Mooring ground working station and mooring unmanned aerial vehicle system

Abstract

The invention provides a mooring ground working station and a mooring unmanned aerial vehicle system. The mooring ground working station comprises an electricity supply unit, and the electricity supply unit comprises a city power electricity supply unit body and a battery electricity supply unit body. The city power electricity supply unit body and the battery electricity supply unit body are utilized to output high-voltage direct current which is larger than or equal to 200 V to a mooring unmanned aerial vehicle through a mooring rope. Through redundant low-voltage or high-voltage input of the mooring unmanned aerial vehicle and electricity supplying of the high-voltage direct current, not only is the working current reduced, loss of a circuit is small, a more reliable electricity supplycircuit is provided, and meanwhile, identification and alarming of a corresponding failure circuit can be provided.

Description

technical field [0001] The invention relates to the field of unmanned aerial vehicles, in particular to a follow-up control system and a control method for a tethered unmanned aerial vehicle. Background technique [0002] As a special type of unmanned aerial vehicle, tethered drones have the same components as ordinary drones, such as in-board navigation and self-driving systems, but they also have advantages that ordinary drones cannot match. The continuous power supply can ensure In addition to the long-term flight of the tethered drone, it can also provide power guarantee for other equipment of the tethered drone to complete more and more complex load requirements. [0003] Because the tethered cables for tethered UAVs are usually long in length, when using the power supply voltage of ordinary UAVs, the working current is often very large. In order to achieve such a goal, the only way to increase the line loss of the transmission line is to use a line with a thicker line...

AI Technical Summary

Problems solved by technology

[0003] Because the tethered cables for tethered UAVs are usually long in length, when using the power supply voltage of ordinary UAVs, the working current is often very large. In order to achieve such a goal, the only way to increase the line loss of the transmission line is to use a line with a thicker line and a material with a smaller internal resistance, which will lead to heavier weight or higher cost of the line and lead to the failure of the tethered drone. Reduced utility

Images