"Empowering Tomorrow,
One Watt at a Time."

About The project

Welcome to our innovative initiative in real-time power management through IoT technology. Our project aims to revolutionize how we understand and manage energy consumption, paving the way for a more sustainable future.

At its core, our project leverages cutting-edge IoT devices, including ESP8266 modules, current and voltage sensors, and GSM modules, to provide real-time monitoring and management of power usage. Through a user-friendly web interface, individuals and organizations can gain insights into their energy consumption patterns, make informed decisions to optimize usage, and contribute towards reducing their carbon footprint.

With features like real-time current, voltage, and power monitoring, along with energy consumption warnings and SMS notifications, our solution empowers users to take proactive measures in managing their energy resources efficiently.

Components Used in the Project

ESP8266
Serving as the central microcontroller unit, the ESP8266 enables wireless connectivity and facilitates data transmission between sensors and the web interface.
Current sensor
This essential component measures the electric current flowing through a circuit in real-time, providing valuable insights into energy consumption patterns.
Voltage Sensor
By accurately measuring the voltage across the circuit, the voltage sensor complements the current sensor, enabling precise calculations of power usage.
ADC module
ADC (Analog to digital converter) module is used to convert the the analog signal to digital signal. And this digital signal goes to our main module via SDA and SCL pins.

Working of the Project

Hardware Working:

The hardware components of our project work synergistically to enable real-time power management. Utilizing an ESP8266 module as the central hub, current and voltage sensors gather real-time data from the monitored circuit. The ESP8266 processes this data, employing established electrical principles to calculate power consumption. This calculated power data is then transmitted to the backend server for further analysis and storage. Additionally, the GSM module facilitates communication via SMS, allowing for instant notifications when energy consumption thresholds are met or exceeded.

Software Side Working:

The hardware components of our project work synergistically to enable real-time power management. Utilizing an ESP8266 module as the central hub, current and voltage sensors gather real-time data from the monitored circuit. The ESP8266 processes this data, employing established electrical principles to calculate power consumption. This calculated power data is then transmitted to the backend server for further analysis and storage. Additionally, the GSM module facilitates communication via SMS, allowing for instant notifications when energy consumption thresholds are met or exceeded.