Smart Electricity Monitoring and Control System Using IoT

In everyday life, electricity is necessary, and appropriate utilization is critical. Over the years, existing systems have been scrutinized in order to improve residential power control. The existing PMAS approach, on the other hand, has a greater error ratio and does not provide a remote monitoring system. This study uses mobile applications to give consumers with a simple system for monitoring and controlling the power consumption of household appliances. The suggested system provides 0.6 percent current errors for the hairdryer appliance, compared to 7.8 percent current errors for the present Power Monitoring and Switching (PMAS) system. The electricity cost is one of the most important operational overheads in many commercial and industrial buildings. The design and development of a Smart Power monitoring device for monitoring the electrical parameters of Wasit university buildings, such as voltage, current, and power. The system includes a smart sensing unit that detects and controls the electrical equipment used in daily activities based on various tariff rates. It has the potential to lower consumer costs while also enhancing grid stability. A constructed model was thoroughly analyzed, with experimental results compared to those obtained using traditional measuring devices. The Arduino-based wireless power meter is a non-invasive existing meter with a WI-FI connection for domiciliary power.