The concept of power factor and its impact on electricity networks

The influence of the power factor on induction motors and how to improve it

The influence of the power factor on the electrical transformers and how to improve it

Designing the necessary capacitor banks for each component of the electrical networks

Method of installing power capacitors

Advantages of improving power factor in electrical systems

The ability to design capacitors panels for every factory, institution or building

The ability to improve power factor in Medium Voltage and Low Voltage networks

The ability to set the necessary values for the capacitors needed to compensate with every voltage on the network

The ability to detee the extent of benefit from reducing technical losses in cables, lines and distribution transformers

The ability to check faulty capacitor panels for installations using a power analyzer device

Calculation of capacitor values needed to compensate for homes (1 phase - 3 phases ) in winter and summer seasons

This course focuses on the analytical and design aspects of improving the power factor in all electricity networks and how to apply practical examples to give you the skill side in your design. Through hands-on experience in testing capacitor plates, I provide you with a desalination plant that I have tested and identified malfunctions.

In addition to the design of capacitor plates that need to be placed on electrical distribution transformers and network elements that operate at a voltage of 22 / 0.4 kV and the extent to which the technical losses are reduced by the power factor.

Students who are studying Electrical Eeering and Power systems

Electrical Eeers who work at electricity distribution companies



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