Lighting energy-efficiency tracking control and management device for street lamps

Abstract

The invention discloses a lighting energy-efficiency tracking control and management device for street lamps. The lighting energy-efficiency tracking control and management device comprises a CPU (central processing unit) control unit, a luminance detecting module, a voltage detecting module, a current detecting module, an I / O (input / output) control module, a wireless remote-control monitoring module, a communication module, a storage module, a liquid crystal display screen and a keyboard module. The luminance detecting module, the voltage detecting module, the current detecting module, the I / O control module, the wireless remote-control monitoring module, the communication module, the storage module, the liquid crystal display screen and the keyboard module are connected with the CPU control unit respectively. By the lighting energy-efficiency tracking control and management device which can be used independently or used with the internet, intelligent control of lighting and monitoring of energy loss of the street lamps can be realized, and devices for energy-efficiency tracking control of the lighting system of the street lamps in the prior art, including a lighting controller, a clock controller, a light controller and a wireless transmission unit and the like, can be substituted, and energy saving and emission reduction are realized. Besides, the lighting energy-efficiency tracking control and management device is applicable to intelligentization central control and running statistics management of large public buildings, electronic factories, schools, residence districts, outdoor advertisements, street lamps and the like.

Description

technical field [0001] The invention relates to a street lighting energy efficiency tracking control management device, which is particularly suitable for an energy efficiency monitoring system of road street lights. Background technique [0002] As the pace of urban modernization continues to accelerate, the demand for urban road lighting and urban lighting projects is also greater, and the contradiction between energy supply and demand is becoming more and more prominent. The requirements for energy saving and green lighting are becoming more and more urgent. high. [0003] For the traditional street lamp lighting control system, manual control is generally used to start and stop the street lamp circuit. Due to the wide distribution of street lamps, street lamps in different locations will be subject to changes in weather conditions such as rainy, foggy weather, etc., so the best opening and closing times are often different. , so that the management department often has ...

AI Technical Summary

Problems solved by technology

[0003] For the traditional street lamp lighting control system, manual control is generally used to start and stop the street lamp circuit. Due to the wide distribution of street lamps, street lamps in different locations will be subject to changes in weather conditions such as rainy, foggy weather, etc., so the best opening and closing times are often different. , so that the management department often has to invest a lot of manpower to correct the time control and manually control the illuminance; in terms of street lamp management, manual on-site inspections are often used, which often cannot detect the damage of street lamps in time, resulting in failure to repair damaged street lamps in time ; At the same time, there is nothing to do with the energy consumption statistics of street lamps, and it is impossible to realize energy-saving operation of street lamps

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