Single lamp-based city street lam rapid scene control method, controller and system

Abstract

The invention relates to a single lamp-based city street lam rapid scene control method, a controller and a system, for realizing optimal matching of lighting energy saving and lighting demands. The single lamp-based city street lam rapid scene control method comprises the steps of: allocating a logic address for a control terminal by an integrated controller; generating a request data packet according to a preset strategy of a monitoring center, sending to a control terminal, and indicating the control terminal to control a lamp node corresponding to the logic address. The invention can rapidly realize rapid control and switching of different lighting combinations, and is simple in operation; a lamp node combination is flexibly controlled according to actual demands, thus simultaneous control of different states of lamp nodes in all regions or selected groups is realized; meanwhile, a data packet protocol structure is flexible, and more lamp nodes are simultaneously controlled through a mode of expanding a byte placeholder.

Description

technical field [0001] The invention relates to the technical field of urban lighting, in particular to a single-lamp-based rapid scene control method for urban street lamps, a controller and a system. Background technique [0002] At present, due to the national call for energy conservation and emission reduction and the owner's precise and scientific management requirements, the demand for single-lamp control for urban lighting (street lamps, landscape lamps, etc.) is becoming stronger and stronger. With the gradual promotion of new energy-saving lamps, single-lamp dimming and on-demand lighting will bring higher energy-saving efficiency, and actively solve the contradiction between "lighting up the city" and energy conservation and emission reduction. [0003] The existing single lamp control system for urban lighting usually adopts the following method: a centralized controller is installed under a certain street light box, and then the centralized controller controls al...

AI Technical Summary

Problems solved by technology

This will greatly limit the management flexibility of the operator and waste a lot of time on repetitive tasks

[0018] For example, if 5 lights need to be in different states at the same time, you need to organize these 5 lights into 5 different groups, and then control them one by one according to the groups; if 10 lights need to be in different states, you need to assign them to 10 groups, and then control them one by one; when there are more lamps that need to be in different states at the same time, the workload of group division will be greater

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