How To Design Automatic Voltage Regulator (AVR) Model of Power System in MATLAB/SIMULINK Software ?

#avr automatic voltage regulator matlab simulation, automatic voltage regulator using pid controller, In this video tutorial, I have discussed how to design Automatic Voltage Regulator (AVR) model of Thermal/Hydro Power Plant Based on Transfer Functions using MATLAB/SIMULINK Software. This topic is also known as Terminal voltage control of reactive power control. For this purpose, I have considered the examples from the Book Power System Analysis by Hadi Sadat, Chapter 12, Example 12.6 and 12.8. I have discussed how to measure the terminal voltage in per unit, and Volts. In the end, I have discussed how this model can be used for Bachelor degree final year projects, or can be used for the fulfillment of one or two research objectives in Master and PhD degrees. The Slides of this Tutorial can be downloaded by clicking on the link given in the description section of this video. ================================================= #DrJALAGHARI YouTube Channel is a platform where you can find two main source of learning. 1. Electrical Power System Made Easy Videos: In this channel, you can find very informative and easy learning videos on electrical power system subjects such as Electrical Power Transmission, Power System Analysis. 2. Software Tutorials on Electrical Power System: In this channel, you can find very easy tutorials on modelling of electrical power system in various software’s such as power world simulator software, MATLAB Simulink software, PSCAD software, ETAP Software, MULTISIM Software, Digsilent power factory software, LABVIEW software, and PSPICE software. Last, you can find very conceptual videos on various mind blowing questions asked in Electrical Engineering Interviews. ==================================================== #AVR #automaticvoltageregulator #MATLAB #matlab #powertransmission #electrical #engineering #powerdistribution #powersystem #powerprotection #powergeneration #ElectricalEngineering My Website link: My Facebook Page link: My Linkedin Account: