DESIGN AND CONSTRUCTION OF A PROXIMITY BASED LIGHTING SYSTEM
Abstract
Advancements in technology have revolutionized security systems.
Traditional security lighting systems are often inefficient and wasteful,
illuminating areas unnecessarily and consuming excess energy. A
proximity-based security lighting system emerges as a promising
solution, leveraging proximity sensor to optimize energy usage and
enhance security effectiveness.
The system integrated PIR sensors, LED fixtures, control units, and solar
power supplies. PIR sensors detect animate objects or individuals within
a specified range, triggering LED fixtures to illuminate the surrounding
area. This setup ensures targeted illumination, alerting both residents
and potential intruders
The system was tested individually and as a whole, confirming proper
functionality. Accurate motion detection, efficient charging and power
storage, and prompt LED activation and deactivation were all verified.
Integration testing ensured seamless component interaction,
demonstrating the system's reliability.
This project contributed to energy-efficient lighting technology and
security automation. showcasing solar power's potential for reliable,
autonomous operation. By activating lighting only when needed, the
system enhances security while conserving energy. Its construction and
implementation can be replicated in various settings, providing a
sustainable and effective security lighting solution.
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