Automation is all around us. It is everywhere our eyes goes on. Things nowadays are getting automated, either we take an example of Self Driven Cars
| Area | Engineering |
|---|---|
| Authors | M. Teja Sree1, D. Varsha2, K. Varalaxmi3 |
| DOI | 180724/IJORAR-0008 |
| Publishing ID | JRN-2026-0004 |
| Keywords | Technology, Automation |
| Number of Pages | 30 |
| Publishing Date | 2025-09-19 |
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Download File- Remote-Controllable And Energy-Saving Room Architecture Based On Zigbee
Abstract-
Automation is all around us. It is everywhere our eyes goes on. Things nowadays are getting automated, either we take an example of Self Driven Cars, or we see the entry doors in the shopping malls, the escalators, automation is even there in the application we use around us, they can be the chatbots, the automated background processing, it cannot be neglected, it is everywhere.
With Home Automation, we can make many electrical and electronic devices communicate and operate each other. As well as we can create an interactive interface for people so that they can operate the devices. By home automation a lot of energy can be conserved as the loss of energy can be avoided. And using some low-cost, low-energy consumption devices like ZigBee, we can achieve Home Automation in a more efficient way.
Initially Bluetooth devices were used in home automation and some home automation systems use Wi-Fi module, but here we have tried to implement the home automation using the ZigBee module so that it can connect to more devices and can work for longer ranges then the previously used modules.
The primary goal of this project is to reduce energy consumption by dynamically adjusting the operation of room devices based on occupancy, environmental conditions (e.g., temperature, humidity, light levels), and user preferences. For example, lights and HVAC systems will be automatically turned off or adjusted when the room is unoccupied or when environmental conditions are within an optimal range. Moreover, users can remotely adjust settings, track energy usage, and receive real-time feedback, thus fostering energy-saving habits.
The ZigBee-based communication network allows for low power consumption while ensuring reliable communication between devices, even over long distances. The system also includes features for fault detection, alerting users to unusual energy consumption patterns that might indicate malfunctioning devices, which can be addressed proactively to avoid energy wastage.