In the rainy season, the mooring mooring can not only "emergency" but also generate electricity.

In recent years, drones have developed rapidly, and in the field of drone segmentation, mooring drones are accelerating their growth and become a dazzling "new star." With the continuous improvement of technology, the importance of tethered drones in emergency communications has become increasingly prominent. In addition, the expansion of offshore power generation capacity has also made its future development potential more thick.

On June 8th, with the rainy season in the middle and lower reaches of the Yangtze River in China, many provinces and cities in the south ushered in the first precipitation in the rainy season, and strong convective weather such as heavy rain will become the main theme of the next weather. Everyone must not only prevent wind and lightning, but also guard against geological disasters.

In the event of an emergency such as a geological disaster, communication facilities are often affected to varying degrees, and emergency communication becomes a critical requirement. In recent years, the mooring of drones has become the absolute main force for emergency communications.

Recently, Zhejiang Telecom and Beijing Zhuoyi Intelligent Technology Co., Ltd. jointly completed the application test of the tethered drone in the telecom emergency communication industry.

Emergency communication generally refers to the comprehensive use of various communication resources to ensure rescue, emergency assistance and necessary communication when there are natural or man-made sudden emergencies, including important holidays, important meetings and other communication needs. The means and method of communication is a temporary, special communication mechanism provided to cope with natural or man-made emergencies.

Director Wang Haipeng of Zhejiang Telecom Mobile Communication Bureau said that this test marks that Zhejiang Telecom Mobile Communications Bureau began to explore the application of the mooring drone in the field of emergency communications, and has now entered the stage of experiment and evaluation. Wang Haipeng said that the current test shows that the mooring drone has better carrying capacity, stable flight and accurate hovering during the test.

It is understood that the tethered multi-rotor UAV communication base station system can be equipped with a variety of communication payloads such as self-organizing network radio stations, cluster micro base stations, and LTE micro base stations, forming a variety of flexible communication application configuration modes, and rapidly opening communication in the core area of ​​the disaster area. The service forms a large area coverage emergency communication network with an ultra-short wave communication of 40km and a broadband video communication of 10km between the rear emergency center, the on-site command and the rescue team. The mooring drone emergency communication base station system can be extended to a range of 30 kilometers, even if it is erected at the same position, because it can be raised to a height of 200 meters, functionally enabling long-time lift and carrying communication equipment, antenna or Other communication devices have risen to become the platform of emergency communication systems. It can better solve the electromagnetic wave coverage problem under complex terrain conditions, and effectively solves many shortcomings of the conventional vehicle emergency communication system.

The mooring multi-rotor UAV adopts the ground mooring electric flight, which is safe, reliable, stable in performance and convenient to use. It can have a mission load of several kilograms or even 10 kilograms, and has wind resistance and excellent posture of not less than 6 winds. Self-control ability. It adopts full carbon fiber fuselage structure, equipped with flight control navigation circuit, brushless motor, GPS/INS navigation system combined with three-dimensional magnetometer, supports 2.0BCAN bus, and supports fully automatic navigation and automatic driving flight.

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