Intelligent Transformation Scheme of Large-scale Fishing Ground

Preface: Marine aquaculture in China, as a primary-sector industry, developed relatively late. Constrained by its late start and the significant technical challenges associated with the development of marine environmental equipment, it currently remains entirely labor-intensive and has yet to transition to automated operations. However, with the increase of aquaculture volume and the progress of technology, it is inevitable that marine aquaculture will enter automation and intelligence. Therefore, intelligent aquaculture based on reliable aquaculture platform is imperative.

1. The automation equipment of the far-reaching marine aquaculture cage solves the pain points of "far, difficult, dangerous and expensive" in traditional aquaculture through the three core advantages of "replacing manual, precise control and intelligent decision-making. The automatic net collection system improves the efficiency of starting and catching, the automatic feeding system saves costs and protects the environment, and the intelligent farming system realizes the fine management of the whole process. The three work together to promote the transformation of far-reaching sea farming from "relying on experience" to "relying on data", which is an important direction for the high-quality development of marine fisheries in the future.

2. Automatic net collection system: it is an automatic equipment designed for the problems of "difficult catching and high labor intensity" in deep sea net cage culture. Through the combination of mechanical transmission and intelligent control, the whole process automation of net collection, fish concentration and catching is realized.

3, automatic feeding system: through intelligent control to achieve accurate, timing, quantitative feeding, is far-reaching sea breeding in the core equipment to save feed, reduce pollution.

4. Water quality sensor: military-grade protection is resistant to deep-sea environment, accurate measurement of water temperature, pH and other water quality parameters, and real-time link of AI platform. It is not only a "second-level early warning" for dissolved oxygen/pollutants exceeding the standard, but also a "water quality nutritionist" for different fish. It is the key to protect fish health and reduce costs and improve efficiency under water.

5, multi-field coupling numerical simulation technology: through finite element and numerical simulation to check structural mechanics, equipment movement and mechanical distribution, to achieve product upgrading and optimization.

6, meteorological monitoring system: specifically for the complex meteorological environment of deep sea aquaculture, to provide full-dimensional, high-precision meteorological data support, is to avoid typhoons, strong winds, rainstorms and other extreme weather risks, to ensure the safety of aquaculture equipment and fish health key link.

The intelligent breeding system covers six core functions of water quality detection, meteorological monitoring, visual observation, incoming and outgoing management, automatic control and energy control: from fish fry feeding, accurate feed feeding, to water quality/fish dynamic monitoring, extreme weather warning, to automatic net collection and intelligent energy consumption control, realizing the whole process of "seedling feeding → breeding → fishing → management, it is an unmanned housekeeper who can help farmers" save manpower, reduce risks and raise profits.