Smart Energy Monitoring System with Overload Detection and ThingSpeak Cloud
M. Balaji Nayak1, Ayesha Sultana2, Nambula Venkata Naveen3, Kadavakollu Nagesh4
1 Guide of the project, Assistant professor, Department of Electronics and Communication Engineering, Krishna University College of Engineering and Technology, Machilipatnam- 521001,India
2, 3, 4 UG Students Department of Electronics and Communication Engineering, Krishna University College of Engineering and Technology, Machilipatnam-521001, India
ABSTRACT
The increasing demand for electricity requires efficient monitoring and management of energy consumption to prevent overload conditions and improve energy utilization. This project proposes a Smart Energy Meter with Overload Alert and IoT Monitoring System using Arduino Uno, ESP32, and renewable solar power support. The system is designed to monitor electrical parameters such as AC voltage and current in real time and provide alerts before overload conditions occur. In this system, an AC voltage sensor and current sensor are used to measure the electrical parameters of the connected load. The Arduino Uno processes the sensor data and calculates the power consumption. The measured voltage and current values are displayed on an LCD display for real-time monitoring. The system also includes a buzzer alert mechanism that activates when the power consumption approaches a predefined overload limit. If the load exceeds the safe limit, a relay module automatically disconnects the load to protect electrical devices. For remote monitoring, the system integrates an ESP32 Wi-Fi module that sends electrical data to the ThingSpeak cloud platform for real-time visualization. Additionally, the system sends instant Telegram alert notifications to the user when abnormal conditions or overload warnings are detected. The system is solar-powered, using a solar panel, charge controller, and battery storage for sustainable operation.
Keywords: Smart Energy Meter, IoT, ThingSpeak, Overload Detection, Solar Power, Arduino, ESP32
