The Complete Electrical Power with ETAP & Manual Analysis

Here you will start from scratch practicing electrical power systems designs and analysis to be more confident with
your electrical power networks analysis with ETAP software .

Hello there,

• If the word ‘ETAP’ baffles your mind and you want to master it, then this is for you.

• If you want to start your career in ETAP analysis , then this course is for you.

• If you want to learn how to design different electrical power systems and analyze them, then this course is for you.

• If you get bored of the word ‘this course is for you’, then this course is for you.

• if you love the electrical power networks and their analysis process .

Well, Electrical power systems analysis with ETAP software is becoming  widely-used words on everybody’s tongue, and this is reasonable as most the buildings and industrial systems and factories must include the PLC for automation and classic controlling systems .

So we introduce to you  “The Complete Electrical Power with ETAP & Manual Analysis“ course that you need in order to get your hand on the electrical networks design as this course collects most of the knowledge that you’ll need in your journey.

We believe that the brain loves to keep the information that it finds applicable, and that’s what we’re doing here in UNITED ENGINEERING, we give you years of practice from our instructor that have been gathered in just one an interesting dose.

Our course is structured as follows:

1. Learn how to use the different features and toolbars of the ETAP software .

2. Learn how to build and analyze the different electrical power system on ETAP software.

3. Learn the idea behind the automatic transfer switch controlling system.

4. Build the ATS controlling system.

5. Learn the Idea behind the power load flow analysis.

6. Perform the power load flow analysis.

7. Learn the Idea behind the short circuit analysis.

8. Perform the electrical short circuit analysis.

9. Learn the Idea behind the unbalanced power load flow analysis.

10. Perform the unbalanced power load flow analysis.

11. Perform the unbalanced short circuit analysis.

12. Learn the idea behind the photovoltaic solar systems (PV solar energy).

13. Design a Grid-tie photovoltaic solar system with its load flow analysis.

14. Learn the idea behind the transient stability analysis.

15. Perform the transient stability analysis.

16. Learn how design the overcurrent protection systems.

17. Design a  protection & coordination power system.

18. Learn how to perform the coordination of the overcurrent protection system.

19. Learn the idea behind the differential protection system.

20. Design a differential protection system.

21. learn the idea behind the grounding system.

22. Design a grounding system.

23. Perform the motor acceleration analysis.

24. Build a motor variable frequency drive power system (VFD control).

25. Design a wind turbine power system with its load flow analysis.

26. Learn the idea behind the harmonic analysis.

27. Perform the harmonic analysis.

28. Perform the arc flash analysis.