Wind power generation network camera monitoring and communication transmitting antenna tower

Abstract

The invention discloses a wind power generation network camera monitoring and communication transmitting antenna tower and belongs to the technical field of wind power energy. The inner ventilation wind pulling force is utilized to enable ground air flow to pass through the inside of a tower seat, a tower column and a tower column head to be discharged from an air outlet to push a turbo type spherical air wheel and a wind scoop capable of being opened and closed automatically in the wind direction to rotate to guide a natural air source to push the air wheel to rotate from the upper portion, the middle portion, the lower portion and the inside, and the power generation capability is improved. The wind scoop is closed automatically in the wind direction, and wind direction resistance is reduced. A wind fixing ball enables the ground air flow to rise in the spiral tornado type from the surface of the wind fixing ball to generate spiral rotating torque. A wind power generator is utilized as a main power supply, a mains supply is utilized as a reserve power supply, the network camera monitoring and communication transmitting anti-war anti-disaster capability is improved, safety operation of urban monitoring and communication transmitting is ensured, and the tower saves energy and is environmentally friendly.

Description

technical field [0001] The invention relates to a network camera monitoring and communication forwarding antenna tower for wind power generation, and belongs to the technical field of network camera monitoring and communication forwarding antenna towers powered by clean energy for wind power generation. Background technique [0002] The power supply of the network camera monitoring and communication forwarding antenna tower in the prior art is supplied by the mains, and the battery is used as a short-term backup power supply. Therefore, it lacks the long-term anti-war and disaster-resisting ability that can be triggered immediately. Once an irresistible natural disaster or war breaks out, When the power supply system is interrupted or the mains supply is paralyzed, city monitoring and communication will be unsustainable; therefore, it is very necessary and energy-saving to design a wind power network camera monitoring and communication forwarding antenna tower powered by adva...

AI Technical Summary

Problems solved by technology

[0002] The power supply of the network camera monitoring and communication forwarding antenna tower in the prior art is supplied by the mains, and the battery is used as a short-term backup power supply. Therefore, it lacks the long-term anti-war and disaster-resisting ability that can be triggered immediately. Once an irresistible natural disaster or war breaks out, When the power supply system is interrupted or the mains supply is paralyzed, city monitoring and communication will be unsustainable; therefore, it is very necessary and energy-saving to design a wind power network camera monitoring and communication forwarding antenna tower powered by advanced wind power

[0003] The current vertical axis wind power generation products generally have defects such as insufficient output power, high cost, and insufficient safety and reliability due to ground conditions, difficulty in making the wind rotor larger and safety factors, and the arc angle of the blades of the vertical axis wind power generation It is fixed and cannot be automatically adjusted along the wind direction. Therefore, when the two symmetrical wind blades are horizontal to the airflow direction blowing from nature, the two wind blades will swing left and right due to the same force. After overcoming the wind direction resistance at one end In order to rotate smoothly, the rotation speed is reduced, and a lot of wind resources are wasted during operation; at the same time, the design of the wind turbine is limited to the driving ability of the external wind force. The integrated design of all-round air convection, wind pulling, internal ventilation, rotating airflow, etc. in the middle and bottom, in order to match with the wind power generation network camera monitoring and communication forwarding antenna tower, expand the power generation efficiency and application range

Images