Flow guide device special for intelligent wind field

Abstract

The invention discloses a flow guide device special for an intelligent wind field, and belongs to the technical field of intelligent wind field flow guide. The flow guide device comprises two bearing seats arranged in parallel, a plurality of parallel sliding rails connected with the bottom ends of the bearing seats in a sliding mode, two wind field wind collecting structures arranged at the upper ends of the two bearing seats correspondingly, a flow guide structure arranged at the left side of the position between the two bearing seats and capable of changing the wind direction for flow guide, a wind shielding buffer structure arranged at the right side of the position between the two bearing seats, and air cylinders each fixedly connected to one end of the inner side of the corresponding bearing seat; the air cylinders push the bearing seats to move and adjust on the sliding rails; and when the wind shielding buffer structure needs to change the flow guide direction, the energy consumption of the flow guide structure can be reduced. By means of the flow guide device, a wind power channel for wind power flow guide is small in limitation, easy and convenient to mount or dismount and low in energy consumption, and the practicability of the flow guide structure is effectively improved.

Description

Technical field [0001] The present invention relates to the technical field of intelligent wind deflector, in particular a special smart wind deflector. Background technique [0002] With the acceleration of new energy industry digital and intelligent construction, unattended, fewer people on duty, has increasingly become the future trend of development of wind farms, such as: a wind farm is located in Xuancheng City in Anhui Province, located in 45 wind turbines the mountains between nanyi lake and solid Lake City, due to the heat circulation between lakes and mountains form a good wind, bring good economic benefits for this wind farm installed capacity of nearly 10 million kilowatts. [0003] Intelligent wind farm use requires wind guide structure for guiding the wind, a conventional wind deflector is directly fixed to the ground or a work area for the wind flow passage restricted large wind, and mounted and detached very cumbersome, reducing the usefulness of the diversion str...

AI Technical Summary

Problems solved by technology

[0003] The use of smart wind farms requires the use of diversion structures to guide the wind force of the wind farm. The existing wind farm diversion devices are directly fixed on the ground or in the work area. The wind channel for wind diversion is relatively limited, and installation or disassembly is very difficult It is cumbersome and reduces the practicability of the diversion structure. At the same time, the diversion structure needs to move and adjust the ventilation ducts of the entire wind field. The operation is very complicated. When the diversion structure is used, the wind blows directly on the diversion structure, requiring more The transmission force can promote the adjustment of the diversion structure and improve energy consumption

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