With people's increasing requirements for lighting energy saving and scientific management, lighting control is becoming more and more important in the field of intelligence. This design is aimed at the intelligent lighting system of library.
Compared with commercial buildings, the library has less high-power driving force and refrigeration equipment than lighting equipment.
It is believed that the use of lighting control system can reflect more energy-saving and management advantages, thus improving the scientific management level of the library.
At present, the ever-burning lamps in some public places in the library not only waste electric energy, but also reduce the service life of lighting equipment.
Although voice-activated switches can solve this phenomenon, it is useless to provide such switches in libraries where people are not allowed to make a lot of noise. Therefore, an automatic energy-saving lamp controlled by pyroelectricity is proposed, and its access depends on people's access, which can reduce unnecessary power consumption.
It is suggested to use C-BUS system for reading areas where people's activities are not frequent and pyroelectric detectors are difficult to detect.
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