Empowering agriculture with digital intelligence supporting China and influencing the world

In traditional aquaculture scenarios, manual feeding relies on experience, is time-consuming and labor-intensive, resulting in feed waste and frequent diseases, which restricts the scale and efficiency of the industry. Jiangsu Three&three aquatic feeding robots use their "smart brain" to reconstruct the logic of fishery production and equip fishing grounds with "technology engines".

How can Jiangsu Three&three aquatic feeding robots achieve efficient and precise feeding in aquaculture?

1、 Precise feeding: Empowered by computing power, reducing costs and increasing efficiency

The Jiangsu Three&three aquatic feeding robot integrates the Beidou/GIS navigation system and high-precision sensing device to build an intelligent feeding system of "cloud brain+robotic arm execution". By real-time monitoring of environmental parameters such as water temperature, dissolved oxygen, and aquaculture density, combined with a fish feeding behavior model, personalized feeding plans are dynamically generated to support precise feeding of pellet and viscous feed. Its independently developed feeding algorithm can dynamically adjust the feeding amount based on the growth stage of fish schools, weather changes, etc., increasing feed utilization by more than 30% and reducing labor costs by more than 50%, fundamentally solving the breeding dilemma of "feeding too much waste, feeding too little and reducing production".

In the cultivation of high value-added species such as river crabs and South American white shrimp, Jiangsu Three&three aquatic feeding robots are equipped with precise drug spraying modules, combined with disease prediction models to optimize drug dosage and frequency, reducing drug residues by 40%, helping aquaculture entities pass green certification and achieve market breakthroughs of "high quality and good price".

2、 Water quality inspection: AI escort, prevention and control

In addition to the feeding function, the Jiangsu Three&three aquatic feeding robot is equipped with multispectral water quality sensors and high-definition cameras, transforming into a "24-hour water quality sentinel". The inspection path is intelligently planned by the GIS system, which can collect 12 core indicators such as pH value, ammonia nitrogen concentration, and nitrite content at high frequency, and upload the data in real-time to the cloud analysis platform. Once abnormal water quality is detected, the system will automatically trigger a warning to nip the risk of disease in the bud.

In the pilot application of aquaculture clusters such as Gaochun in Jiangsu, Jiangsu Three&three aquatic feeding robots have established a water quality change trend model through long-term data accumulation, which can warn of risk events such as blue-green algae outbreak and oxygen deficiency flooding 72 hours in advance, increasing the survival rate of aquaculture by 25% and increasing yield by more than 15%.

The Jiangsu Three&three aquatic feeding robot spreads feed with millimeter level precision and responds to protect water quality in minutes, transforming the traditional fishing industry that relies on the heavens for survival into a smart industry that knows the heavens for production. It also brings the ecological vision of "one clear water for good fish" into reality.