Mooring floating balloon platform

Abstract

The invention discloses a mooring floating balloon platform. The platform comprises a balloon array composed of three or more floating balloons which are connected and are in tight contact with one another, a solar cell assembly fixed to the top of the balloon array, an equipment mounting table fixed to the bottom of the balloon array, a main mooring rope and a ground mooting device fixed to the ground; the bottoms of all the floating balloons are connected with aggregation ropes, all the aggregation ropes are gathered together and connected with the upper ends of the main mooring rope, and the lower end of the main mooring rope is connected with the ground mooting device. According to the mooring floating balloon platform, multiple floating balloons are combined into the floating balloonarray, and the platform has the capacity of long-time hanging and good wind resistance in the hanging processor. The problem is solved that the energy is insufficient, an aerial communication base station based on an aerostat platform cannot be implemented, and the long-time unmanned aim at the remote area cannot be achieved. The problems are solved that the requirement of a single large-sized floating balloon for the material strength is high, so that the cost is high, and accordingly the actual application is difficultly conducted.

Description

technical field [0001] The invention belongs to the field of lighter-than-air aircraft, and in particular relates to a tethered floating air balloon platform. Background technique [0002] An aerostat is an aeronautical vehicle that relies on a buoyant gas with a density lighter than air to achieve fixed-point suspension or flight. It has special advantages such as high cost-effectiveness and long suspension time, and is widely used in technical fields such as communication and information transmission. prospect. [0003] In order to achieve the purpose of communication and information transmission for users on the wide ground and remote mountainous areas, equipment such as wireless mobile communication base stations for communication and information transmission are installed on the aerostat, and the ground power supply and other measures are used to ensure the normal operation of the air base station. Relying on the advantage of the aerostat platform's long stay in the ai...

AI Technical Summary

Problems solved by technology

[0004] However, in remote areas, due to the high cost of laying power lines, the only way to provide power for air communication base stations is batteries or ground solar power plants.

Among them, the battery capacity is limited, requiring staff to replace batteries frequently, and the ground solar power station is affected by wind and sand, sunshine angle and time, so the power supply capacity is limited, and the ground solar power station has a long erection period and high cost, and it is difficult to adapt to the rapid development of air communication base stations. Deployment requirements

[0005] At present, the boat-type or spherical aerostats used as air

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