PSLF training
Online instructional courses and demonstrations related to Positive Sequence Load Flow (PSLF*) software program
About our training courses
GE Vernova's Consulting Services software team offers both custom and scheduled training classes for PSLF, including online demonstrations and instructional sessions; hands-on classroom sessions; and annual user group meetings. The sessions are designed to help you unlock the full power of your investment in PSLF software products. Our training engineers have practical experience performing consulting services using PSLF software products, and many have been actively involved in the development of the tools. If you are interested in a custom or onsite training course outside of our normally scheduled courses, please contact us.
For more information, or to register for any of our courses, please e-mail [email protected].
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PSLF software courses
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Training schedule and info
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Customized training
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PSLF software courses
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Training schedule and info
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Customized training
PSLF software courses
Consulting Services Positive Sequence Load Flow software (PSLF) is designed to provide comprehensive and accurate load flow, dynamic simulation and short circuit analysis. Using this tool, engineers can analyze transfer limits while performing economic dispatch. PSLF is ideal for simulating the transfer of large blocks of power across a transmission grid or for importing or exporting power to neighboring systems.
We offer hands-on classes that help you unlock the power of PSLF.
PSLF courses are approved by IEEE for Continuing Education Units (CEUs) and Professional Development Hours (PDHs).
Prerequisites for all classes:
- Background in power systems analysis
- Bachelor's degree in electrical engineering or equivalent experience
- Knowledge of a text editor such as Textpad
- Familiarity with Microsoft®; Windows®
- If you do not have a background in power systems analysis or stability, we offer both courses.
Prerequisites for mechanics of running dynamic simulation course and dynamic simulation applications using PSLF:
- Some stability background and network analysis
- Familiarity with generator/exciter/governor modeling
Training schedule and info
All registrants must have a valid PSLF License to attend the PSLF Training classes.
PSLF Fundamentals and Mechanics of Steady State Analysis
Instructor: Sogol Babaeinejadsarookolaee, Kshitij Girigoudar
Dates: March 4-8, 2024
Times: 9 am – 2 pm, Pacific Standard Time
Location: Online
Cost: USD 2,800/student
Introduction to Power System Dynamic Simulation in PSLF
Instructors: Randal Voges, Mengxi Chen
Dates: March 19-21, 2024
Times: 8 am – noon, Pacific Standard Time
Location: Online
Cost: USD 2,000/student
Advanced Power System Dynamic Simulation in PSLF
Instructors: Mengxi Chen, Jagdeep Kaur
Dates: April 23-25, 2024
Times: 8 am – noon, Pacific Standard Time
Location: Online
Cost: USD 2,000/student
PSLF Fundamentals and Mechanics of Steady State Analysis
Instructor: Sogol Babaeinejadsarookolaee, Kshitij Girigoudar
Dates: September 9-13, 2024
Times: 9 am – 2 pm, Pacific Standard Time
Location: Online
Cost: USD 2,800/student
Python Programming for PSLF
Instructors: Abdul Latheef Beejapur
Dates: September 17-19, 2024
Times: 8 am - noon, Pacific Standard Time
Location: Online
Cost: USD 2,000/student
Introduction to Power System Dynamic Simulation in PSLF
Instructors: Randal Voges, Mengxi Chen
Dates: October 1-3, 2024
Times: 8 am – noon, Pacific Standard Time
Location: Online
Cost: USD 2,000/student
Geomagnetic Disturbances and Analysis in PSLF
Instructor: Sogol Babaeinejadsarookolaee
Dates: October 15, 2024
Times: 8 am - noon, Pacific Standard Time
Location: Online
Cost: USD 1,500/student
Advanced Power System Dynamic Simulation in PSLF
Instructors: Mengxi Chen, Jagdeep Kaur
Dates: October 22-24, 2024
Times: 8 am - noon, Pacific Standard Time
Location: Online
Cost: USD 2,000/student
Customized training
Create your own customized PSLF training course tailored to meet your specific needs. You provide the course outline and we'll design the course that best suits your needs
Examples include:
- Local HVDC installation
- Power plant equipment and modeling
- User defined models
- Advanced power flow data analysis
- Generator testing & model validation
- Model system protection correctly
Contact us
Want to learn more?
*Trademark of General Electric Company.
Microsoft® and Windows® are trademarks claimed by Microsoft Corporation, which is not affiliated with GE.
