Automatic Power Factor Correction Using Arduino | APFC Final Year Electrical Engineering Project

Automatic Power Factor Correction is an essential concept in electrical power systems, and in this video you will see a practical Arduino-based APFC system working in real time. You will understand how embedded control can automatically improve power factor using capacitor switching logic. About This Project In this video, you will see a complete working demonstration of an Automatic Power Factor Correction system built using an Arduino microcontroller. The system monitors electrical parameters and automatically switches capacitor banks to maintain a stable power factor. This type of system is commonly used in industries, commercial installations, and energy management systems where maintaining power quality is important. The demonstration helps you connect theory with real hardware implementation. Why This Project Is Important If you are working on power systems or electrical engineering projects, understanding APFC is very important. Many industries use automatic power factor correction panels to reduce losses and avoid utility penalties. From an academic point of view, this type of project helps you during viva, lab evaluations, and project demonstrations because it clearly shows sensing, control logic, and automatic decision making in one system. What You Will Learn In this video you can understand practical engineering concepts such as: • Power factor monitoring and correction logic • Embedded control using Arduino • Relay-based capacitor switching • Electrical parameter sensing fundamentals • System integration between hardware and control logic • Practical approach to energy efficiency systems Who Should Watch This Video This video will be useful if you are working on an engineering project or searching for a practical implementation reference. It is especially helpful if you are preparing a final year project, mini project, or an academic hardware submission. You can also use this as a reference if you are learning embedded systems, electrical power systems, or Arduino based control applications. Important Links Full Project Blog: https://circuitsbazaar.com/automatic-power-factor-correction-project-using-arduino-guide/ Fully Assembled Project: https://circuitsbazaar.com/shop/automatic-power-factor-correction-project-using-arduino/ 🌐 Official Website: https://circuitsbazaar.com/ 📸 Instagram (Project Updates & Demos): https://www.instagram.com/realjsrana/ Watch Till the End If you are interested in real engineering project demonstrations, make sure you subscribe to the channel. More embedded systems projects, electrical engineering models, and practical implementation videos are regularly shared here. You can also read the full technical blog if you want deeper theoretical understanding, and check the project page if you want to see how a complete hardware implementation looks in practice. #PowerFactorCorrection #ArduinoProject #ElectricalEngineering #EmbeddedSystems #EngineeringProjects #PowerSystems #EnergyEfficiency #ControlSystems #ElectronicsEngineering #FinalYearProject #EngineeringEducation #HardwareProject #AutomationSystems