Management system for aquaculture and using method thereof

Abstract

The invention discloses a management system for aquaculture and a using method thereof and belongs to the technical field of aquaculture systems. A dissolved oxygen sensor, a temperature sensor and anammonia nitrogen concentration sensor which are used for water body detection are arranged in a culture pond to respectively detect dissolved oxygen, temperature and ammonia nitrogen concentration ina water body; an oxygenator, an air-energy heat pump or a refrigerator are controlled through a central controller according to needs on inside environment of the water body to realize automatic management and control of environment of the water body; microbiological adsorption balls are put into the water body to improve pollution of the water body. In addition, by arranging an automatic feedingmechanism with a feeding plate on one side of the upper end of the culture pond, automatic, regular and quantitative feeding of bait into the water body can be realized, and the bait does not immediately sink to the bottom of the water body, so that adverse impact on water quality due to the fact that excessive bait is put in and sinks to the bottom of the water body is avoided effectively.

Description

technical field [0001] The present invention relates to the technical field of aquaculture systems, and more specifically, relates to a management system for aquaculture and its usage method. Background technique [0002] The aquaculture industry has high requirements on the breeding environment of aquatic products. Unhealthy water environment is not conducive to the growth of fry, and it is prone to large-scale death of fry, resulting in reduced production and large economic losses to farmers. [0003] In the management and monitoring of the water body environment, the dissolved oxygen, temperature and ammonia nitrogen concentration of the water body play a vital role in the living environment of fish; in addition, the feeding of feed requires rich experience, and it is not conducive to feeding too little feed. The growth and reproduction of aquatic products; when too much feed is put in, the feed will settle at the bottom of the breeding pond, which is not conducive to the...

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Problems solved by technology

[0002] The aquaculture industry has high requirements on the breeding environment of aquatic products. Unhealthy water environment is not conducive to the growth of fry, and it is prone to large-scale death of fry, resulting in reduced production and large economic losses to farmers.

[0003] In the management and monitoring of the water body environment, the dissolved oxygen, temperature and ammonia nitrogen concentration of the water body play a vital role in the living environment of fish; in addition, the feeding of feed requires rich experience, and it is not conducive to feeding too little feed. The growth and reproduction of aquatic products; when too much feed is put in, the feed will settle at the bottom of the breeding pond, which is not conducive to the fish’s eating. In the prior art, the feed is generally fed manually by technicians, and it is difficult to control the feeding of bait. After feeding, they tend to be concentrated in one place, and they are easy to sink into the bottom of the water quickly. The bait sinks to the bottom for a long time and is easy to rot, which seriously affects the water quality and environment of the breeding pond, and even easily causes large-scale fish fry death. There is a big hidden danger

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