DESIGN AND IMPLEMENT OF WIRELESS SENSOR STREET LIGHT CONTROL AND MONITORING STRATEGY ALONG WITH GUI

Guddeti Divya, Gudala Lakshmi, Sarva Srinivas, Myka Tejaswini, B Ashok

Abstract


As of late improving the lattice unwavering quality amid the top moment is picked up a great deal of considerations. Also, utilizing renewable vitality frameworks to nourish remote regions which are not wanted to be encouraged from the utility since they are a long way from it is an another objective of numerous scientists. One out of these heaps is the road lighting particularly. In this manner, this paper proposes a standalone sunlight based vitality free framework for road lighting as there is no force requested from the matrix. The proposed framework comprises of a PV board, stockpiling framework, LED light, control molding framework (PCS) and the controller which can deal with the force bearing and framework operation. Utilizing LED as a part of lighting applications has numerous focal points contrasted with other light. It is extremely proficient (high productivity lighting source) and financially savvy (the life time is long contrast with different lights). In augmentations to, it needs low dc voltage source to be worked. The capacity framework will be charged amid the day time utilizing the accessible daylight. Then again, amid the evening time the controller will give a sign to the framework to associate the LED light to be prepared for use. Subsequent to the LED needs a low dc voltage to be worked, so a basic dc-dc converter will be sufficient for this framework bringing about diminishing the expense of the general framework. Chosen of recreation results have been given to approve the proposed framework.


Keywords


Solar, control system, lighting system, ZigBee, IR and LDR sensors

References


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