Power generating and monitoring integrated aerial wind power generation system

Abstract

The invention discloses a power generating and monitoring integrated aerial wind power generation system, belonging to the field of wind power generation equipment. A wind power generation platform is hung at a high-altitude position with elevation of 1000-4500m by an airship, a winch and four steel wire cables are used for maintaining the air position of the wind power generation platform, and the wind power generator is fixed on the wind power generation platform and generates electricity by means of powerful wind in upper air; and the power generating and monitoring integrated aerial wind power generation system is also provided with an aerial lightning protection device, a ground monitoring device, an aerial illumination device, a signal emission device, a radar scanning device and the like. The aerial power generation system supplies power at places which are remote in geographic position and low in electricity consumption, dispenses with the trouble of laying electric wires and accords with a smart grid layering and partitioning and self-sufficiency distributed power supply principle. According to the power generating and monitoring integrated aerial wind power generation system, the ground condition can be subjected to real-time monitoring and large-area illumination; and a signal emitter and radar can be used for enhancing mobilephone signals of the ground area below the airship and carrying out detecting and scanning in multiple purposes. The power generating and monitoring integrated aerial wind power generation system can descend periodically for maintenance and repair and ensures safety and normal operation.

Description

Technical field [0001] The invention belongs to the field of wind power generation equipment, and particularly relates to an aviation wind power generation system integrating power generation and monitoring. Specifically, an airship is used to build an aerial platform for wind power generation, supplemented by aerial lightning protection, ground monitoring, high-altitude lighting, and signals. Aviation wind power equipment with launching, radar scanning and other functions. Background technique [0002] Energy is a material resource in nature that can provide humans with some form of energy, is the most basic driving force for the development and economic growth of the entire world, and is the basis for human survival. As fossil energy sources such as oil, coal, and natural gas are on the verge of exhaustion and the energy crisis is approaching, new energy sources represented by solar energy, hydropower, and nuclear energy have become the future development trend. However, the a...

AI Technical Summary

Problems solved by technology

For example, the construction of towers is restricted by the strict geographical environment and social environment, the one-time cost is high, the economic benefits do not match the occupied area (low cost performance), and maintenance is difficult

The most important point is that the production and operation of wind turbines built on the ground are restricted by weather conditions. They are completely useless in calm weather and cannot provide real-time power supply (low work efficiency). In typhoon weather, they will also cause damage to the equipment.

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