Power Factor measurement using Arduino with code

Active Power factor correction course, in this course provides an in-depth understanding of techniques to optimize energy efficiency in electrical systems by improving power factor. Power factor correction is crucial for reducing energy wastage, improving stability, and minimizing interference in electrical networks. In this course, you’ll learn the basics of power factor, the difference between active and passive correction, and why active PFC is preferred for high-efficiency applications. We’ll explore the operation of active PFC circuits, covering components like boost converters, controllers, and inductors. Additionally, you’ll gain practical skills in designing and implementing PFC circuits, including selecting appropriate components, calculating efficiency, and testing performance. The course also covers real-world applications of PFC in various devices, such as power supplies, lighting systems, and industrial equipment. Through hands-on exercises, you’ll understand how to minimize reactive power and harmonics, leading to improved system performance and compliance with modern energy standards. This course is ideal for engineers, technicians, and anyone interested in efficient energy management solutions.