Losses in 3 Phase Synchronous Generator or Alternator

🔍 Losses in 3-Phase Synchronous Generator (Alternator) | Explained with Diagram ⚡
In this video, we break down all the power losses that occur in a 3-phase synchronous generator, also known as an alternator. Understanding these losses is essential for improving efficiency, machine design, and system reliability.
📘 What You’ll Learn:
• Types of losses in a synchronous generator
• Detailed explanation of:
o Copper losses
o Iron/core losses (hysteresis & eddy current)
o Mechanical losses (friction and windage)
o Stray losses
• Power flow diagram analysis
• Practical ways to minimize losses
• Real-world examples and tips
Whether you're an electrical engineering student or a practicing professional, this video will give you a clear understanding of how losses affect generator performance.
📊 Watch till the end for a power flow diagram and summary!
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