Lightening power consumption management system for underground garages

Abstract

The invention discloses a lightening power consumption management system for underground garages. The system comprises a power consumption management device arranged in an underground garage power consumption management room, a plurality of garage power consumption managers arranged in driver houses respectively and a plurality of vehicle power consumption management extensions arranged in a plurality of garage inlet management rooms of a management garage respectively, wherein the plurality of the garage power consumption managers and the plurality of the vehicle power consumption management extensions communicate with the power consumption management device; the power consumption management device comprises a power consumption master controller, a driveway lightening control circuit and a parking space control circuit; each of the garage power consumption managers comprises a power consumption sub-controller and a parking space number input unit; and each of the vehicle power consumption management extensions comprises an entrance guard card identification unit, a parking space information storage unit, a garage information manager, a display unit, a parameter setting unit and a clock circuit. By means of the lightening power consumption management system, the circuit design is reasonable, the wiring is convenient, the usage operation is simple and convenient, the intelligent degree is high, the utilization effect is good, and power consumption can be managed automatically according to actual lightening requirements.

Description

technical field [0001] The invention relates to an electricity consumption management system, in particular to an underground garage lighting electricity management system. Background technique [0002] With the continuous increase of urban car ownership, the problem of difficult parking has become a common phenomenon in large and medium-sized cities. Therefore, at present, almost all new buildings have underground garages, which have largely alleviated the actual problem of difficult parking on the ground. However, due to the problem of no light exposure in the underground garage all year round, a large number of lighting fixtures must be provided, and a large number of garage management personnel must be equipped thereupon. Nowadays, the lighting fixtures used in underground garages are usually switched on 24 hours a day regardless of whether there is lighting demand, so the power consumption is quite large, especially for large underground garages, there is a huge power c...

AI Technical Summary

Problems solved by technology

However, due to the problem of no light exposure in the underground garage all year round, a large number of lighting fixtures must be installed, and a large number of garage management personnel must be equipped accordingly.

Nowadays, the lighting fixtures used in underground garages are usually switched on 24 hours a day regardless of whether there is lighting demand, so the power consumption is quite large, especially for large underground garages, there is a huge power consumption Resource waste problem

Therefore, there is currently a lack of an underground garage lighting power management system with reasonable circuit design, convenient wiring, easy operation, high intelligence, and good use effect, which can automatically manage power consumption according to actual lighting needs, greatly reducing Wasted electricity

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