Master Power Flow Calculations: Example Case Study Solving Using Calculator and Formulas (Part 4)

Part 4 of 5: Power Flow Calculations! ⚡Learn how to use the formulas and relationships from the previous videos to solve this case study by calculating the real (watt) and reactive (VAR) power flow between two generators.

📖 Video Contents:
0:00 - Video Introduction
0:47 - Example Case Study
2:40 - Is Real Power (watts) Flowing?
3:20 - Determine Real Power (watts) Flow Direction
4:20 - Calculate Amount of Real Power (watts) Flow
7:12 - Is Reactive Power (VARs) Flowing?
9:24 - Determine Reactive Power (VARs) Flow Direction
10:57 - Calculate Amount of Reactive Power (VARs) Flow
13:37 - Is Real Power (watts) Absorbed in the Line?
14:18 - Is Reactive Power (VARs) Absorbed in the Line?
16:03 - Determine the Reactive Power (VARs) Absorbed in the Line
19:38 - Draw the Voltage Phasor Diagram
23:03 Video Outro


📖 Playlist Links - Power Flow Calculations Series Videos 1 through 5:
Part 1 -    • Master Power Flow Calculations: Compl...   Complex Power & Bus Transfer Explained
Part 2 -    • Master Power Flow Calculations: Deriv...   Deriving the Real (Watts) and Reactive (VAR) Power Formulas
Part 3 -    • Master Power Flow Calculations: Torqu...   Torque Angle δ and Voltage Magnitudes Power Flow Direction
Part 4 -    • Master Power Flow Calculations: Examp...   Power Flow Case Study Examples with Calculator
Part 5 -    • Master Power Flow Calculations: Phaso...   Phasor Diagrams Real-Time Modeling


Join Zach Stone, P.E., for Part 4 of our OHM Gurus Continuing Education Seminar series on power flow calculations! In this real-world case study, we dive deep into the transfer of real and reactive power between two utility generators connected to a shared bus. Using step-by-step calculations, you’ll learn how to determine the direction of power flow and calculate the exact amount of power being transferred. If you’re preparing for the PE exam, this video will provide critical insights into power flow, a key exam topic.

📊 What You’ll Learn:

How to calculate real and reactive power flow between two generators.

Understand how to interpret per-unit system values in power flow.

Learn the relationship between voltage angles and power flow direction.

Discover how real and reactive power flows can occur in opposite directions.

Apply these concepts to real-world utility generator systems.

Gain essential knowledge for passing the NCEES® Power PE Exam.

🚀 Whether you’re a licensed engineer looking for continuing education or a future PE looking for an edge on the exam, this series is designed to help you master power flow calculations and succeed in your engineering career!

🔗 Check out our FREE Continuing Education program for Professional Engineers:
https://www.OhmGurus.com

🔗 Join our PE Exam and Professional Engineering Community:
https://www.powerpehelp.com

🔗 Explore our 100% FREE FE Exam Prep Course:
https://www.electricalfereview.com

🔗 Learn how to pass the NCEES® Power PE Exam with our live class:
https://www.electricalpereview.com

👉 Don’t forget to hit the ‘Like’ button, subscribe, and turn on notifications so you never miss out on new videos to boost your engineering knowledge! 📈 Have questions or feedback? Drop a comment below or visit our website for more information.
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