PSCAD - Power Systems & Wind Energy from scratch !

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Markusen Rasdini

1:12:17

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1 - Introduction

1 - PSCAD Main Interface Window.mp4

04:39

2 - Creating a project

2 - Creating New Project Adjusting canva.mp4

03:19

3 - Creating New Project Adjust Project Settings.mp4

05:32

4 - Modeling AC 3 Phase Source.mp4

06:18

5 - Modeling 3 Phase Load.mp4

03:08

6 - Connecting elements.mp4

02:29

3 - Dynamic Simulation

7 - Configure and perform dynamic simulation.mp4

02:37

8 - Logging signals.mp4

05:55

9 - Plotting in PSCAD.mp4

07:55

4 - Simulate a fault

10 - Diagram expansion.mp4

06:43

11 - Preparing fault and breaker.mp4

05:21

12 - Applying fault.mp4

07:54

5 - Sequences

13 - Creating and applying sequences.mp4

10:27

Description

Learn how to use PSCAD from scratch and be confident on performing power systems studies and modeling wind energy.

What You'll Learn?

Learn how to use PSCAD software and its features
Learn how to design basic circuits in PSCAD
Learn how to perform different simulations and plot the signals in PSCAD
Learn how to build a Wind Turbine Model from scratch

Who is this for?

Electrical Engineers

Plant Control Engineers

Renewable Energy Engineer

Electrical Engineering students.

What You Need to Know?

Basic computers skills

Basic electrical engineering and power systems skills

More details

Description
Time domain simulation software called PSCAD (Power Systems Computer Aided Design) is used to study transients in electrical networks. It is a set of applications that provide an electromagnetic transients software with a graphical, Unix-based user interface (EMTP). It also goes by the name PSCAD/EMTDC. It is a crucial component of PSCAD since it establishes the simulation software that comes with PSCAD with its library of power system component models and processes. Together, they offer a quick, adaptable, and precise answer for the time-domain program that is effective for modeling a range of electrical power system transients and control networks. The user-friendly PSCAD interface now allows engineers and end users to take advantage of EMTDC's functionality. This comprehensive visual environment provides circuit assembly, run-time control, analysis, and reporting while executing a simulation. In other words, PSCAD is a program that uses intelligent ways to computerize power quality assessments for increased efficiency and accuracy because manual analysis requires a lot of time and specialized expertise. In this course as well, it is time to move on to a more sophisticated topic addressing power systems after mastering the foundations and becoming comfortable in the PSCAD environment. A wind turbine will be built and linked to a synchronous permanent magnet generator and the grid through a completely bridged AC/DC/AC converter. Along with modeling the wind turbine, this course will also cover PSCAD's DC components, synchronous machines, and other features.
Who this course is for:
Electrical Engineers
Plant Control Engineers
Renewable Energy Engineer
Electrical Engineering students.

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Power system engineer with extensive experience who focuses on applications of renewable energy and artificial intelligence to build a safe, smart, and green society. I began my work at a young age and can now proudly cite my years of expertise in the field of renewable energy solutions dating back fifteen years. In the most potent and well-known Power Systems Software, such as Matlab, PSS/E Siemens, DigSilent, PSCAD, Etap, etc., I have a stellar reputation for modeling and building electrical models of power systems and solving problems. knowledge of grid connection, grid compliance, power quality, power system planning, power system protection, and network regulation. This fantastic experience was gained from working together on several outsourced projects in European leaders of renewable energy environment. Delivering gains in overall operational efficiency and customer happiness.

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