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Dear students, This video is part of our Automatic Control Theory courses in Electrical Engineering. This course consists of 12 classes with a total duration of 24.5 hours. The classes are the following: 1. Mathematical Modelling of Systems (1). 2. Block Diagram Reduction (2). 3. Signal Flow Graph (3). 4. Time Response Analysis (4). 5. Control System Stability (5). 6. Root-Locus Method (6). 7. Compensators in Control Systems (7). 8. PID Controllers (8). 9. Polar Plot (9). 10. Nyquist Criterion (10). 11. Bode Plot (11). 12. Design of Compensators Using Bode Plot (12). You can find these classes in the academy membership at this link: www.khadijaacademy.com/p/khadija-academy-student-membership/

Dear students, This video is part of our Automatic Control Theory courses in Electrical Engineering. This course consists of 12 classes with a total duration of 24.5 hours. The classes are the following: 1. Mathematical Modelling of Systems (1). 2. Block Diagram Reduction (2). 3. Signal Flow Graph (3). 4. Time Response Analysis (4). 5. Control System Stability (5). 6. Root-Locus Method (6). 7. Compensators in Control Systems (7). 8. PID Controllers (8). 9. Polar Plot (9). 10. Nyquist Criterion (10). 11. Bode Plot (11). 12. Design of Compensators Using Bode Plot (12). You can find these classes in the academy membership at this link: www.khadijaacademy.com/p/khadija-academy-student-membership/

Learn more about automatic control through our academy membership: www.khadijaacademy.com/p/khadija-academy-student-membership

Dear students, Today, I have added 12 new classes about Automatic Control Theory in Electrical Engineering. These classes have a total duration of 24.5 hours. The classes are the following: 1. Mathematical Modelling of Systems (1). 2. Block Diagram Reduction (2). 3. Signal Flow Graph (3). 4. Time Response Analysis (4). 5. Control System Stability (5). 6. Root-Locus Method (6). 7. Compensators in Control Systems (7). 8. PID Controllers (8). 9. Polar Plot (9). 10. Nyquist Criterion (10). 11. Bode Plot (11). 12. Design of Compensators Using Bode Plot (12). You can find these classes in the academy membership at this link: www.khadijaacademy.com/p/khadija-academy-student-membership/ Hope you enjoy them :)

Thank you for sharing this essential courses

Not the Pickachu 💀

9:00 IE is the “Incident Energy” Not Instant Energy Nice work

Is this as per IEC 62305 ?

Hello any video for earthing system ???? To bring values below 1 ohm

That was amazing thank you very much

Hi bro, could you please give me hand calculation to get the value of impedance at each bus as you showed in frequency scan.

Which textbook you use for this formulae and presentation?

The is not zee! Open your teeth! put your tongue between the teeth! Blow vibrating air out! This is how you make a th! If you can learn what you are teaching you can learn this as well!

At 6:45 you said that if we're adding loads, the voltage will reduce. However, according to Ohms law: V = IR, an increase in resistance(load) will result in an increase in voltage also. I may be wrong but can you clarify this part? Thank you!

Sir I need matlab course but I don't have money so kindly give me the matlab course for free.....I will be very grateful to you for this

could you pls share the etap software link for use?

Very informative ❤

Masha Allah good explanation

TNX SIR , BUT I WANNS KNOW HOW DID YOU FIND THE LENGHT 120 IS IT FROM THE CATALOG OR IT WAS GIVEN ?

could you share the table of air temperature derating factor sir?

It was indeed a very well-detailed lecture with all the basics to advanced level as well

Am getting this error when am trying to edit or modify the project: error writing file "c:program files\matlab 2016a\toolbox\physmod apowersys\facts\factsdero\power_hvdc_vsc.slx"; rename failed: flfilesystem:accessdenied permission denied. How to deal with this error?

I really appreciated this work, I didn't understand this topic. Thank you so much!.

Hi, is there a video of the risk assessment calculation using IEC 62305-2?

Hi, is there a video of the risk assessment calculation using IEC 62305-2?

thank youu for kind people❤

Great course Sir. Learned a lot for my job. Thankyou.

شكرا لك يا أخي

Please I need help on this assignment 1. A factory 80 m x 15 m is equipped with a total installed power load of 80 kW consisting of the following: i. Line shafting of two 15 kW, 415 V, 3, 50 Hz slip ring motors ii. Individual machine drives of four 10 kW, 415 V, 3, 50 Hz slip ring motors and one 12 kW, 415 V, 3, 50 Hz squirrel cage motors. Assume 0.90 pf and 80% efficiency for the motors. a. Draw the installation plan approximately to scale indicating the assumed position of the motors. b. Mark on the plan of the electrical distribution you propose. c. Estimate the materials requires for the installation

This video is part of our newest course about distributed generation. In which we will learn how to control the distributed generators using scalar and vector control. This is crucial when connecting renewable resources like PV, wind, etc. The goal of this course is to control active power, reactive power of a DG, voltage at the PCC, and synchronization with the grid. You can learn more about this course in the academy membership: www.khadijaacademy.com/p/khadija-academy-student-membership

bro, ur da best

This video is part of our newest course about distributed generation. In which we will learn how to control the distributed generators using scalar and vector control. This is crucial when connecting renewable resources like PV, wind, etc. The goal of this course is to control active power, reactive power of a DG, voltage at the PCC, and synchronization with the grid. You can learn more about this course in the academy membership: www.khadijaacademy.com/p/khadija-academy-student-membership

This video is part of our newest course about distributed generation. In which we will learn how to control the distributed generators using scalar and vector control. This is crucial when connecting renewable resources like PV, wind, etc. The goal of this course is to control active power, reactive power of a DG, voltage at the PCC, and synchronization with the grid. You can learn more about this course in the academy membership: www.khadijaacademy.com/p/khadija-academy-student-membership

Sir what to do if I want to add more load... there are not lot more options to add load data

This video is part of our newest course about distributed generation. In which we will learn how to control the distributed generators using scalar and vector control. This is crucial when connecting renewable resources like PV, wind, etc. The goal of this course is to control active power, reactive power of a DG, voltage at the PCC, and synchronization with the grid. You can learn more about this course in the academy membership: www.khadijaacademy.com/p/khadija-academy-student-membership

This video is part of our newest course about distributed generation. In which we will learn how to control the distributed generators using scalar and vector control. This is crucial when connecting renewable resources like PV, wind, etc. The goal of this course is to control active power, reactive power of a DG, voltage at the PCC, and synchronization with the grid. You can learn more about this course in the academy membership: www.khadijaacademy.com/p/khadija-academy-student-membership

This video is part of our newest course about distributed generation. In which we will learn how to control the distributed generators using scalar and vector control. This is crucial when connecting renewable resources like PV, wind, etc. The goal of this course is to control active power, reactive power of a DG, voltage at the PCC, and synchronization with the grid. You can learn more about this course in the academy membership: www.khadijaacademy.com/p/khadija-academy-student-membership

You don't consider the length of luminaire

Hi Khadiji, thanks for your effort and valuable information. Do you have course discuss Relay & breaker setting, please

HELLO MAHDI, IT'S ALWAYS GOOD TO SEE YOUR INFORMATIVE VIDEOS ABOUT SOLAR SYSTEM DESIGN. I WOULD LIKE TO REQUEST YOU TO MAKE A DETAILED VEDIO ABOUT SUBSTATION DESIGN & ESPECIALLY SWITCHGEAR PARTS & IT'S DETAILED DESIGN IT TERMS OF ELECTRICAL ENGINEER

amamamam

95 views/1 comment. Might be a while for that course.

Hello professor. Just last night I was looking through my college book on decision Analysis. I had linear programming at university. I love linear Programming. I read story that the US Army had a linear programming model of more than 50+ variables to help them cost and build weaponry. I don't mean any disrespect when I say this, but if you taught linear programing, using Solver, which is an associated program in Excel and couple that with prompt engineering for linear programming you would be a God making golden men. In addition, to your programs I am studying prompt engineering, LLMs, where I just learn today the Opera Browser is going to allow the download of any LLM you choose to work on in your computer through using the Opera browser. That is amazing. I have a degree in Marketing, and I had planned to use Linear programing in business, but my path has been a bit diverted. It is difficult or me without an instructor. So, that is why I ask your indulgence because Electrical matter are your primary concern. Multivariable linear program is amazing and I think it would be great if you had that program as part of your school. I actually learn or remembered something I forget that make LP calculation fresh in my mind again. What a coincidence? Thank you.

For more electrical engineering courses, check out our academy membership here: www.khadijaacademy.com/p/khadija-academy-student-membership

Why have you kept the dc voltage rating of inverter similar to ac voltage rating? Isn't these two should be set according to the inverter dc/ac ratings?

That is great. but one mistake that you have : secent transformer is 12.5MVA but you put 125MVA

Can i download a cracked version of etap?

For more about electrical engineering, check out our academy membership here: www.khadijaacademy.com/p/khadija-academy-student-membership

love ssj4

Very informative thanks a lot 🙏