fish feces and leftover food in the water cause fluctuations in dissolved oxygen and ammonia nitrogen, leading to water pollution and fish illness and death.
Water temperature also affects the normal growth and development of aquaculture plants. Sunshine time, sunshine area and room temperature building light transmission performance affect the overall pond temperature. Therefore, collecting key data such as water temperature, dissolved oxygen, and pH in fish ponds is the basic guarantee for the rapid growth of aquaculture products.
system introduction
The automation of pond breeding production uses software and hardware to automatically detect online water temperature, dissolved oxygen, pH, air temperature and other parameters, collect and transmit them to the cloud, and then arrive at the management platform for data visualization and automatic warning.
Sensors are located at the bottom of the entire system application, including dissolved oxygen sensors, dissolved oxygen transmitters, image acquisition, temperature acquisition, automatic water replacement valves and other sensors. The sensors mainly detect and control water quality parameters, and transmit them through the data transmission equipment GPRS RTU. Send it to the cloud platform management center. The hardware field involves: collection terminals, transmission processing terminals, and control devices.
The Internet of Things intelligent breeding monitoring system mainly implements functions such as water quality monitoring, environmental monitoring, video detection, remote control, and closed-loop control. Achieve real-time standard value comparison of basic parameters such as water temperature, pH value, and dissolved oxygen, and issue timely warnings and automatic decisions when abnormalities occur.
Solution advantages
● Automatically adjust ecological temperature
● Oxygen supply system automation
● Feeding system automation
● LED lighting automation control
● Automatic detection of water growth speed and size
● LCD big data warning and video surveillance integrated display
● GPRS long-distance low-power network transmission reduces fish pond operation and maintenance costs and is highly sustainable.
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