Electrical Control Circuits for Industrial Power Systems
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Electrical Control Circuits for Industrial Power Systems Course
Introduction:
The rapid advancements in power plants and utilities have given rise to the need for distributed control actions across various sites and environments. To meet these demands, advanced control systems have been developed, resulting in the creation of the world's most sophisticated distribution automation suite.
This comprehensive course covers a wide range of topics, starting with an overview of power utility requirements for local and remote measurements and control in diverse locations. It then delves into advanced topics such as robot manipulation and rapid action execution. The course provides a thorough understanding of designing, planning, managing, and automating feeder restoration within the distribution system.
Course Objectives:
This training course aims to help participants to achieve the following objectives:
· Understand the basic concepts of the design of power systems measurement and control.
· Apply different control techniques.
· Know the different methods of systems identifications.
· Analyze linear discrete-time systems.
· Design digital control systems.
Who Should Attend?
Electrical and mechanical engineers and technicians.
Course Outlines:
- Introduction To Electrical Circuits
- Electrical Components, Standards, and Symbols
- Motor And Motor-Branch-Circuit Protection
- General Engineering Considerations
- Measurements
- Control: Introduction, Definitions, Modeling and Design approaches
- Control Circuits Design
- Control And Process Design Consideration
- Networks Voltage Control: Networks and Performance evaluation