The present invention relates to a ventilation device, and in particular to a safe ventilation device for indoor use in high-rise buildings with
wind power generation. The present invention provides a safe ventilation device for indoor use in high-rise buildings with
wind power generation, which is firmly installed and can fully utilize wind resources to achieve
environmental protection effects. A safe ventilation device for indoor use in high-rise buildings with
wind power generation, including a frame, a support block, a
drive motor, fan blades, and a mounting block, etc. A support block is provided on the right side of the frame, a
drive motor is provided on the support block, and a
fan blade capable of pumping air into the room is connected to the output shaft of the
drive motor, and a mounting block is connected to the right side of the frame through a threaded connection. The wind blows the blades to rotate, causing the generator to work and generate
electricity, which is then stored in a battery, which can power the motor to cause the fan blades to rotate and pump
fresh air into the room through the air outlet
pipe, thereby achieving a ventilation effect, and the method of using wind resources to generate
electricity is more
environmentally friendly.