Multi-mode low-energy-consumption intelligent light-controlled lighting system

Abstract

The invention discloses a multi-mode low-energy-consumption intelligent light-controlled lighting system, and belongs to the technical field of intelligent light-controlled lighting. The multi-mode low-energy-consumption intelligent light-controlled lighting system comprises a wired communication mode system, a wireless communication mode system and an intelligent light-controlled loop mode system; the wired communication mode system comprises an intelligent gateway host, a control panel, a lighting terminal, operation equipment, a switch control module and a sensor cluster; the intelligent gateway host, the control panel and the lighting terminal are connected in sequence; the intelligent gateway host is connected with the operation equipment; the operation equipment, the switch control module and the sensor cluster are connected in sequence; different modes can be selected according to different actual use environments and use conditions; the universality of the system is greatly improved; the lighting energy consumption can be reduced to the most extent while field lighting requirements are satisfied; multi-terminal operation can be carried out; 30-50% of lighting cost expense can be reduced; furthermore, the electric energy is saved; and environmental protection and sustainable development are easily carried out.

Description

technical field [0001] The invention relates to the technical field of intelligent light-controlled lighting, and more specifically, relates to a multi-mode low-energy intelligent light-controlled lighting system. Background technique [0002] With the development of lighting equipment and lighting technology, the intelligent management of lighting equipment has become the trend of today's lighting control development. However, most of the current lighting systems use traditional control methods, that is, manual control, which can only achieve simple switch control. This control method has centralized control points, single function, low degree of automation and difficult system expansion. [0003] The world's electricity consumption for lighting (power consumption of lighting sources) accounts for about 10% to 20% of the total power generation. In China, electricity consumption for lighting accounts for about 10% of total power generation. With the acceleration of China's...

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Problems solved by technology

[0004] Especially the lighting systems of large companies or units require a lot of lighting equipment. For example, in office buildings, there are a lot of lights, and there are often unmanned situations in many areas, that is, there is no need to turn on the lights. However, the lights are always on, which not only increases the cost of lighting, but more importantly, wastes electricity and is not friendly to the environment. In addition, the street lights on both sides of the city road are always on at night, and the brightness is low. Unchanged, no one passes through many road sections for a long time, which will also cause a large waste of resources

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