Intelligent safe connection device between two rows of water surface floating solar power stations

Abstract

The invention relates to an intelligent safe connection device between two rows of water surface floating solar power stations, belonging to the technical field of water surface photovoltaic power generation. A support frame A, a solar cell A and relevant parts are arranged on a buoyancy tank A to form a water surface floating solar power station A; and a support frame B, a solar cell B and relevant parts are arranged on a buoyancy tank B to form a water surface floating solar power station B. The buoyancy tank A is connected with the buoyancy tank B by a strip-shaped supporting connection plate A, a supporting rod A with a middle spring, a waterproof cable A, a strip-shaped supporting connection plate B, a supporting rod B with a middle spring and a waterproof cable B; a rotatable entry plug A, a pressure sensor A and a damper A with a hard rubber member are arranged on the strip-shaped supporting connection plate A; and a rotatable entry plug B, a pressure sensor B and a damper B with a hard rubber member are arranged on the strip-shaped supporting connection plate B. The connection between the buoyancy tanks on the water surface is safer due to three intelligent and damping connectors.

Description

technical field [0001] The invention relates to an intelligent safety connection device between floating solar power stations on two drainage surfaces, and belongs to the technical field of new energy applications. Background technique [0002] Since 2014, water surface floating photovoltaic power stations have appeared on the water surface of China's inland reservoirs, lakes, ponds, and rivers. [0003] Because the wind and waves on the water surface are sometimes large and sometimes small, the floating photovoltaic power station on the water surface will sway and vibrate on the water surface with wind and waves, and the vibration on the floating photovoltaic power station on the water surface will damage the electrical appliances and electronic devices in the photovoltaic power station. Wire connectors, connectors of electronic components and solar cells will all affect safety. At present, the connection between floating tanks on the water surface uses mechanical hard part...

AI Technical Summary

Problems solved by technology

[0003] Because the wind and waves on the water surface are sometimes large and sometimes small, the floating photovoltaic power station on the water surface will sway and vibrate on the water surface with wind and waves, and the vibration on the floating photovoltaic power station on the water surface will damage the electrical appliances and electronic devices in the photovoltaic power station. Wire connectors, connectors of electronic components and solar cells will all affect safety. At present, the connection between floating tanks on the water surface uses mechanical hard parts such as galvanized iron bars or iron chains, which cannot reduce the vibration and damage caused by wind and waves in floating photovoltaic power stations on the water surface, and are easy to Collision between pontoons, damaging the power station

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