PVsyst Online Training – Design & Energy Estimation for Solar Power Plants
A complete beginner-to-advanced training to help you simulate, optimize, and analyse solar PV systems using PVsyst. From site data to real-time case studies, this bootcamp covers everything you need to start designing confidently.
Live on Saturday & Sunday | 7:00 PM – 9:00 PM IST
What You'll Learn
This 2-day live training will equip you with all the core skills to start using PVsyst confidently.
Solar Energy Fundamentals
Understand the importance of energy estimation, irradiance, tilt angle, and site-specific parameters that influence PV performance.
Working with PVsyst Interface
Get comfortable with the PVsyst environment, learn how to import weather data, set up system parameters, and access essential design tools.
Designing Grid-Tied & Standalone Systems
Learn how to model grid-connected and standalone systems, choose inverters/modules, optimize capacity, and include trackers and bifacial modules.
Loss, Shading & Performance Analysis
Simulate soiling, LID, mismatch, and shading losses, and analyze output using P50/P90 metrics and full report generation tools
I don’t want to just sketch solar layouts… I want to simulate and optimize solar plants with real data and confidence.
Why Engineers Choose
this Program
- Simulate grid-connected and standalone PV systems
- Learn tilt, azimuth, irradiance, horizon & tracker configuration
- Evaluate energy losses (LID, IAM, thermal, mismatch, soiling)
- Perform near/far shading and bifacial analysis
- Build full-length P50/P90 reports ready for clients or internal teams
- Use .PAN, .OND, .BTR files to build advanced PV models
Course Curriculum
Day 1 – Solar Design & Performance Modelling
Session 1
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
Session 2
Grid-connected system layout creation
Understanding horizon profile
Standalone system design inputs
Load profile and sizing concepts
Session 3
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
Day 2 – Loss, Shading, Battery & Report Analysis
Session 5 - All types of system losses explained:
Module quality, LID, mismatch, IAM, soiling, thermal, ohmic
Loss diagram analysis and optimization methods
Session 6
Near and far shading modeling
Shading analysis tools and interpretation
Understanding P50 and P90 metrics
Full report generation and formatting
Session 7
Standalone system simulation
Battery sizing and discharge modeling
Real-time case study walkthrough
Design, simulate and export final report
Real Case Study Simulation - Standalone Solar PV System
Battery storage integration
Performance simulation using load curve
Grid-Tied Solar Plant (with tracker)
Near/far shading losses
Detailed P50 and P90 report generation
I want to stop guessing energy yields… and start building report-ready solar simulations.
Results Block
- 150+ Solar Professionals Trained
- Full Simulation Experience in 2 Days
- Lifetime Access to Class Recordings
- Includes Tracker, Battery & Bifacial Design
What You Get
- 2 Days of Live Online Classes
- Lifetime Recording Access
- Hands-On Case Study Projects
- Report Templates + Working Files
- Course Completion Certificate
- WhatsApp Group for Ongoing Support
Benefits of Joining the Seminar
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.
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.
What Past attendees are saying?
"
The Power System Analysis course was a great experience. I learned important concepts in electrical engineering and got hands-on training with ETAP. This helped me understand load flow analysis, short circuit studies, and more. I recommend this course to anyone looking to improve their skills in power systems!
Venkata Sumanth Laddika
"
The Power System Analysis course was a great experience. I learned important concepts in electrical engineering and got hands-on training with ETAP. Thanks for kumaraswamy Sir helped me to understand load flow analysis.
Anand
"
The ETAP course at Power Projects outstanding! The curriculum expertly blends theory with practical application, making complex concepts easy to grasp. Instructors provided excellent support materials for lifelong learning and were available via WhatsApp 24/7 for any queries. Hands-on labs significantly enhanced my skills. I highly recommend this course to anyone looking to deepen their understanding in the field!
Mohamed Ferozkhan
"
Now I have been studying an ETAP course on power projects. I learned important concepts in electrical engineering and got hands-on training in ETAP. This helped me understand load flow analysis, short circuit study, relay coordination, and arc flash study. I highly recommend this training program to other power engineers and recent graduates. The company persons and management were very helpful to me during the course period.
Dravidamani R
"
I had the pleasure of attending three - to four free training sessions and today's comprehensive Grid compliance study and case study ..online course offered by Power Projects. I'm thoroughly impressed with the exceptional quality of the training, which was meticulously structured and packed with valuable insights. The instructors demonstrated remarkable expertise, breaking down complex concepts into easily digestible material.
Bhimesh Pardhi
"
I have attended the courses for the past 6 months on every Friday and week ends. The trainers were awesome, and the firm is highly talented with power systems knowledge. This training was very insightful, covering advanced power system analysis, simulation, and modeling using ETAP software. The trainers are very good and special thanks to Selva sir and Abha mam. Congratulations and thanks to your team members.
Marimuthu Karuppiah
Solar plant design and energy estimation using PVsyst
12+ Hours of Live training on PVsyst Software for design a solar power plant for a grid-connected and standalone solar power plant. Design of roof-mount, ground-mount, sub-arrays, & carport systems. Tackle real-world design challenges and simulations. Understanding solar plant issues by solving practical case studies from different countries and regions like UAE, India, and Germany.
Price
₹5000 ₹2000
$62 $25
One-time fee,
- Live session
- Recordings for life time access
- Certificate
- Community support
Frequently Asked Questions (FAQ)
Who can join this course? Do I need prior PSCAD knowledge?
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.
Is this course live or pre-recorded?
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.
What software do I need for the course?
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.
What kind of projects or simulations will I be doing?
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.
Will I get a certificate after completing the course?
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.
I want to stop guessing energy yields… and start building report-ready solar simulations.
For power system consulting please visit us at: www.powerprojectsindia.com
