Automatic Power Factor Correction Project Using Arduino | APFC Project

Overview

The Automatic Power Factor Correction Project Using Arduino is a practical hardware-based system developed to help students understand how power factor varies with different electrical loads and how it can be improved automatically ⚡. Instead of manual capacitor selection, this project uses relay based power factor correction to simulate how real APFC panels work in industries and substations.

This project focuses on clarity, demonstration, and evaluation readiness rather than heavy theory. Students can visually observe how power factor changes, how capacitors are added step-by-step, and how correction improves system efficiency 📊. It bridges the gap between textbook knowledge and real-world electrical systems, making it highly valuable for academic learning and demonstrations.

What You Will Receive

You will receive a fully assembled and tested hardware project built on an Arduino platform 🧰. The kit includes a complete power factor correction controller setup with relays, capacitor stages, LCD display, and power supply connections.

Along with the hardware, you get structured documentation including a project report, presentation PPT, and synopsis 📄. A full project demonstration video is also provided to help you understand the working flow and confidently explain the project during reviews and viva.

How This Project Helps Students

This engineering hardware project is designed to reduce stress during project submission and evaluation 🎯. Since the system is pre-tested, students can focus on understanding logic rather than fixing wiring or debugging faults.

It improves viva confidence by clearly showing how power factor correction works using automatic capacitor switching. Students can easily explain real-life relevance, system behavior, and outcomes, which positively impacts grading and internal assessment 🧠✅.

Applications & Use Cases

Academically, this project is suitable for electrical engineering final year projects, diploma submissions, lab demonstrations, and technical exhibitions 🏫. It is also useful for explaining industrial concepts like reactive power compensation and energy efficiency.

From an innovation perspective, the project serves as a base model for advanced research, automation studies, and smart power management concepts. It helps students visualize how similar systems are used in factories, commercial buildings, and power distribution panels.

Why Choose This Project

This project saves time and effort because it is ready-to-use and professionally assembled ⏱️. There is no need to source components or worry about circuit reliability.

With clean hardware layout, structured documentation, and guidance support, this project ensures a stress-free submission experience. It is a reliable choice for students who want a practical, presentable, and evaluation-focused project 🚀.

🎥 Project Demonstration Video

Hindi Demonstration 👇

🔗 Internal Resource Links