IOT BASED SMART ENERGY MONITORING SYSTEM Circuit Diagram

IOT BASED SMART ENERGY MONITORING SYSTEM Circuit Diagram Therefore, the main challenge will be designing an efficient technique that can monitor power consumption in residential buildings. 2. Literature Review. This paper has proposed and developed an IoT-based smart monitoring and control system for household appliances. The methodology and processes are designed and created to provide a useful

By monitoring the power consumption of the devices, the data is collected by the ZigBee IOT based smart power-monitoring system is one such innovative technology that automates the key Devadhanishini et al., [2] "Smart Power Monitoring Using IoT" that energy Consumption is the very important and challenging issue. Automatic Electrical Energy meter is used in large electric energy distribution system. The integration of the Arduino WIFI and SMS provides the system as Smart Power Monitoring system.

PDF Smart Energy Meter and Monitoring System using IoT Circuit Diagram

An IoT (Internet of Things) based smart energy monitoring system allows you to track energy usage at your home or office in real-time. The system collects the data in logs and displays it in a meaningful manner that you can further use to perform actions, such as sound an alert or send notifications on your smartphone or Alexa/Google Assistant for high power usage or when energy usage reaches Measure voltage, Current, Power, Energy Consumption, Battery Capacity, and Energy Cost. Monitor all the data locally on OLED Display. Monitor the parameters using a smartphone or a PC through the Internet. Use it for solar power monitoring. Can be used as a USB device tester. Monitor your electricity bill. The power reading is sent to the cloud using ESP 8266, a Wi-Fi module. The power reading from digital wattmeter is read using the opt coupler and transmitted digitally to the Arduino. So it automates the process of measuring the power consumption at homes using IoT and thereby enabling remote access and digitalization for each customer of TNEB.

Applications of IoT Smart Electricity Meters. This device isn't just for homes—it has diverse applications: Industrial Monitoring: Track energy usage in factories and warehouses. Smart Cities: Enable real-time monitoring of municipal energy grids. Educational Projects: Demonstrate IoT concepts in classrooms and workshops. As such, for today's tutorial, we will build a Raspberry Pi Power Consumption monitor capable of obtaining energy consumption and uploading to Adafruit.io. You can also check out the Arduino based IoT Energy Meter and the Prepaid GSM Energy Meter that we have built earlier. Raspberry Pi Smart Energy Meter Block Diagram