Master the fundamentals of alternating current machines and how they interact in real power systems.
This authoritative reference explains the theory and calculation methods for induction machines, synchronous machines, converters, and phase control. With clear explanations and visualized curves, you’ll see how speed, slip, excitation, and loading shape performance and stability in practical setups.
What you’ll gain from this editionThe book covers key concepts such as induction generators, booster effects, phase converters, and the role of excitation in maintaining system stability. It links magnetic distribution, armature reaction, and saturation to real‑world behavior of motors and generators.
- How leading and lagging currents affect system stability and voltage control
- How to analyze load curves, power factors, and efficiency in machines
- Practical approaches to excitation, saturation, and brush lead adjustments
- Methods to assess impedance, reactance, and apparent resistance in AC machines
Ideal for engineers and students who want a solid, calculation‑driven understanding of alternating‑current equipment and their interconnections.