Özet:

Traditional lighting systems have many disadvantages such as energy efficiency, failure tracking and lack of remote control. These disadvantages cause unnecessary energy consumption, extra labor, security threats and lack of follow-up. To overcome these problems, in this study, instead of traditional lighting, an IoT-based smart lighting prototype was developed and computer-assisted control was performed. In order to ensure energy efficiency, the light intensity of the street lamps was adjusted according to the intensity by taking data from the motion sensors. Data such as fault tracking and density obtained from LED armature sensors were transferred to the cloud and controlled independently of the venue. Thus, the data on the cloud can be easily tracked through the ThingSpeak platform. With the visualized ThingSpeak web interface, the electrical power, current drawn, temperature value, ambient light value, location information, motion detection and remote switching of the LED armature can be done independently of the location.

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