Unmanned aerial vehicle management platform

Abstract

The invention discloses an unmanned aerial vehicle management platform. The unmanned aerial vehicle management platform comprises an onboard control terminal and a remote monitor and control terminal, wherein the onboard control terminal is in control connection with an unmanned aerial vehicle self-driving instrument, the control for an unmanned aerial vehicle structure platform is realized, and an energy management system is used for carrying out intelligent control on power supply of the onboard control terminal; the energy management system comprises an energy management controller, a lithium battery assembly and a solar battery assembly; the energy management controller is electrically connected with a battery state detection module, an intelligent charge and discharge module and a maximum power tracking module; the lithium battery assembly is electrically connected with a lithium battery protection circuit, and is electrically connected to the battery state detection module and the intelligent charge and discharge module through the lithium battery protection circuit; and the solar battery assembly is electrically connected with a DC-DC converter, and is electrically connected to the battery state detection module and the maximum power tracing module respectively through the DC-CD converter. The unmanned aerial vehicle management platform solves the technical problem that a management platform capable of improving the energy utilization efficiency of an unmanned aerial vehicle and also strengthening the control for the unmanned aerial vehicle is lacked at present.

Description

technical field [0001] The invention belongs to the technical field of unmanned aerial vehicles, and in particular relates to an unmanned aerial vehicle management platform. Background technique [0002] According to the "Interim Regulations on the Management of Pilots of Civilian Unmanned Aircraft Systems", drones operating beyond visual range in isolated airspace need to fly with a certificate. Restricted areas and other temporary restricted areas cannot enter the flight. However, the current domestic regulatory system for low-altitude small UAVs is not perfect, and the design of the UAV equipment itself makes it impossible to monitor and manage UAV operators, making the phenomenon of UAV flying in the dark more common. At the same time, the flying skills of pilots are uneven, resulting in great safety hazards for drones flying in the air. Therefore, the current supervision of drones needs to be greatly improved, not only to strengthen the safety training of manufacturer...

AI Technical Summary

Problems solved by technology

As the development direction of future drones, solar drones will be affected by light and external environment if they are powered solely by solar energy, which will reduce the adaptability of solar drones.

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