Street lamp time control system based on perpetual calendar

Abstract

The invention provides a street lamp time control system based on a perpetual calendar. The street lamp time control system includes a solar term database, a control database, and a processing terminal, the solar term database is configured with solar term information, each of the solar term information includes starting time data for reflecting the corresponding seasonal starting time; the control database is preset with a plurality of first control strategies, each first control strategy is corresponding one seasonal information, and the first control strategies control the on and off of street lamps; and the processing terminal acquires the first control strategies corresponding to the seasonal information and outputs the corresponding control instructions to control the street lamps according to the first control strategies. Compared with the street lamp control system in the prior art, the corresponding control instructions can be configured according to the difference of the climate, sunrise, and sunset time of the 24 solar terms, the accuracy is high, and the power saving efficiency is high; and meanwhile, the control can be realized by the corresponding time directly and is simple and convenient, and the reliability is improved.

Description

technical field [0001] The invention relates to the technical field of street lamp control systems, in particular to a street lamp time control system based on a perpetual calendar. Background technique [0002] Street light controllers are widely used in public lighting environments such as municipal roads, expressways, bridges, tunnels, gardens, docks, sightseeing lights, sports plazas, playgrounds, advertising light boxes, etc.; the types of lamps suitable for street light controllers: high pressure sodium lamps, low pressure sodium lamps , metal halide lamps, high pressure mercury lamps, fluorescent lamps and other gas discharge lighting fixtures. The principle is to control the opening and closing of street lamps through output signals. At present, through manual configuration of time, such as controlling street lamps to be turned on and off at a fixed time every day, and through periodic output of corresponding on and off signals, intelligent control of street lights c...

AI Technical Summary

Problems solved by technology

[0004] In view of the above-mentioned problems existing in the prior art, it is now intended to provide a street lamp time control system based on a perpetual calendar to solve the problem of low processing efficiency

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