Youtor
Perunit system calculations Tutorial 1part 2
>> YOUR LINK HERE: ___ http://youtube.com/watch?v=u4hQUlxueH8
The per unit system is a method of normalizing and simplifying the representation of electrical quantities in power systems. • This Tutorial shows the process of finding the per unit impedance values of an Electrical Network. • Doing a per unit system calculation is very important for finding your short circuit current. • It is commonly used in power system analysis and design to express the magnitudes of various electrical parameters in a consistent and dimensionless manner. The per unit system is particularly useful for comparing and analyzing different components within a power system without being concerned about the specific voltage or current levels. • All Electrical components on a network can be represented with an impedance value in per unit form that is the percentage form, this help a great deal to determine the value of the short circuit current. • Explore per-unit system calculations in electrical engineering with this comprehensive tutorial. Tailored for students, engineers, and professionals, this video covers the fundamentals of per-unit systems, including the importance of standardizing electrical quantities and the principles behind per-unit calculations. • Learn how to convert electrical values to per-unit equivalents, understand the formulae for impedance, voltage, and current transformations, and explore practical applications in power system analysis and design. Mastering per-unit system calculations is essential for ensuring consistency and efficiency in electrical engineering practices. • #perunit #powersystem #shortcircuit #fault #substation #mva #transformers #generator • Typo @5:55 The correct values are: Vbase(old) = 1000V and Vbase(new) = 800V • 01:00 - Zone 2 Line per-unit • 05:00 - Transformer T2 per-unit • 08:50 - Zone 3 Load per-unit • 18:50 - Impedance diagram and summary • 🔧 What You’ll Learn: • Basics of Per-Unit System in Electrical Engineering • Conversion Methods for Impedance, Voltage, and Current • Practical Examples and Case Studies • Applications in Power System Analysis and Design • 💡 Support the Channel: Knowledge Sharing • Help us create more in-depth tutorials and exclusive content by joining our channel membership or supporting us on Patreon. Members get access to perks like specialized tutorials, priority responses to questions, and downloadable resources. • 👉 / @cmteq • 👉 / membership • 📌 Key Topics Covered: • Overview of Per-Unit System and Its Benefits • Step-by-Step Calculation Methodologies • Real-World Applications in Electrical Networks • Best Practices for Using Per-Unit Quantities • 📲 Download the App Now: Boost your electrical knowledge with engaging quizzes, instant feedback, and detailed explanations for every answer. • https://play.google.com/store/apps/de... • 📢 Join Our Community: • Like, share, and subscribe for more tutorials on per-unit system calculations, electrical engineering fundamentals, and power system analysis. Stay updated with our latest videos by clicking the notification bell! • Visit #cmteq website/blog for latest trending technology on power system, electronics and embedded system. https://cmteqpower.com/ • 🔗 Related Videos: • Introduction to Electrical Engineering Principles • Advanced Techniques in Power System Analysis • Case Studies in Per-Unit Calculations • 📞 Contact Us: • Questions or feedback? Drop a comment below or connect with us on social media. We're here to support your understanding of per-unit system calculations and electrical system design! • #PerUnitSystem #ElectricalEngineering #PerUnitCalculations #PowerSystemAnalysis #ElectricalQuantities #perunit #impedance #powersystems #cmteq • If you LIKE this Please HIT the LIKE 👍👍 Button, Subscribe and hit the Bell 🔔🔔 • 👇 SUBSCRIBE TO CMTEQ CHANNEL NOW 👇 • https://www.youtube.com/c/CMTEQ?sub_c... • More ways to Support CMTEQ Channel. • Buy me a cup of coffee: https://www.buymeacoffee.com/cmteq • Donate on Paypal: https://www.paypal.com/donate/?hosted... • Become a Patreon: / cmteq
#############################
