CYME Mastery: Power System Analysis

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Markusen Rasdini

3:11:25

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1 - Introduction

1 - Introduction to CYME.mp4

08:37

2 - FYI.html

2 - Load Flow Analysis

3 - Electrical Model Design.mp4

27:02

4 - Balanced Load Flow Analysis.mp4

11:52

5 - Unbalanced Load Flow Analysis.mp4

05:22

3 - Transient Stability Analysis

6 - Transient Stability Analysis.mp4

24:51

4 - Short Circuit Arc Flash

7 - Arc Flash Analysis.mp4

13:27

8 - Short Circuit Analysis.mp4

24:46

5 - DC Systems

9 - DC Elements Design.mp4

18:56

10 - DC Load Flow Short Circuit.mp4

10:26

6 - Hybrid System Analysis

11 - Hybrid System Design.mp4

31:36

12 - Long Term Dynamic Analysis Hybrid.mp4

14:30

Description

Master CYME for System Modeling, Stability, and Renewable Energy Modelling

What You'll Learn?

Understand System Modelling in CYME
Perform Load Flow Analysis
Analyze Transient Stability in Power Systems
Conduct Short Circuit Analysis
Renewable Energy Modelling
Evaluate Arc Flash Hazards and Mitigation

Who is this for?

Electrical Engineers

Power Systems Engineers

Grid Connection Engineers

Electrical Engineering Students

What You Need to Know?

Basic Understanding of Electrical Engineering Concepts

Proficiency in Power System Fundamentals

Familiarity with Simulation Software

More details

Description
Course Description:
Unlock the full potential of CYME with our comprehensive course on advanced power system analysis. Dive deep into the intricate world of electrical engineering as you learn to model, analyze, and optimize complex power systems with precision and efficiency.
Begin your journey with a solid foundation in system modeling, mastering the art of creating accurate representations of electrical networks within CYME's intuitive interface. Explore balanced and unbalanced load flow analyses, understanding voltage profiles, power flows, and system losses to ensure optimal operation.
Delve into the realm of transient stability, learning to simulate and analyze system behavior under dynamic conditions. Harness the power of CYME to conduct detailed short circuit analyses, determining fault currents and safeguarding equipment against potential failures.
Navigate the complexities of arc flash hazards in both AC and DC systems, implementing mitigation strategies based on CYME's simulation results and industry best practices. Expand your expertise to include renewable energy modeling and power quality assessments, gaining invaluable skills for modern power system engineering.
Equip yourself with the tools and knowledge demanded by the industry, as you emerge from this course a master of CYME, ready to tackle the challenges of power system analysis with confidence and precision.
Who this course is for:
Electrical Engineers
Power Systems Engineers
Grid Connection Engineers
Electrical Engineering Students

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Power Engineering

Markusen Rasdini

Instructor's Courses

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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