DC Machines and Transformers

Description

Energy conversion in electric machines - DC Generator (construction, operation and equivalent circuits)-DC Generator power flow, external characteristics and applications - DC motor operation, equivalent circuits - DC motors power flow, characteristics and applications - DC motor armature reaction, commutation problems and compensating methods - DC motor starting and speed control techniques - DC machines simulation and case study (Electric vehicles) - Single phase transformer construction, operation and applications- Single phase transformer equivalent circuit and power flow diagram - Single phase transformer parameter testing and performance analysis - Three phase transformer construction and operation - Three phase transformer grouping connection and parallel operation - Special connections of transformers (open delta, Scott connection, etc.) - Applications (auto transform and tap changer).

Program

Bachelor Degree in Electrical and Control Engineering (144)

Objectives

• Energy conversion in electric machines - DC Generator (construction, operation and equivalent circuits)-DC Generator power flow, external characteristics and applications - DC motor operation, equivalent circuits - DC motors power flow, characteristics and applications - DC motor armature reaction, commutation problems and compensating methods - DC motor starting and speed control techniques - DC machines simulation and case study (Electric vehicles) - Single phase transformer construction, operation and applications- Single phase transformer equivalent circuit and power flow diagram - Single phase transformer parameter testing and performance analysis - Three phase transformer construction and operation - Three phase transformer grouping connection and parallel operation - Special connections of transformers (open delta, Scott connection, etc.) - Applications (auto transform and tap changer).