Empowering agriculture with digital intelligence supporting China and influencing the world

On July 21, 2021, Jiangsu Three&Three's "Research and Application of Intelligent Feeding Equipment System" project successfully applied for the 2021 Jiangsu Province Agricultural Science and Technology Independent Innovation Fund project!

The successful application of this project is an important symbol of Jiangsu Three&Three's emphasis on scientific research and innovation. Jiangsu Three&Three will continue to work hard, continuously build research and development platforms, actively promote the transformation of scientific and technological achievements, and enable more achievements to serve agriculture, providing strong support for the modernization of agriculture and rural revitalization!

In recent years, China's aquaculture industry has developed rapidly, with pond farming being the main method, and most of them are small-scale farming, experience farming, and artificial farming. There are many problems in the actual farming process. The aquaculture market urgently needs to develop intelligent feeding equipment systems to improve the mechanization, automation, and intelligence level of shrimp and crab farming processes, reduce the labor intensity of fishermen, improve the quality of aquatic products, and enhance the efficiency of aquaculture.

To this end, Jiangsu Three&Three proposed to strengthen the support of modern agricultural science and technology and material equipment, improve the independent research and development capacity of agricultural machinery equipment, support the research and development of high-end intelligent, hilly and mountainous agricultural machinery equipment, increase the purchase subsidies, and carry out the demand for agricultural machinery operation subsidies according to the No. 1 central document in 2021. In response to the current situation of high labor costs, low operational efficiency, and poor operational quality, which result in low utilization rate of feed, increased feed coefficient, serious water pollution, reduced breeding varieties, and low breeding efficiency, the research and development of an intelligent feeding equipment system project aims to help farmers achieve intelligent, refined, and automated aquaculture.

The intelligent feeding equipment system project comprehensively applies technologies such as the Internet of Things, big data, artificial intelligence, and intelligent navigation to develop an intelligent feeding equipment system, which can achieve unmanned and intensive breeding, further reducing breeding costs and risks. Focusing on solving problems such as feed transportation, feed scattering, precise pesticide application, and abnormal situation alarm in the production process, it can effectively reduce feed residue, improve water quality, save manpower, and integrate multiple sensing devices to monitor the temperature of different locations and depths of water in real time pH、 Dissolved oxygen and other water quality data.

It plays an important leading role in creating unmanned fishing grounds, improving water quality ecological protection and risk management capabilities, reducing production costs, and promoting sustainable development of the aquaculture industry.