Street lamp control system and method

Abstract

The invention relates to a street lamp control system and method, and belongs to the field of light control. The system comprises a central processing system, a photo-sensitive module and an adjusting controller for directly controlling a street lamp. A data output signal of the photo-sensitive module is transmitted to the central processing system, a control command of the central processing system is transmitted to the adjusting controller, and the photo-sensitive module comprises an illuminance detection sub-module and an infrared induction sub-module. The street lamp can be switched on and off through infrared detection and illuminance detection, full-automatic control is achieved, and especially in the overcast and rainy weather with low visibility, the control flexibility can be shown better. A speed measuring module is applied in cooperation with the infrared detection, energy losses are further reduced, and energy is saved.

Description

technical field [0001] The invention belongs to the field of lighting control, and in particular relates to a street lamp control system and method. Background technique [0002] In the prior art, most street lamps are equipped with street lamp controllers, which are used to control the switch and brightness of street lamps, etc. Most of these street lamp controllers simply control the switch of street lamps through photoelectric detection, and automatically turn on the street lamps when the environment is dark. Turn off the street lights automatically when they are on. This control method is relatively simple and cannot well adapt to the energy-saving needs of different road sections. In terms of actual road conditions, some road sections have few pedestrians, and the street lights are always on, which is a waste of electricity. It needs to be on all the time. To sum up, the street lamp controllers in the prior art have the disadvantages of a single control method, which c...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, most street lamps are equipped with street lamp controllers, which are used to control the switch and brightness of street lamps, etc. Most of these street lamp controllers simply control the switch of street lamps through photoelectric detection, and automatically turn on the street lamps when the environment is dark. Turn off the street lights automatically when they are on. This control method is relatively simple and cannot well adapt to the energy-saving needs of different road sections. In terms of actual road conditions, some road sections have few pedestrians, and the street lights are always on, which is a waste of electricity. need to stay on

To sum up, the street lamp controllers in the prior art have the disadvantages of a single control method, which cannot well adapt to the energy-saving needs of different road sections, and high cost of networked control.

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