Comprehensive monitoring platform for wind-solar complementary water surface cage culture

Abstract

Disclosed is a comprehensive monitoring platform for wind-solar complementary water surface cage culture. The platform comprises a bracket, a wind power generation device and a solar power generation device are assembled on the bracket separately, a central control platform is assembled at the bottom of the bracket, the wind power generation device and the solar power generation device are connected with the power supply end of the central control platform separately, the central control platform is assembled on a network bridge on support rod and then connected with external terminal equipment, the central control platform is also connected with external monitoring equipment through a cable and is formed by establishing support legs at the bottom of the bracket and a plate frame, and a waterproof battery box and a waterproof central control box are assembled on the plate frame separately. By adopting the wind power generation device and the solar power generation device to supply electricity, the electricity consumption of the monitoring platform can be ensured for a long time; meanwhile, through the connection between the network bridge and the terminal, remote monitoring and observation are facilitated, and the monitoring platform can be placed on the water surface for a long time and is used for water surface and underwater monitoring.

Description

technical field [0001] The invention relates to the technical field of cage monitoring, in particular to a comprehensive monitoring platform for wind-solar complementary water surface cage cultivation. Background technique [0002] During cage culture, since the cages are placed underwater, it is not convenient for remote monitoring and viewing. Judging from the current situation, due to the strong wind on the sea surface, wind power generation equipment is likely to cause danger. Most water monitoring platforms use solar panels as the source of power supply for equipment. The use of solar panels has limitations. In the case of continuous rainy weather , the converted power is less and cannot meet the power supply requirements of the equipment. [0003] The invention patent "A Marine Ranch Platform-Based Microwave Observation System" (CN201610285113.X) introduces a marine ranch observation system based on microwave transmission. The equipment in it does not have a watertig...

AI Technical Summary

Problems solved by technology

[0002] When farming in cages, it is not convenient for remote monitoring and viewing because the cages are placed underwater

Judging from the current situation, due to the strong wind on the sea surface, wind power generation equipment is likely to cause danger. Most water monitoring platforms use solar panels as the source of power supply for equipment. The use of solar panels has limitations. In the case of continuous rainy weather , the converted power is less and cannot meet the power supply requirements of the equipment

[0003] The invention patent "A Marine Ranch Platform-Based Microwave Observation System" (CN201610285113.X) introduces a marine ranch observation system based on microwave transmission. The equipment in it does not have a watertight box for underwater operations. The system uses a professional long-distance microwave system, which is expensive to use and the transmission signal band is limited.

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