Culture water area water quality monitoring and electric equipment power loss alarm system

Abstract

The invention provides an aquaculture water area water quality monitoring and electric equipment power loss alarm system. The system comprises a sensor group for detecting water quality; an intelligent electric meter used for monitoring the three-phase power supply state of the power grid; a main control module used for system main control; a first communication module and a second communication module used for realizing information interaction between the sensor group and the intelligent electric meter and the main control module; a background monitoring terminal used for remote monitoring; awireless communication module used for realizing wireless information interaction between the main control module and the background monitoring terminal; an LCD used for field display and control; asound-light alarm module used for emitting sound-light alarm on site; a power failure monitoring module used for monitoring whether a power grid is powered off or not; a backup power supply used for providing a temporary working power supply during power failure; and an aerator and a bait casting machine which are used for working under the control of the main control module. A set of automatic monitoring system which is low in cost and convenient to use and operate is provided for the aquaculture industry, and energy conservation, consumption reduction, production increase and income increaseof the aquaculture industry are facilitated.

Description

technical field [0001] The invention relates to a monitoring system for aquaculture waters, in particular to a water quality monitoring system for aquaculture waters and a power failure alarm system for electrical equipment. Background technique [0002] Aquaculture has always been an important industry. As we all know, for aquaculture, the water quality of the aquaculture waters is very important. The dissolved oxygen concentration, pH value, ammonia nitrogen concentration, nitrite concentration and even the current temperature of the water in the aquaculture waters are closely related to the water quality. Relatedly, the deterioration of water quality in aquaculture waters and hypoxia will directly induce diseases of the aquatic products or cause mass death due to hypoxia. The traditional aquaculture industry relies on manpower to control the water quality and the feeding of aquatic products, which basically belongs to the so-called relying on the sky for food. With the ...

AI Technical Summary

Problems solved by technology

However, there are still problems in the current aquaculture industry: First, there is still a lack of automated monitoring methods for the important parameters that affect the water quality in the aquaculture waters, and it is still relying on manual judgments based on experience in the aquaculture waters. It is very far and difficult to go back and forth every day and observe from time to time. Therefore, there is a problem that the farmers cannot grasp the water quality changes in the aquaculture waters in time. If the water quality problems cannot be grasped in time, it will bring greater losses; Manual control of the start and stop of the machine, extensive operation, cannot automatically control the start and stop of the aerator according to the dissolved oxygen content of the water in the aquaculture waters, or shut down when the dissolved oxygen content has not reached the standard, resulting in hypoxia, or when the dissolved oxygen content far exceeds the standard Still starting up, wasting electric energy, and raising the cost of farming; Third, when the user is not on site and the aerator and bait feeding machine encounter a power outage or a failure of the machine itself during operation, the farmer cannot grasp relevant information in time, resulting in unnecessary Fourth, the start-stop control of the bait feeder needs to be carried out manually, which consumes the labor cost of farmers

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