System and method for wireless monitoring of aquaculture water quality

Abstract

The invention relates to a wireless acquisition device of culture water quality, which comprises a sensor group, a microprocessor and a wireless communication module. Based on the wireless acquisition device, the invention also discloses a system for wirelessly monitoring the culture water quality, which comprises a data storage module, a power supply module and a buoy. The device and the system adopt a solar energy supply; the system has an online state and a dormant state; software and hardware are designed by adopting a low power consumption power-saving mode, and can acquire and store a plurality of water quality parameters such as the pH value, the electrical conductivity (EC), the water level, the dissolved oxygen (DO) and the water temperature of a culture water environment; the acquired data can be sent to a data monitoring center by GPRS; and the DO value in water can be predicted, and water quality DO early warning information is sent to an intensification aquaculture manager through mobile phone short messages.

Description

A wireless monitoring system and method for aquaculture water quality technical field The invention relates to a water quality monitoring system, in particular to a wireless monitoring system and method for aquatic product breeding water quality. Background technique Aquaculture water is the habitat of aquatic products, and the quality of water directly determines the growth of aquatic products. In a good water quality environment, aquatic products grow rapidly, with fewer diseases and higher quality. Poor water quality will lead to slow growth and development of aquatic products, resulting in abnormal development, causing the spread of diseases and even large-scale death, causing greater economic losses to farmers. At the same time, the quality of aquatic products produced under harsh water environment is low. Water temperature, pH value, electrical conductivity (EC), water level and dissolved oxygen (DO) are the most important water quality parameters in the process o...

AI Technical Summary

Problems solved by technology

Manual aquaculture water quality monitoring is often time-consuming and laborious, and different operators may cause inconsistent measurement results due to subjective differences

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