PSLF training
Virtual instruction course and demonstrations using PSLF, Positive Sequence Load Flow, software.
About our training courses
GE Vernova's Consulting Services software team offers both custom and scheduled training classes for Power Flow, 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 Power Flow software products. Our training engineers have practical experience performing consulting services using Power Flow 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.
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Power Flow software courses
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Training schedule and info
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Customized training
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Power Flow software courses
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Training schedule and info
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Customized training
Power Flow software courses
Consulting Services Power Flow 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. Power Flow 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 Power Flow.
Power Flow 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 Power Flow:
- 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 training sessions.
PSLF Fundamentals
Date: May 27 - 30, 2025
Times: 8:00 am-1:00 pm, Pacific Standard Time
Format: Virtual (via Teams)
Class size: Max. 15 students, 2 instructors
Cost: $3,000 per person
Description: In this course, students will learn the essential basics and fundamentals required to perform steady-state analysis in PSLF. They will gain knowledge about various power system components modeled in PSLF and the process of creating test cases. The course will cover how to conduct power flow studies and contingency analysis, as well as how to troubleshoot challenging test cases and resolve power flow divergence issues. Additionally, students will explore various power system utilities that facilitate studies in PSLF and will be introduced to EPCL scripting.
Geomagnetic Disturbance
Date: May 30, 2025
Times: 1:00 pm-2:00 pm, Pacific Standard Time
Format: Virtual (via Teams)
Class size: Max. 15 students
Cost: $1000 USD per person
Description: The PSLF GMD Tool enables users to easily analyze the impacts of geomagnetic disturbance (GMD) events on the transmission system and assess potential mitigation measures. In this course, students will learn the basics of GMD calculation, PSLF GMD import/export capabilities, GMD data estimation, GIC calculation, and the transformer-screening feature.
Introduction to Dynamics
Date: June 3 - 5, 2025
Times: 8:00 am - 12:00 pm, Pacific Standard Time
Format: Virtual (via Teams)
Class size: Max. 15 students
Cost: $2,800 USD per person
Description: In the Introduction to Dynamics course, we introduce basic functions to execute dynamic simulation and analyze the simulation results, scripts and tool (DYTOOLS) to run dynamic simulation automatically, and basic dynamic models library in PSLF.
Customized training
Create your own customized Power Flow 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
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Microsoft® and Windows® are trademarks claimed by Microsoft Corporation, which is not affiliated with GE Vernova.
