Abstract
In today's energy-conscious world, our foremost duty is to efficiently conserve energy. With advancing technology, automation systems have become the preferred choice over traditional manual methods. We've developed a user-friendly IoT application encompassing smart street lights, a smart parking system, and an automatic irrigation system to ensure effective energy conservation and water reduction. Our IoT-based smart street lights utilize external light sensing to automatically adjust illumination levels, offering 50% and 100% intensity as needed. This minimizes electricity waste and reduces the need for manual control, thus conserving energy. The saved energy can be redirected for residential, commercial, or other essential purposes, contributing to sustainable energy practices. The smart parking system offers convenience to users by allowing them to view available parking slots through the application. Users can make secure online payments, streamlining the parking experience. Additionally, the system aids in locating parked vehicles, enhancing efficiency. Automatic irrigation system employs a distributed wireless network of soil moisture sensors. A gateway unit manages sensor data, triggers, and actuators, transmitting real-time information to a web application. This innovation optimizes water usage in agriculture and landscaping, reducing water wastage and labor. A realtime data, conserving water and time spent on irrigation. This system's ability to adjust water distribution based on soil moisture content ensures efficient water management. Users receive soil moisture information on their mobile devices, promoting responsible water use. By automating processes, reducing waste, and enhancing user experience, we contribute to a more sustainable and energy-efficient future.
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