Why enroll
Why Should You Join This APFC Panel Course?
In today’s industrial and commercial sectors, efficient power management is crucial for cost savings and system reliability. Automatic Power Factor Correction (APFC) panels play a key role in maintaining power quality and reducing energy bills by improving power factor automatically.
Our course is designed for engineers, technicians, and maintenance professionals who want to enhance their knowledge, practical skills, and career opportunities in electrical power systems.
What Value Does This Course Bring?
✅ Practical Industry Knowledge
Gain a deep understanding of power factor correction and its impact on energy efficiency.
Learn real-world applications of APFC panels in industries like manufacturing, pharmaceuticals, oil & gas, and commercial buildings.
✅ Hands-on Learning Approach
Get trained on APFC panel design, selection, installation, testing, and troubleshooting.
Work on live projects and case studies to apply your learning in practical scenarios.
✅ Career Growth & Job Opportunities
Boost your career prospects in electrical design, energy management, and power distribution.
APFC panel expertise is in high demand due to rising energy efficiency regulations worldwide.
✅ Cost Savings & Efficiency
Learn how to optimize power consumption and reduce electricity bills & penalties in industries.
Understand harmonic mitigation and how to avoid costly equipment failures due to poor power quality.
✅ Expert-Led Training & Certification
Learn from experienced industry professionals with years of practical exposure.
Earn a recognized certification that enhances your credibility in the field of electrical engineering.
Who Should Enroll?
Electrical Engineers & Technicians
Energy Auditors & Power System Consultants
Industrial Maintenance & Facility Managers
Students & Professionals Looking for Career Advancement in Electrical Power Systems
💡 Join this course to master APFC panels, enhance your expertise, and stay ahead in the evolving power management industry! 🚀
Course details
Course Duration: 4 Weeks (Flexible based on requirements)
Mode: Online / Offline / Workshop-Based
Target Audience: Electrical Engineers, Technicians, Maintenance Personnel, and Industrial Electricians
Prerequisites: Basic knowledge of Electrical Systems, Power Factor, and Switchgear
Module 1: Fundamentals of Power Factor & Reactive Power (Week 1)
Introduction to Power Factor
Definition and importance of Power Factor
Active, Reactive, and Apparent Power
Effects of Poor Power Factor on Electrical Systems
Causes and Consequences of Low Power Factor
Inductive Loads (Motors, Transformers, Fluorescent Lamps, etc.)
Impact on Electricity Bills and Penalty Charges
Voltage Drop and Increased Losses
Power Factor Improvement Techniques
Capacitor Banks and their Role
Static vs. Automatic Power Factor Correction (APFC)
Harmonics and their Impact on Power Factor
Module 2: APFC Panel Components and Working (Week 2)
Understanding APFC Panel Components
Capacitor Banks (Types and Ratings)
APFC Relay – Working and Selection
Contactor Selection for Capacitor Switching
Protective Devices (MCBs, MCCBs, Fuses, etc.)
Harmonic Filters and Reactors
Working Principle of APFC Panels
Real-Time Power Factor Monitoring
Automatic Switching of Capacitors
Load Variation and Dynamic Compensation
Module 3: APFC Panel Design & Sizing (Week 3)
Design Considerations for APFC Panels
Sizing of Capacitors based on Load Profile
Selecting APFC Relay and CT Ratio
Wiring Diagram and Connection Schematics
Harmonic Mitigation Techniques
Need for Detuned Reactors
Effects of Harmonics on Capacitors
Methods to Reduce Harmonic Distortion
Module 4: Installation, Testing & Maintenance (Week 4)
Installation & Commissioning of APFC Panels
Site Selection and Mounting
Cable Sizing and Wiring
Earthing and Safety Considerations
Testing & Troubleshooting of APFC Panels
Pre-Commissioning Tests
Common APFC Panel Issues and Solutions
Measuring Power Factor and Verifying Performance
Maintenance & Safety of APFC Panels
Routine Inspection and Cleaning
Checking Capacitor Health (Leakage, Overheating, etc.)
Preventive Maintenance Schedule
Final Assessment & Certification
Hands-on Project: Designing an APFC Panel for a given load
Final Test: MCQs and Practical Troubleshooting Scenarios
Certification: Successful candidates receive a course completion certificate
Course suitable for
Key topics covered
Training details
This is a live course that has a scheduled start date.
Why people choose EveryEng
Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities—all in a flexible and supportive environment.
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