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Abstract

The main objective of this paper is to form an intelligent street lighting system. In early days, the street lights are controlled manually. Avoid the manpower we have to introduce this easy technique. The newly proposed system offer higher efficiency and considerable savings in power by using LED lights. So there was much more power consumptions. Now a day, street light monitoring system is an essential factor. So we need to design and implement solar based street lighting system for low power usage. In each lamp are connected together and controlled by nearby base station. The street lamp contains several modules like LDR Sensor, PIR Sensor and Relay, which are work together and transfer information to the base station via NRF modules. Here the LDR sensor used to capture the day/Night lighting value. And the PIR sensor used to sense the human/vehicle presence on particular range. Based on those techniques the system controls the street lights. Through the communication networks the base station takes a corresponding action When the intensity of light becomes low that time necessary of the street lighting. All these information will pass to the base station via NRF devices. From the base station a messages passing to the microcontroller to glow the street lights according to the intensity of light. And also movement based information send to the base station for corresponding action by the controller.

Article Details

How to Cite
G.Neelamegam, G.Bharathi, S.Chandru, & P.M.Manikandan. (2019). Automatic LED Street Lights Controller – Design and Implementation . International Journal of Intellectual Advancements and Research in Engineering Computations, 7(1), 1019–1027. Retrieved from https://ijiarec.com/ijiarec/article/view/911