An Intelligent Design of Solar Energy Powered Smart Residence Controlling System Using Novel Power Grid Principles

The potential for harnessing solar energy to produce power for daily life is great. According to scientific estimates, the sun can generate enough energy to run the whole planet’s electrical grid for an entire year in just an hour. Solar power systems constitute one of the most effective and long-lasting renewable energy choices currently on the market. The ambition of the Internet of Things (IoT) is that it will one day encompass all physical items in existence. The IoT enables the remote sensing and/or controlling of objects over preexisting network infrastructure, opening up new possibilities for the seamless blending of the real world and digitally implemented systems. This kind of technology has multiple uses like Renewable towns and cities, Effective communities, micro-grids and PV-Street lamps and so on. As During this time period, the use of renewable energy sources expanded at a rate never before seen in human history. Solar power use may be displayed in real time online using the suggested approach. Arduino is used for this kind of monitoring. Intelligent Tracking reveals daily renewable energy consumption. As a result, the user is able to manage the on/off state of connected devices using an IoT-based application. Off-grid or freestanding systems can be characterized as separate structures that have no connection to any electromagnetic grid. These may be found in a variety of sizes and are typically put to use in areas with limited access to grid-based utilities. This study investigates whether or not adopting an off-grid/standalone system strategy may help us become energy independent and reduce our dependency on the grid.