Lectures related to Alternator

Explores ac-excitation of Josephson Junction currents, capacitance impact, thermal fluctuations, and SQUID operation in the voltage state.

Discusses rotor oscillation modes, excitation control effects, and system stability implications.

Covers the efficiency and weight/power ratio of three-phase alternators and symmetrical three-phase systems.

Introduces polyphase systems, focusing on rotating field, induced voltage, and phase inductance.

Explores the basics and characteristics of synchronous machines, focusing on induced voltage, power balance, and torque.

Explores powering a DC motor with AC to create a universal motor and demonstrates practical examples.

Demonstrates the synchronization process of a 250 kV synchronous machine simulator.

Explains synchronization of synchronous machines with the power grid and analyzes power diagrams.

Covers the simulation of synchronous machine synchronization to the grid, focusing on real-time parameters and practical examples.

Covers the theory and applications of capacitors, explaining the concept of capacitance and the relationship between charge and voltage.

Explores the structure and design considerations of synchronous motors, including winding configurations and rotor designs.

Explores electrical network stability, phenomena, components, and financial impacts.

Covers the structure and operation of synchronous motors, focusing on permanent magnets and control methods.

Covers the theory and applications of capacitors, exploring the relationship between capacitance, charge, and voltage.

Covers academic planning, course selection, and tools used for managing academic activities at EPFL.