IOT Base Energy Management System of Smart Grid Connections

Grid structure improvements are required due to the increasing demand for sustainable and renewable energy sources. The potential of an IOT-based smart grid to remotely monitor and manage renewable energy sources is investigated in this study. Here, we employ solar energy as a renewable energy source and leverage cloud computing to monitor and manage various loads. The main elements, features, and advantages of such a system are highlighted in the study. The advancement of smart grid technologies is driven by the growing need for sustainable energy solutions. Internet of Things (IOT)-enabled smart grid architecture for remote renewable energy source monitoring and control is proposed in this research. Integrating sensors with renewable energy sources, such as solar or wind turbines, is the fundamental idea. These sensors gather data in real time on system health, ambient conditions, and energy production. After that, this data is sent via a network to a cloud platform or central control system for additional analysis. Grid operators can increase overall grid stability and dependability, incorporate storage options for excess energy, and regulate energy production based on demand by adopting remote control capabilities. The benefits of this strategy, such as a lower carbon footprint, economic savings, and a more sustainable energy future, are outlined in the project’s conclusion.