Modularized multi-energy complementary marine ranch comprehensive platform

Abstract

A modularized multi-energy complementary marine ranch comprehensive platform comprises three basic function modules, namely a power generation module, a communication module and a monitoring module which are arranged in a matched mode. A plurality of auxiliary function modules are flexibly and additionally arranged on the basic function module through basic modules; wherein the auxiliary function module and the basic function module are connected through a maritime work trestle; the basic function module is connected with the culture net cage through a cable so as to simultaneously realize power supply, communication and monitoring of the marine ranch. According to the platform, the various renewable energy sources such as wave energy, offshore wind energy and solar energy can be comprehensively utilized for in-situ power supply in deep and far sea, laying of long-distance ocean cables is avoided, the production cost is reduced, environmental pollution caused by a diesel generator is reduced, a breeding environment monitoring and equipment fault detection system is carried, and the operation and maintenance cost is further reduced.

Description

Technical field: [0001] The invention relates to a modular multi-energy complementary marine ranch comprehensive platform. Background technique: [0002] In the past 30 years, with the improvement of living standards, the demand for seafood has increased year by year, the marine aquaculture industry has developed rapidly, and the scale of aquaculture has continued to expand. Limited by the total length of the coastline, marine aquaculture in shallow sea areas faces problems such as space squeeze, unreasonable development of sea areas, and excessive aquaculture density. And because the coastal waters are mostly bays, the exchange of water bodies is slow, and the eutrophication of the water body caused by excessive feeding has aggravated the destruction of the ecological environment in the coastal waters, leading to serious ecological problems such as enteromorpha, red tides, and large-scale death of aquatic crops. . Expansion of deep-sea space and development of deep-water ...

AI Technical Summary

Problems solved by technology

[0004] Most of the existing marine ranching platforms are floating platforms, the sea conditions are complex and changeable, and they must meet the needs of mariculture, which will lead to the following problems in the existing marine ranching platforms: (1) Scarcity of energy sources, difficult power supply, most The marine ranching platform itself does not provide energy supply, and it needs to lay long-distance marine cables to transmit electric energy from land, and the cost of construction and power transmission is high; (2) The platform has low degree of informatization and automation, and daily maintenance is difficult. Slow, poor sharing channels; at the same time, the level of automation is limited, many automated operations cannot be implemented, equipment operation and daily maintenance cannot be remotely controlled, and platform independent operation and maintenance cannot be realized

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