Extra-long tunnel lighting intelligent energy-saving system based on wind power generation

Abstract

The invention relates to an extra-long tunnel lighting intelligent energy-saving system based on wind power generation. The extra-long tunnel lighting intelligent energy-saving system comprises a windpower generation device, a single-chip microcomputer master control module, a photosensitive sensor, a ZigBee wireless transmission main module and lighting joints distributed in a tunnel. The photosensitive sensor is mounted on the outer portion of the tunnel. The single-chip microcomputer master control module sends out control commands to the lighting joints through the ZigBee wireless transmission main module according to illuminating data, and the lighting joints work according to the control commands of the single-chip microcomputer master control module. The wind power generation device is mounted at an opening of the tunnel for wind power generation and supplies power to the master control module, the photosensitive sensor, the ZigBee wireless transmission main module and a ZigBeewireless transmission submodule. According to the extra-long tunnel lighting intelligent energy-saving system, design is reasonable, wind power conditions in the tunnel can be utilized to the largestextent, and guarantees are provided for stable wind power generation; different in-tunnel lighting manners are adopted, the green and intelligent tunnel lighting system is set up, and the comfort degree that a driver passes through the tunnel is greatly increased.

Description

technical field [0001] The invention belongs to the technical field of lighting, in particular to an intelligent energy-saving system for super-long tunnel lighting based on wind power generation. Background technique [0002] In the modern transportation industry, tunnels play an extremely important role. Tunnels with a length greater than 3,000 meters are classified as extra-long tunnels, which usually use intensive lighting at the entrance and exit and general lighting in the middle of the tunnel. When the driver drives out of this type of tunnel, after driving in the tunnel for a long time, the sudden change in lighting conditions can easily cause the driver's visual stimulation and induce risk factors; the long-term strong light environment in the tunnel is likely to cause the driver to develop visual Fatigue is easy to ignore risk factors and induce unsafe driving behavior. In addition, the lighting equipment and lighting methods used in the existing lighting methods...

AI Technical Summary

Problems solved by technology

When the driver drives out of such a tunnel, after a long time of driving in the tunnel, the sudden change in lighting conditions can easily cause the driver's visual stimulation and induce risk factors; the long-term strong light environment in the tunnel is likely to cause the driver to develop Fatigue is easy to ignore risk factors and induce unsafe driving behavior

In addition, the lighting equipment and lighting methods used in the existing lighting methods have always had problems such as poor lighting effects and high power consumption.

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