Bridge illumination energy-saving automatic control system

Abstract

The invention provides a bridge illumination energy-saving automatic control system, which discloses a traffic flow monitoring module, an illumination monitoring module, a visibility monitoring module, a street lamp control module and a system control module. The traffic flow monitoring module, the illumination monitoring module and the visibility monitoring module are respectively connected with the system control module through an A / D converter. The system control module is communicatively connected with the street lamp control module. The system control module is connected with an alarm module. The alarm module sends an alarm signal to a client through a GPRS communication module. By means of the system, the illumination control can be accurately, quickly and automatically realized. Meanwhile, the driving safety can be maximally ensured, and the electric energy waste can be maximally reduced.

Description

technical field [0001] The invention relates to an illumination control system, in particular to an energy-saving automatic control system for bridge illumination. Background technique [0002] Extra-large highway bridges require functional lighting to ensure driving safety. Sometimes landscape lighting is also designed for landscape effects. Lighting consumes a lot of power. It is very important to reduce costs and save energy and protect the environment. The safety of bridge operation is directly related to traffic flow, natural illumination, visibility, and slippery bridge deck. It is very important to turn on the lighting in time and accurately. However, the existing technology mainly relies on weather forecast and on-site visual inspection for manual control. Some street lights are switched on and off by Timer, the control is not smart enough, sometimes the weather changes greatly, the switch time cannot be adjusted in time, the street lights do not function or waste el...

AI Technical Summary

Problems solved by technology

The safety of bridge operation is directly related to traffic flow, natural illumination, visibility, and slippery bridge deck. It is very important to turn on the lighting in time and accurately. However, the existing technology mainly relies on weather forecast and on-site visual inspection for manual control. Some street lights are switched on and off by Timer, the control is not smart enough, sometimes the weather changes greatly, the switch time cannot be adjusted in time, the street lights do not function or waste electricity, often turn on the street lights during the day, do not turn on the lights in foggy days, do not turn off the lights when there is no car, etc. Phenomenon, causing a lot of waste or bringing safety hazards

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