Intelligent illumination control system of power plant

Abstract

The invention discloses an intelligent illumination control system of a power plant. An illumination operation station and an illumination logic controlling machine are connected with an Ethernet to form a background, and an illumination CPS in an illumination loop of the power plant is networked through a field bus, and then connected with the Ethernet after being communicated and integrated through an illumination communication gateway, and then interconnected with the background, wherein the logic controlling machine establishes a power plant illumination system model, and performs the formulation and the running of an illumination control strategy; the operation station performs automatic or manual control operation on the illumination loop according to the running strategy, and the data of the illumination loop acquired by the illumination communication gateway and the CPS switch. Therefore, the intelligent illumination control system is formed by reasonably modelling and adopting a concentrated control way, thereby realizing the intelligent control at different time, different regions and different loops on the whole power plant, the labor cost can be saved, the punctual and full-automatic control way is achieved, and the aims of prolonging the service life of the lamps and saving the power consumption for illumination are achieved at last.

Description

technical field [0001] The invention relates to regional intelligent lighting control, in particular to an intelligent lighting control system of a power plant, and belongs to the technical field of automatic control. Background technique [0002] At present, the intelligent lighting control system has been applied in the fields of buildings, shopping malls, squares, street lamps, etc. The core of the system is the strategy selection of the lighting circuit or the automatic on-off lighting circuit of the lamps. In terms of implementation means, there are many schemes using foreign intelligent relays. There is also a PLC to control the contactor, and both methods in the prior art adopt a decentralized control strategy. However, in the intelligent lighting control system using the relay module, when the distributed control strategy is used, the loops cannot be dynamically linked, and the multi-group strategy will be greatly restricted. [0003] With the development trend of e...

AI Technical Summary

Problems solved by technology

The lighting characteristics of power plants are many and large areas, large lighting circuit power, and many transformations. Therefore, the above-mentioned decentralized control strategy is applied to intelligent lighting in power plants, showing many shortcomings. It is necessary to develop a set of lighting systems suitable for power plants. New smart lighting control system

Images