Harmonics in Electrical Systems Online Course

🔋 Mastering Harmonics in Electrical Systems: An Online Course by Norman Burton 🌐

Course Headline:

Unlock the Secrets of Electrical Harmonics: Generation, Impact, and Solutions

About the Course:

Overview: This comprehensive course is a deep dive into the world of harmonics within electrical systems. It's not your typical power engineering course; instead, it focuses on practical applications, including troubleshooting, maintenance, and harmonic mitigation solutions for individual loads.

Please Note: A foundational understanding of IEEE 519-2022 will be provided within this course. This standard outlines the goals for designing electrical systems with both linear and non-linear loads in mind, ensuring a harmonious balance and optimal system performance.

Why Take This Course? This course is tailored for:

• Electricians: Enhance your skill set to diagnose and solve problems related to harmonics.
• Maintenance Technicians: Stay ahead of potential issues by understanding the impact of harmonics on equipment performance.
• Facility Managers: Learn how to manage and mitigate harmonic effects to maintain efficient and reliable systems.

Course Content Breakdown:

Understanding Harmonics:

• The Basics Explained: Learn how harmonics are generated in electrical systems, without the complex math. We'll cover the types of loads that contribute to harmonic generation.
• Identifying Harmonic Causes: Discover methods for identifying and isolating loads that create harmonics.

Harmonic Analysis:

• Current and Voltage Harmonics: Use measuring instruments to understand and analyze these components.
• Total Harmonic Distortion (THD): Grasp the concept of THD and how it impacts your system.
• Distortion Components: Break down a distorted signal into its individual harmonics for better understanding.
• Sequence Harmonics: Delve into positive and negative sequence harmonics, with special emphasis on their effects on electric motors.
• Triplen Harmonics: Learn about the hazards triplen harmonics can pose to electrical distribution systems.

Harmonic Mitigation Techniques:

• K Factor Transformers: Understand troubleshooting issues caused by harmonics, including their resolution.
• Harmonic Analyzers and Scopemeters: Get acquainted with the tools used for monitoring and analyzing electrical systems.
• Filters: Explore passive and active filters that help minimize harmonics in your system.

Practical Application:

• Real-World Solutions: Apply the knowledge gained to troubleshoot and maintain systems effectively.
• Harmonic Mitigation Equipment: Learn how to implement solutions for harmonic issues within your facility.

Key Takeaways:

• Gain a practical understanding of harmonics in electrical systems.
• Learn the types of loads that cause harmonics and how to audit them.
• Measure and interpret current and voltage harmonics with ease.
• Understand the implications of Total Harmonic Distortion (THD).
• Discover the role of sequence harmonics on electric motors.
• Identify the hazards of triplen harmonics and how to mitigate them.
• Explore the use of K factor transformers for troubleshooting.
• Familiarize yourself with harmonic analysis tools like analyzers, scopemeters, and handheld instruments.
• Learn about passive and active filters for minimizing harmonics in your system.

Join Norman Burton as he guides you through the complex world of electrical harmonics. This course is designed to provide you with all the tools you need to troubleshoot, maintain, and ensure the efficient operation of your electrical systems. 💡✨