Smart Digital Power Meter using Arduino & LCD

An embedded systems project designed to monitor electrical parameters in real-time, providing accurate readings for voltage, current, and power consumption.

Key Technical Achievements:

Real-time Monitoring: Developed a system to measure and display Voltage (V), Current (A), Power (W), and Capacity (Ah) simultaneously on a 16x2 LCD screen.

Sensor Integration: Integrated high-precision sensors with Arduino to capture analog signals and convert them into digital readings.

Firmware Development: Wrote efficient C++ code to handle data sampling, calculations, and smooth display updates.

Hardware Prototyping: Designed and assembled the circuit on a breadboard, ensuring stable connections between the microcontroller, sensors, and the display unit.

Outcome: Created a functional and portable digital meter for testing and monitoring electronic circuits, showcasing skills in circuit design and embedded C++ programming.