Power Analysis in AC Circuits

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CoursePlus
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Power Analysis in AC Circuits

Power Analysis in AC Circuits is an online course designed to help learners understand the fundamental principles of electrical power in alternating current (AC) circuits. Available on Course Plus, this course covers essential topics such as power and energy, power in reactive circuits, power trigonometric identities, real and reactive power, average power, complex power, power factor correction, and power in three-phase circuits. Learners will explore how electrical power behaves in AC systems and develop an understanding of the relationships between voltage, current, phase angles, and different types of power used in electrical engineering.

This course is ideal for electrical engineering students, technicians, and learners who want to strengthen their knowledge of AC circuit analysis and electrical power systems. By studying real power, reactive power, complex power, and power factor correction, learners can build a solid foundation for understanding energy efficiency, electrical load behaviour, and power distribution. The course also introduces power analysis in three-phase circuits, helping learners prepare for more advanced electrical engineering topics. Enroll in Course Plus to improve your technical knowledge and develop essential skills in AC circuit power analysis.

What is the Power Analysis in AC Circuits course about?
This course explains how electrical power works in AC circuits, including real power, reactive power, complex power, average power, power factor correction, and three-phase power analysis.
Who should take this course?
This course is suitable for electrical engineering students, engineering graduates, electrical technicians, and anyone interested in understanding AC circuits and electrical power systems.
What topics will I learn in this course?
You will learn about power and energy, reactive circuits, power trigonometric identities, real and reactive power, average power, complex power, power factor correction, and power in three-phase circuits.
What is the difference between real power, reactive power, and complex power?
Real power performs useful work, such as running motors and lighting equipment. Reactive power supports the electric and magnetic fields in AC equipment. Complex power combines real and reactive power to represent the overall power relationship in an AC circuit.
Why is power factor correction important in AC circuits?
Power factor correction improves the relationship between real power and apparent power. It can reduce unnecessary reactive current, improve electrical system efficiency, and help make better use of electrical distribution capacity.
Certificate included
Course details
Duration 3 h 45 mins
Lectures 10
Level Intermediate
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