Aquaculture The means and modes of domestic aquaculture are relatively backward, such as water quality monitoring is still in the manual monitoring stage of manual sampling and chemical analysis, which is time-consuming and laborious and not highly accurate. Moreover, there are great limitations in the monitoring time and accident early warning, which are far from meeting the needs of the further development of factory farming. In order to solve the problems of inconvenient monitoring of aquaculture ecological environment, high cost and excessive manpower consumption, and improve the economic benefits of the aquaculture industry, the intelligent aquaculture control system was born.
The intelligent aquaculture control system is a combination of Internet of Things technology, based on automatic control, Internet of Things, wireless network communication, wireless sensor and other technologies developed, set data information monitoring and collection, information processing, signal input and output, remote monitoring, autonomous alarm, equipment automation control and other functions in one, mainly used in modern, industrialized, intensive aquaculture.
Farmers can control the aquaculture process in real time through Android iOS mobile phones, tablets, computers and other information terminals, including equipment operation status, aquaculture water environmental parameters, water quality changes and other information, and obtain abnormal early warning and alarm information in time. Adjust the operation status of aquaculture equipment in real time to achieve scientific management of high-yield aquaculture that is green and environmentally friendly, energy-saving, energy-saving, safe and healthy.
1. Automatic operation, convenient equipment update and maintenance management. The intelligent sensors used in the system such as water level sensor, pH value sensor, temperature sensor, dissolved oxygen sensor and other intelligent sensing devices. It has the characteristics of interconnection, good interoperability between various devices, simple operation and easy maintenance.
2. The equipment is flexible and has low energy consumption. The system can monitor the changes in water quality in water conservancy environments such as breeding ponds, rivers, and sewage, and support first-class monitoring, obtain water quality data such as water temperature, pH value, turbidity, etc., as well as environmental data such as air humidity, atmospheric pressure, and illumination of breeding plants. The type and number of monitoring parameters can be flexibly selected, and the monitoring frequency and monitoring period can be adjusted. At a rate of once a minute, it can operate stably for 5-10 years.
3. Remote management of the Internet of Things cloud platform, the system provides a smart breeding monitoring platform, farmers only need a mobile phone and computer, they can manage the breeding pool anytime and anywhere, and realize the large-scale and large-scale remote management of aquaculture.
4. Support wireless communication, no matter whether the breeding pool has a signal, it can communicate through 3G, 4G, 5G and other wireless networks to achieve remote control management.
5. Batch control, based on the centralized management of the Internet of Things platform, GIS electronic map function, the data of multiple breeding ponds nationwide are summarized on the platform for processing, with the help of the configuration editing function of the system, the breeding scene map is reproduced on the management interface, and the breeding management rules are set remotely, and the system operates independently to achieve the purpose of one person managing multiple breeding ponds.
6. Water quality monitoring, improvement and restoration of the breeding environment. Under the fine control and management, the water quality of the aquaculture water environment is strictly monitored, and timely responses and adjustments are made to restore and improve the water quality and environment, create a suitable aquaculture water environment, and improve the quality and output of aquatic products.
7. Preset alarm events and reporting in advance, and alarm events refer to situations that need to be alarmed, such as abnormal monitoring water quality data, abnormal status of linkage equipment, etc. Newspaper support platform information, APP messages, local sound and light, WeChat messages, etc. Once the system detects that a parameter reaches the alarm condition, it will automatically send an alarm message to the relevant personnel.
8. Conduct statistical analysis of aquaculture water quality monitoring and other data, generate reports or dynamic curves, and automatically store historical data, so that the data can be compared and analyzed at any time in the future, and the historical alarm data can be viewed. Support historical data query, export, printing and other functions to meet the traceability of breeding conditions.
9. The staff of the management enterprise at different levels and groups, according to their responsibilities, responsible areas, departments, etc., grant the staff the authority to manage, edit, operate, and read-only the system, so as to help the management personnel get accurate and real-time data, so as to guide the breeding production.
The application of intelligent aquaculture control system can achieve high yield and stable production, realize the scientific breeding and management of aquaculture, and achieve the goals of energy saving, consumption reduction, green environmental protection, and increased production and income. To meet the needs of modern aquaculture, in line with the trend of industrial modernization.