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The 'MATLAB Simulink for Electrical Power Engineering' course focuses on practical applications and simulations using MATLAB and Simulink for power electronics, solar energy, DC motors, synchronous generators, and induction motors. It aims to provide participants with hands-on experience in electrical power engineering simulations and analysis using MATLAB and Simulink.
<h3>Learning Outcomes:</h3>
<ol>
<li>Understand the applications of matrices in MATLAB and solve non-linear equations using appropriate functions.</li>
<li>Simulate power electronics circuits, including rectifiers, choppers, regulators, and inverters, using Simulink in MATLAB.</li>
<li>Analyze and simulate solar energy systems and separately excited DC machines in MATLAB.</li>
<li>Model and simulate synchronous generators connected to a small power system using MATLAB and Simulink.</li>
<li>Simulate induction motors and study their equivalent circuits and torque-speed characteristics using Simulink.</li>
<li>Implement PID controllers in Simulink and tune them for effective control in power systems simulations.</li>
<li>Acquire hands-on skills in using MATLAB and Simulink to perform various electrical power engineering simulations.</li>
<li>Apply MATLAB and Simulink tools to solve practical electrical power engineering problems.</li>
<li>Develop an in-depth understanding of power electronics, motor simulations, and solar energy systems.</li>
<li>Successfully complete the course with the ability to perform advanced electrical power engineering simulations using MATLAB and Simulink.</li>
</ol>
</div>
</div>
</div>
</div>
</div>
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<h3>Why buy this MATLAB Simulink for Electrical Power Engineering?</h3>
<ol>
<li>Unlimited access to the course for forever</li>
<li>Digital Certificate, Transcript, student ID all included in the price</li>
<li>Absolutely no hidden fees</li>
<li>Directly receive CPD accredited qualifications after course completion</li>
<li>Receive one to one assistance on every weekday from professionals</li>
<li>Immediately receive the PDF certificate after passing</li>
<li>Receive the original copies of your certificate and transcript on the next working day</li>
<li>Easily learn the skills and knowledge from the comfort of your home</li>
</ol>
<h3>Certification</h3>
After studying the course materials of the MATLAB Simulink for Electrical Power Engineering there will be a written assignment test which you can take either during or at the end of the course. After successfully passing the test you will be able to claim the pdf certificate for £5.99. Original Hard Copy certificates need to be ordered at an additional cost of £9.60.
<h3>Who is this course for?</h3>
This MATLAB Simulink for Electrical Power Engineering course is ideal for
<ul>
<li>Students</li>
<li>Recent graduates</li>
<li>Job Seekers</li>
<li>Anyone interested in this topic</li>
<li>People already working in the relevant fields and want to polish their knowledge and skill.</li>
</ul>
<h3>Prerequisites</h3>
This MATLAB Simulink for Electrical Power Engineering does not require you to have any prior qualifications or experience. You can just enrol and start learning.This MATLAB Simulink for Electrical Power Engineering was made by professionals and it is compatible with all PC's, Mac's, tablets and smartphones. You will be able to access the course from anywhere at any time as long as you have a good enough internet connection.
<h3>Career path</h3>
As this course comes with multiple courses included as bonus, you will be able to pursue multiple occupations. This MATLAB Simulink for Electrical Power Engineering is a great way for you to gain multiple skills from the comfort of your home.<div>
				<h3>
	Course Curriculum
</h3>

<div>
<table width="100%">				<tbody><tr>
					<td colspan="4">Unit 1- Applications on Matrices in MATLAB</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 1- Solving One Non Linear Equation in MATLAB Using Fzero Function</td>
					<td> </td>
					<td> 00:15:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 2-Example 1 on Solving Multiple Non Linear Equations in MATLAB Using Fsolve Function</td>
					<td> </td>
					<td> 00:15:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 3- Example 2 on Solving Multiple Non Linear Equations in Matlab Using Fsolve</td>
					<td> </td>
					<td> 00:13:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 4-Application Multi Level Inverter Part 1</td>
					<td> </td>
					<td> 00:25:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 5- Application Multi Level Inverter Part 2</td>
					<td> </td>
					<td> 00:05:00</td>
				</tr>
								<tr>
					<td colspan="4">Unit 2-Power Electronics Simulations Using Simulink in MATLAB</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 1-Introduction to MATLAB Simulations Using Simulink</td>
					<td> </td>
					<td> 00:04:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 2-Half Wave Uncontrolled Rectifier with R Load Principle of Operation</td>
					<td> </td>
					<td> 00:21:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 3- Half Wave Controlled Rectifier R Load Principle of Operation</td>
					<td> </td>
					<td> 00:05:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 4-Simulation of Half Wave Controlled Rectifier Using Simulink In Matlab</td>
					<td> </td>
					<td> 00:26:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 5- Principle of Operation of Fully Controlled Bridge Rectifier Part 1</td>
					<td> </td>
					<td> 00:06:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 6- Principle of Operation of Fully Controlled Bridge Rectifier Part 2</td>
					<td> </td>
					<td> 00:06:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 7-Simulation of Bridge Controlled Rectifier</td>
					<td> </td>
					<td> 00:16:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 8-AC Chopper with R Load Principle of Operation</td>
					<td> </td>
					<td> 00:14:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 9- Simulation of AC Chopper with R and RL Loads in MATLAB</td>
					<td> </td>
					<td> 00:11:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 10- Buck Regulator Principle of Operation Part 1</td>
					<td> </td>
					<td> 00:16:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 11-Buck Regulator Principle of Operation Part 2</td>
					<td> </td>
					<td> 00:17:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 12-Simulation of Buck Regulator in MATLAB</td>
					<td> </td>
					<td> 00:14:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 13-Boost Regulator Principle of Operation</td>
					<td> </td>
					<td> 00:23:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 14- Simulation of Boost Regulator in MATLAB</td>
					<td> </td>
					<td> 00:12:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 15-Buck-Boost Regulator Principle of Operation</td>
					<td> </td>
					<td> 00:17:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 16- Simulation of Buck-Boost Regulator</td>
					<td> </td>
					<td> 00:09:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 17- Single Phase Half Bridge R-Load</td>
					<td> </td>
					<td> 00:15:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 18- Single Phase Half Bridge RL-Load</td>
					<td> </td>
					<td> 00:08:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 19-Simulation of Single Phase Half Bridge Inverter</td>
					<td> </td>
					<td> 00:18:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 20-Single Phase Bridge Inverter R-Load</td>
					<td> </td>
					<td> 00:06:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 21-Single Phase Bridge Inverter RL-Load</td>
					<td> </td>
					<td> 00:07:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 22-Simulation of Single Phase Bridge Inverter</td>
					<td> </td>
					<td> 00:10:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 23-Three Phase Inverters and Obtaining The Line Voltages</td>
					<td> </td>
					<td> 00:15:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 24-Three Phase Inverters and Obtaining The Phase Voltages</td>
					<td> </td>
					<td> 00:17:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 25-Simulation of Three Phase Inverter</td>
					<td> </td>
					<td> 00:17:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 26-Simulation of Charging and Discharging Capacitor Using Matlab</td>
					<td> </td>
					<td> 00:10:00</td>
				</tr>
								<tr>
					<td colspan="4">Unit 3- Solar Energy Simulation Using Simulink in MATLAB</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 1-Separately Excited DC Machine</td>
					<td> </td>
					<td> 00:21:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 2-DC Motor Modelling without Load Using Simulink in MATLAB</td>
					<td> </td>
					<td> 00:25:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 3-DC Motor Modelling with Load Using Simulink in MALTAB</td>
					<td> </td>
					<td> 00:23:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 4-DC Motor Block Simulation Using Power Library in MATLAB</td>
					<td> </td>
					<td> 00:16:00</td>
				</tr>
								<tr>
					<td colspan="4">Unit 4- DC Motor Simulation Using Simulink in MATLAB</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 1-Construction and Principle of Operation of Synchronous Generator</td>
					<td> </td>
					<td> 00:29:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 2-Equivalent Circuit and Phasor Diagram of Non Salient Synchronous Machine</td>
					<td> </td>
					<td> 00:29:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 3-Equivalent Circuit and Phasor Diagram of Salient Synchronous Machine</td>
					<td> </td>
					<td> 00:39:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 4-Simulation of Synchronous Machine Connected to Small Power System</td>
					<td> </td>
					<td> 00:38:00</td>
				</tr>
								<tr>
					<td colspan="4">Unit 5- Induction Motor Simulation Using Simulink in MATLAB</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 1-Construction and Theory of Operation of Induction Machines</td>
					<td> </td>
					<td> 00:27:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 2-Equivalent Circuit and Power Flow in Induction Motor</td>
					<td> </td>
					<td> 00:23:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 3-Torque-Speed Characteristics of Induction Motor</td>
					<td> </td>
					<td> 00:20:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 4- Simulation of Induction Motor or Asynchronous Motor Using Simulink</td>
					<td> </td>
					<td> 00:33:00</td>
				</tr>
								<tr>
					<td colspan="4">Unit 6- Synchronous Generator Simulation in Simulink of MATLAB</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 1- Importing Data from PSCAD Program for Fault Location Detection to MATLAB Program</td>
					<td> </td>
					<td> 00:37:00</td>
				</tr>
								<tr>
					<td colspan="4">Unit 7- Power System Simulations</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 1-How to Implement PID Controller in Simulink of MATLAB</td>
					<td> </td>
					<td> 00:14:00</td>
				</tr>
								<tr>
					<td></td>
					<td>Module 2-Tuning a PID Controller In MATLAB Simulink</td>
					<td> </td>
					<td> 00:17:00</td>
				</tr>
								<tr>
					<td colspan="4">Assignment</td>
				</tr>
								<tr>
					<td></td>
					<td>Assignment - MATLAB Simulink for Electrical Power Engineering</td>
					<td> </td>
					<td> 00:00:00</td>
				</tr>
				</tbody></table></div>

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MATLAB Simulink for Electrical Power Engineering

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