-
Day 13 - TL foreign ends, Global substitution, Introduction to insulation coordination
5 Lessons -
Day 18 - Surge Arrester Theory and Modelling
7 Lessons -
Assignment 7 - Transformer Energization
1 Lesson-
StartAssignment 7 - Transformer Energization Question
-
-
Assignment 8 - Slow Front Overvoltage Study
1 Lesson-
StartAssignment 8 - Slow Front Overvoltage Study
-
PSCAD Training
PSCAD training is a comprehensive training on PSCAD software. In this course, you'll learn about PSCAD software and it's application. PSCAD course will enhance your knowledge of how to use it and its features from the scratch! Our PSCAD training will help you enhance your knowledge of both the software and the theoretical concepts behind the studies like Insulation coordination, Modelling of a renewable system like a wind turbine, Protection studies like differential, distance and much more.
This PSCAD online training will a 60 hours of training covering how to use the software and concepts, and another 40 hours of hands-on training by doing a real-time project.
💠 Theory
💠 Manual Calculations
💠 Simulations using PSCAD
Lifetime Access
Completion Certificate
Real time projects
PSCAD COURSE OUTLINE
I. Introduction to RMS and EMT studies
II. Need of EMT Simulation
III. Introduction to PSCAD
IV. Insulation Coordination studies
V. Renewable energy integration studies
VI. Protection studies
I. PSCAD Training- Insulation Coordination
• Overview of the Course
• Steady State Analysis
• Transients – Electro Mechanical Transient / Electro Magnetic Transient
• Renewables
• Protection
• Introduction to power system studies – Steady state Vs Transients
Steady State Analysis:
a. LF, SC, RC, HA, AF
Transients:
1. Electro Mechanical Transients
a. MAS
b. Angular Stability
2. Electro Magnetic Transients
a. TOV, SFO, FFO, VFFO, Ferro Resonance, TRV
• Comparison of various simulation tools
• Why PSCAD?
• When PSCAD?
• Insulation Coordination — Renewables — Protection
• PSCAD introduction
• GUI
• Project setting
• Components
• Source modelling and its type
• AC Source & DC Source
• Single Phase Source & Three Phase Source
• Balanced Source & Unbalance Source
• Source Impedance in pu, Actual, Short Circuit Current
• Source impedance in Positive Sequence, Negative Sequence, Zero
• Sequence Source with background harmonics
• Voltage Source
– Ideal Voltage Source
– Voltage Source with Internal series Impedance Current Source
– Ideal Current Source
– Current Source with Internal Shunt Impedance
• Load modelling and its type Voltage dependent Loads
– Constant Power Loads
– Constant Impedance Loads
– Constant Current Loads
– Exponential and Polynomial Loads Frequency Dependent Loads Role of Load modelling for various studies
• Transmission Line Modelling
a. PI Section
b. Bergeron Model
c. Frequency Dependent Model
• Tower Modelling
• Cable modelling
-Coaxial cables
-Pipe-type Submarine cable
• Creating a network
• Ferranti effect
• Introducing fault in the network
• Use of multi-run in PSCAD
• Transformer modelling
-Inrush current
-Remanence flux
• Introduction to Insulation coordination and IEC 60071
• IEC 60071-1 Insulation co-ordination –Definitions, principles and rules
• IEC 60071-2 Insulation co-ordination –Application guidelines
• IEC 60071-4 Insulation co-ordination – Computational guide to insulation co-ordination and modelling of electrical networks
• Surge Arrestor modelling
• Technical parameters
• Temporary Overvoltage (TOV)
-Ferranti effect
-Load rejection
-Fault (LG, LLG)
-Fault (LG) with load rejection
• Slow Front Overvoltage (SFO)
-Cable/ Transmission line energization
-Transformer energization and de-energization
• Fast front transient study
-Shielding failure (direct stroke)
-Back flashover
• Very Fast Transient Overvoltage (VFTO)
– Modelling a GIS substation for VFTO study
– Modelling disconnector switch
– Simulating cases with trapped charge
• Ferro resonance
• Transient Recovery Voltage (TRV)
• Modelling of breakers
Course Curriculum
Benefits of Joining the Course
Live Session
Interact with industry experts and peers in real-time.
Recordings for Lifetime Access
Access recordings of the live session anytime, anywhere for ongoing learning.
Certificate of Completion
Receive a certificate to validate your participation and newly acquired skills.
Website Community
Join our exclusive community for additional resources and networking opportunities.
WhatsApp Group
Stay connected with instructors and fellow participants for ongoing support and collaboration.
This program is for you if you are a...
✅
Power System Engineer
✅
Testing and Commissioning engineers
✅
Operation and maintenance engineer
✅
MEP and EPC engineer
✅
Electrical design engineer
✅
Freshers seeking for job
How it works?
Purchase the Course
Click the Buy now button, purchase the course get access to live and recorded session.
Join the WhatsApp Group
Join the WhatsApp group from the course access page. Get update about the class, discussions and much more.
Complete assignment
Complete the assignment, quiz and practice provided in the class.
Course Completion Certificate
Get the certificate by submitting the assignment, quiz and practice case studies.
Reviews
5
Top Rated
Atiq ur Rehman Rehman
Insulation Coordination Course
The insulation Coordination course was very comprehensive, allowing me to grasp all the EMT modeling aspects and deep dive into PSCAD modeling. Highly recommended Power Projects team to deliver a wonderful course in an economical cost.
Venkata Naga Jagadish Neelamraju Neelamraju
Insulation Coordination using PSCAD Software
Power Projects’ course on Insulation Coordination using PSCAD Software is an extensive program designed for engineers seeking to deepen their understanding of transient phenomena in electrical systems. Starting with an introduction to PSCAD, the course expertly guides participants through essential topics such as steady-state analysis, electro-mechanical and electromagnetic transients, and comprehensive source modeling. It allows learners to explore critical aspects of grid and load modeling, as well as transmission line and cable modeling, equipping them with the skills necessary to manage complex scenarios like sliding faults and their validations. The structured approach ensures that participants not only learn how to use PSCAD effectively but also understand the underlying principles essential for accurate system analysis. The curriculum also dives into advanced concepts of insulation coordination, covering topics such as Temporary Overvoltages (TOV) and reactor modeling, as well as the role of surge arrestors and capacitor banks. Additional modules on GIS modeling, transformer energization, and TRV studies further round out the training, providing a well-balanced perspective on insulation coordination practices. This hands-on course emphasizes practical applications, enhancing learners' capability to apply theoretical knowledge to real-world situations. Overall, Power Projects delivers a vital and comprehensive foundation for engineering professionals looking to specialize in insulation coordination and transient analysis.
Mohana krishna Duvva Duvva
Excellent course to learn PSCAD
One can learn from basics to advanced things in PSCAD after completing this course
Abel Paul Thomas -
Good beginning to grab concepts and working on pscad
Excellent way to understand concepts and learn the tools in pscad.. instructors were good ...
Adhil Thangal -
Great course
The PSCAD Insulation Coordination course was excellent! It gave me a solid understanding of key concepts and practical skills I can now confidently apply to real-world projects. The instructors made complex topics easy to grasp, and the hands-on approach with PSCAD simulations was invaluable. Highly recommended for anyone in power systems!
Rate this course