Determination of Energy Consumption Balance and Overconsumption Analysis for Smart Homes
Abstract
The long range needs
and the tiny data size required for transmission, IoT is ideal for smart grid
deployment. A novel remote energy monitoring system is now possible using
narrow-band RF, the industry standard for long-range communication. The
Internet connectivity module is connected to the home system's main supply unit
and may be accessed over the Internet. The static IP address is utilized for
wireless connection. Home automation is built on a multimodal application that
may be controlled via the Google Assistant's speech recognition feature or a
web-based application. As a result, the primary goal of our project is to make
our home automated. Wireless energy meters with hardware for remote monitoring
of electrical equipment, M2M connectivity (LORA, SIGFOX, 3G/GPRS), and web
services to handle the gathered data make up the solution (history, alerts,
graphs, statistics, etc.). This IoT solution makes network setup and installation
easier for end users, lowers infrastructure costs (no repeaters), and is
generally interoperable with current solutions. The most common use of energy
monitoring is to determine energy consumption balance and over consumption
analysis in order to pinpoint the areas that need to be repaired.
Country : India
1 Rajkumar Chunchu
Associate Professor, Department of Electronics and Communication Engineering, Malla Reddy College of Engineering for Women, Hyderabad -500100, Telangana, India
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