SMART ENERGY EFFICIENT HOME AUTOMATION SYSTEM USING IOT

Abstract

A smart, energy-efficient home control system that saves energy and simplifies user life is the focus of this study, which is based on the Internet of Things (IoT). The technology makes use of cloud computing, smart sensors, and actuators to monitor and control household appliances in real-time. Automation, made possible by the Internet of Things, reduces energy waste by responding to human behavior and environmental factors. Machine learning systems aim to predict future energy consumption in an effort to improve efficiency. By enabling remote access through mobile apps, the solution provides you freedom and security. People can save energy with the help of smart meters because they provide immediate feedback. If we want to stay alive, we have to start using renewable energy. The home's automated lighting, climate control, and security systems all contribute to its lower energy consumption. The study examines the cost, scalability, and interoperability of IoT devices. The goal of implementing cybersecurity measures is to prevent unauthorized individuals from gaining access. By adjusting to various living conditions, the proposed approach enhances energy consumption. Energy savings and an improved user experience are demonstrated through case studies. In order to enhance optimization, future research will concentrate on new AI advancements. The findings demonstrate the impact of the Internet of Things on sustainable smart home solutions.