This 2-day live training will help you master the essential skills needed to use PVsyst effectively, giving you the confidence to handle solar analysis, simulation, and system design with ease.




Solar industry updates and global trends
Role of energy estimation in project planning
Why PVsyst is trusted for simulations
Latitude, longitude, tilt, and azimuth angle settings
Transposition factor and irradiance influence
Importing real-time and meteo data into PVsyst
Grid-connected system layout creation
Understanding horizon profile
Standalone system design inputs
Load profile and sizing concepts
Bifacial module and albedo simulation
Working with .PAN, .OND, .BTR files
Detailed project setup and capacity optimization
Inverter & module selection – using Pnom ratio
Tracker-based system modelling
Module quality, LID, mismatch, IAM, soiling, thermal, ohmic
Loss diagram analysis and optimization methods
Near and far shading modeling
Shading analysis tools and interpretation
Understanding P50 and P90 metrics
Full report generation and formatting
Standalone system simulation
Battery sizing and discharge modeling
Real-time case study walkthrough
Design, simulate and export final report
Battery storage integration
Performance simulation using load curve
Near/far shading losses
Detailed P50 and P90 report generation


No prior PSCAD experience is required. This course is designed for electrical engineers, fresh graduates, and professionals working in substation design, protection, and power system studies. We start from the basics and build up to advanced insulation coordination topics.
The course is conducted 100% live on weekends (Saturday & Sunday). You’ll also get lifetime access to session recordings in case you miss any class or want to revise later.
You will need PSCAD installed on your system. Guidance on installation and trial versions will be provided before the training begins. We also use MATLAB (optional) for certain flicker or advanced studies, but it's not mandatory for participation.
You’ll work on real substation simulation cases including:
•400/220kV GIS VFTO Study
•Switching Overvoltages & Ferro-resonance Cases
•Real-Time Insulation Coordination Project from scope to report submission These are the kind of simulations engineers do in actual grid compliance and protection roles.
Yes, a Certificate of Completion will be issued after the course. If you submit your project assignment, you’ll also receive a project review certificate highlighting your hands-on simulation work.
Fill out the form to get personalized guidance on how to:
✱ Transform your career in electrical engineering
✱ Discover the best tools and software to learn
✱ Identify the next steps to take toward design engineering
Start your journey today!
For power system consulting please visit us at: www.powerprojectsindia.com
Reviews
5
Top Rated
Manoj K Shanmugam
Great Training for Learning PVsyst
I recently completed the PVsyst Training by Power Projects, and it was an excellent experience. The course content was comprehensive and well-structured, covering all essential aspects of PVsyst software. The instructors were knowledgeable and provided clear explanations, making complex topics easy to understand. The practical examples and hands-on exercises were particularly beneficial, allowing me to apply what I learned directly in the software. The support from the Power Projects team was prompt and helpful, addressing any questions or concerns I had during the training. Overall, I highly recommend this PVsyst Training course to anyone looking to enhance their skills in photovoltaic system design and analysis. It’s a valuable investment for both beginners and professionals in the field
SUBRAHMANYAM GOKAVARAPU
PVsyst course
Course is good and very informative for the Both Beginners and Industrial Persons
Selva Subramanian
Overall, my experience with the PVsyst training course was excellent.
I Recently Completed The Pvsyst Training Course, And I Am Thrilled To Share My Experience. The Course Was Exceptionally Well-Organized, And I Gained A Wealth Of Knowledge That I Am Excited To Apply In My Work. The Course Covered A Wide Range Of Topics, From Basic PV System Design Principles To Advanced Simulation Techniques. The Content Was Comprehensive And Met All My Expectations, Providing A Solid Foundation For Working With Pvsyst. I Especially Appreciated The Hands-On Approach And The Real-Life Examples They Shared, Which Made The Learning Process Very Practical And Relevant. I Highly Recommend This Course To Anyone Looking To Deepen Their Understanding Of PV System Design And Simulation. The Skills And Knowledge I Gained Have Been Invaluable In My Professional Development. Thank You To The Entire Training Team For Delivering Such A High-Quality Program. Your Efforts Have Made A Significant Positive Impact On My Work, And I Look Forward To Applying What I've Learned In Future Projects.
Rate this course