Intelligent cloud breeding system combining fishpond monitoring data and weather

Abstract

The invention discloses an automatic intelligent breeding system combining fishpond monitoring data and weather. The automatic intelligent breeding system comprises an environment detection module, a control module, a wireless transmission module and a cloud platform with a prediction function. The system can detect fishpond indexes through various sensors and transmit the fishpond indexes to the cloud platform. According to the breeding environment indexes of different types of fishes, the current water quality environment detection data of a fishpond, the distribution place of the fishpond transmitted by a GPS positioning module and the future weather prediction condition of the place where the fishpond is located are obtained in real time on the cloud platform, optimal set values of temperature control, PH value control, water level control, dissolved oxygen amount control and an illumination loop of the fishpond in a future period of time are obtained through optimization calculation, and remote monitoring and automatic control of the fishpond are achieved by adjusting a heating rod, feeding, a water inlet and outlet pump, an aerator, illumination equipment and the like. By means of the meteorological prediction and cloud platform technology, automation and intelligence of fishery breeding can be greatly improved, and intelligent breeding of the fishpond is achieved according to the optimal environment index of fish breeding.

Description

technical field [0001] The patent of the invention relates to the fields of breeding technology, big data analysis, weather forecasting, communication, and control, and specifically relates to a smart cloud farming system that combines fish pond monitoring data with weather. Background technique [0002] Some countries with relatively developed aquaculture industries such as Denmark and Japan have realized online detection of many important water quality parameters such as temperature, pH value, ammonia nitrogen, COD, and BOD in the aquaculture water body. Based on the communication technology, the smart devices distributed in the target site and the control center are connected through a certain communication network to realize an advanced control method of decentralized control and centralized management of the field devices. [0003] On the whole, the aquaculture industry in western economically developed countries has basically realized the mechanization of aquaculture, ...

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Problems solved by technology

[0004] The popularization of aquaculture automation in my country is not ideal, and the basic conditions of aquaculture are backward. Most of the country uses simple aerators, bait feeding machines and other equipment. There are few applications such as water quality monitoring and circulation breeding, and the degree of automation is low.

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