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In the traditional aquaculture field, farmers have long faced many challenges: it is difficult to control water quality changes in real time, and even a slight mistake may lead to fish and shrimp getting sick or even dying; Operations such as oxygenation and water replacement rely on manual experience, resulting in low efficiency and insufficient accuracy; In the process of feeding and dispensing, manual operation not only requires high labor intensity, but also makes it difficult to achieve uniform and accurate results, which can easily lead to feed waste and drug residue. With the rapid development of technology, the intelligent construction of aquaculture has become the key to solving these problems and promoting industry transformation and upgrading. Jiangsu Three&three has successfully developed a comprehensive unmanned aquaculture solution through in-depth exploration in the fields of technology and aquaculture, providing a reference for the intelligent construction of aquaculture.

What are the functions of Jiangsu Three&three's unmanned aquaculture solution?

1. Build a multidimensional monitoring system to accurately control the breeding environment

Water quality is the foundation of aquaculture, and subtle changes in its various indicators may have a significant impact on the growth and health of aquaculture organisms. Jiangsu Three&three's unmanned aquaculture solution places water quality monitoring at the core, deploying high-precision sensors in aquaculture waters to obtain real-time key water quality parameters such as water temperature, pH, dissolved oxygen, and ammonia nitrogen content. These data are like a barometer of the breeding environment, which can be viewed by farmers at any time through the management platform on their mobile phones or computers. Once there is an abnormality in the water quality indicators, the system will immediately issue an alarm to remind farmers to take timely measures, effectively avoiding breeding losses caused by deteriorating water quality.

At the same time, the tailwater monitoring video surveillance system also plays an important role. The system not only monitors the real-time discharge of aquaculture wastewater to ensure that it meets environmental standards, but also has video monitoring function, allowing farmers to remotely view the overall situation of the aquaculture area, including the activity of aquaculture organisms, the operation status of equipment, etc., providing intuitive and comprehensive information support for aquaculture management.

2. Intelligent device linkage enables precise breeding operations

During the aquaculture process, oxygenation and water exchange are important steps to ensure stable water quality and promote the growth of aquaculture organisms. Jiangsu Three&three intelligent oxygenation system can automatically adjust the operating time and intensity of oxygenation equipment based on water quality monitoring data. When the dissolved oxygen content is below the set threshold, the oxygenation equipment will automatically start to supplement sufficient oxygen for the aquaculture water area; When the dissolved oxygen reaches the appropriate level, the equipment will automatically stop running, avoiding energy waste caused by excessive oxygenation. The intelligent water exchange system is the same, it will accurately control the amount and time of water exchange according to changes in water quality and aquaculture needs, ensuring that the aquaculture water area always maintains a good water quality environment.

In the feeding and dispensing process, unmanned boats, unmanned feeding machines, and unmanned dispensing machines have become powerful assistants for farmers. The unmanned feeding machine combines the growth stage, feeding habits, water quality, weather and other factors of aquaculture organisms, calculates the feeding amount accurately through intelligent algorithms, and feeds according to the preset feeding plan in a timely and quantitative manner, which not only ensures the nutritional needs of aquaculture organisms, but also avoids excessive feeding and waste of feed. Unmanned spraying machines can accurately control the dosage and range of spraying according to the occurrence of diseases and the instructions for drug use, ensuring that the drugs are evenly sprayed in the aquaculture water area, improving the effectiveness of disease prevention and control, while reducing the negative impact of drugs on the aquaculture environment and organisms.

3. Adapt to diverse breeding scenarios and meet diverse needs

The Jiangsu Three&three unmanned aquaculture solution has a wide range of applicability and can be applied to various aquaculture scenarios. In the integrated rice and shrimp farming model, this plan can meet the dual needs of rice cultivation and aquaculture. Through water quality monitoring and intelligent regulation, a suitable growth environment is provided for crayfish, while unmanned equipment is used for precise feeding and disease prevention to ensure the healthy growth of rice and crayfish, achieving the economic and ecological benefits of "dual use of water and dual harvest of one field".

For the unmanned cultivation of river crabs, the intelligent monitoring and control system in the plan can real-time grasp the growth environment of river crabs, providing them with suitable water quality, water temperature and other conditions. The application of unmanned feeding and spraying equipment reduces the interference of manual operation on river crabs, and improves the efficiency and quality of aquaculture. In the field of specialty aquaculture, such as breeding ornamental fish, precious fish, etc., this solution, with its precise monitoring and intelligent control capabilities, can meet the high requirements of specialty aquaculture for the breeding environment and help farmers cultivate high-quality and highly competitive aquatic products in the market.

4. Strengthen data-driven approach and continuously optimize aquaculture management

The Jiangsu Three&three unmanned aquaculture solution not only achieves intelligent operation of aquaculture equipment, but also focuses on data accumulation and analysis. By collecting long-term data on water quality, meteorology, and the growth of aquaculture organisms, utilizing big data analysis and artificial intelligence technology, we can uncover the patterns and values behind the data. Farmers can optimize their breeding plans, adjust their breeding strategies, and achieve precise breeding and scientific decision-making based on the analysis results of these data. For example, by analyzing the growth data of aquaculture organisms under different seasons and water quality conditions, the most suitable aquaculture density and feeding plan can be summarized; Based on historical and real-time monitoring data of disease occurrence, predict the risk of disease occurrence in advance and take targeted preventive measures.

The intelligent construction of aquaculture is an inevitable trend in the development of the aquaculture industry. Jiangsu Three&three's unmanned aquaculture solution, based on the concept of combining science and ecological cycling, provides a comprehensive and efficient solution for the intelligent construction of aquaculture by building a multidimensional monitoring system, realizing intelligent device linkage, adapting to diverse aquaculture scenarios, and strengthening data-driven approaches. In the future, with the continuous innovation and improvement of technology, we believe that Jiangsu Three&three will continue to lead the aquaculture industry towards intelligence, greenness, and efficiency, making greater contributions to ensuring stable supply of aquatic products and promoting sustainable development of fisheries.