Streetlight managing and controlling device

Abstract

The invention discloses a streetlight energy-saving managing device. The device comprises a streetlight monitoring center computer (1), streetlight managing and controlling software (2), a wireless communication system (3), a mobile management terminal (4), a remote managing and accessing terminal (5), a public reporting module (6), a loop controller (7), a single-light controller (8), a single-light energy-saving unit (9), a streetlight (10), a traffic flow sensing module (11), a luminance sensing module (12), an accident alarming linkage unit (13), a city digital management superior management system (14), a cable theft prevention monitoring module (15) and a GPS vehicle positioning dispatch system (16), wherein the streetlight managing and controlling software (2) is installed in the streetlight monitoring center computer. The device can realize the switching-on and switching-off, state monitoring, energy saving and service life prediction of a single streetlight, daily business management of the streetlight, the theft prevention and alarming of a cable of the streetlight, and adjust the luminance of the streetlight according to the traffic flow. The streetlight managing and controlling device can be widely applied to the construction and management of city streetlights and night scene illumination.

Description

technical field [0001] The invention relates to a street lamp management control device which realizes street lamp energy saving through stepless dimming of street lamps, and at the same time realizes street lamp cable anti-theft and street lamp business management. Background technique [0002] At present, most of the energy-saving management devices for street lamps only include timing on and off of street lamps, midnight lamp control, fixed circuit, timed step-down step-down energy saving or single-lamp step-by-step energy saving, and estimated dimming rate. The following problems exist: [0003] The stolen street lamp cable cannot be found in time, and the dimming rate cannot be accurately calculated. [0004] Circuit or single lamp timed step-down step-down energy saving mostly adopts electromagnetic mode, which consumes a large amount of rare electrolytic copper and silicon steel, which leads to energy consumption and environmental problems while saving power, and is ...

AI Technical Summary

Problems solved by technology

[0003] The stolen street lamp cable cannot be found in time, and the dimming rate cannot be accurately calculated

[0004] Circuit or single lamp timed step-down step-down energy saving mostly adopts electromagnetic mode, which consumes a large amount of rare electrolytic copper and silicon steel, which leads to energy consumption and environmental problems while saving power, and is also easy to be stolen, and the contactor is sintered due to frequent shifting destroying the device

At the same time, due to the sudden change of step-down voltage exceeding 3V, the high-pressure gas street lamp will be turned off and the life of the street lamp will be reduced.

[0005] The circuit fixed step-down method, when the fixed step-down is small, the power saving rate is too low; when the fixed step-down value is large, the street lamp terminal voltage is less than 190 volts, it is difficult to ignite non-new lamps, and the lamps are easy to wear out and easy to be stolen

[0006] The feedback from the current urban public hotline and the traffic accident alarm system of the traffic police are not integrated. At the same time, there is no systematic management of street lamp maintenance and project management through computers. The management level is relatively low and the public satisfaction is low.

[0007] The ability to integrate the street light management system is not considered, making the street light management system an information island for urban digital management, without foresight, resulting in waste of investment

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