Smart Grid Management Enhanced by IoT Device Integration to Improve Energy Efficiency and System Reliability

As a potential way to improve energy economy and system stability, putting Internet of Things (IoT) devices into smart grid control has become clear. This study looks at the full effects of adding IoT devices to smart grid control, focusing on the good and bad things that might happen. The smart grid is an updated electricity grid that uses digital communication technologies to track and manage power flows. This makes energy supply more efficient, reliable, and long-lasting. The standard smart grid, on the other hand, has problems like not being able to see how the grid works, using energy inefficiently, and being easy to disrupt. IoT devices offer an answer by giving real-time information on how well the grid is working, which allows for proactive repair and improvement. A mixed-methods approach was used for this study, which includes both quantitative analysis of data on energy use and qualitative conversations with experts in the field. Machine learning techniques are used to predict how much energy IoT devices in a testbed smart grid will use. This lets us look closely at how adding IoT devices affects system stability and energy efficiency. The study finds that incorporating IoT devices into smart grid control greatly enhances energy economy, resulting in an average 15% drop in energy use. IoT devices also make systems more reliable by letting you see how the grid is doing in real time and responding quickly to problems. The results show that adding IoT devices could change how smart grids are managed, letting companies make better use of energy, make systems more reliable, and improve grid performance overall. But problems like data protection and communication still exist, which shows that this area needs more study and development.