Power System Analysis

Description

Power system analysis is a crucial field in electrical engineering that deals with the study and optimization of electrical power systems. It involves analyzing various components such as generators, transformers, transmission lines, and distribution networks to ensure the efficient and reliable operation of the power system. The analysis includes studying voltage levels, power flows, and system stability to identify any potential issues or areas for improvement

This is the most comprehensive online training of Power System Analysis . Here you will learn all thing about Power System Analysis

We will start from Simple until we reach Advanced

Topics that we will talk about in the course :-

• The major difference between active and reactive power in power system

• Solve the numerical examples in active and reactive power in hadi sadat book and glover

• The importance of  power factor correction

• Solve the numerical examples in per unite system in hadi sadat book and glover

• The importance of change base to a common base in power system analysis

• The importance of bus admittance matrix with load flow analysis

• Solve the numerical examples in load flow analysis using Ybus Matrix in hadi sadat book and glover

• The different between load bus , generator bus and slack bus

• DC power flow

• The important of  the fault study in power system

• What is the symmetrical faults ?

• Solve the numerical examples in symmetrical fault in hadi sadat book and glover

• What is the unsymmetrical faults ?

• Solve the numerical examples in unsymmetrical fault

• The importance of sequence network

• Analysis of single line to ground fault

• Analysis of line to line fault and double line to ground fault

• Solve the numerical examples in unsymmetrical fault and symmetrical faults in hadi sadat book and glover

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