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BOOTCAMP 2025
7 Lessons-
StartDay 1: Session 1: Introduction to PVsyst, Preliminary Design
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StartDay 1: Session 2:Optimizing the plant orientation, system design in preliminary design
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StartDay 1: Session 3: Detailed project design
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StartBootcamp PVsyst Day 1 Excel sheet
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StartDay 2: Session 1: Detailed losses, Near shading & Horizon
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StartDay 2: Session 2: Horizon, Report
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StartDay 2: Excel
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Edition 13
9 Lessons-
StartSession 1 : Introduction session Grid connected Preliminary design Tilt angle optimization Understanding Horizon Result analysis
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StartSession 2:Preliminary Standalone system modelling Load profile Result analysis Preliminary pumping design
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StartSession 3:Detailed grid connected project design project capacity optimization Specifications of PV module Inverter & PV module selection Pnom ratio
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StartSession 4: Module quality losses LID Module Mismatch losses Soiling losses IAM losses Thermal losses Ohmic losses Loss diagram analysis
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StartSession 5:Near shading, energy management, result analysis
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StartSession 6: Albedo effect, Bifacial modules,Standalone system
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StartSession 7: Revision of previous session, Real TIme Case Study-New grid Connected Project
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StartSession 8: Real Time Case Study on Stand Alone Solar Power Plant, Pumping, DC Microgrid & Conclusion
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StartDownloads
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Edition 12
8 Lessons-
StartDay 1 Session 1 : Recent Scenario in Solar Energy, need for Energy assessment study, PVsyst, Tilt angle & azimuth angle, Meteological Database and its details, Horizon
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StartDay 1 Session 2: Albedo effect in PV generation, Monofacial, Bifacial module design, different technologies in solar PV
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StartDay 1 Session 3: Preliminary designing of Grid connected and standalone system - Simulation
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StartDay 2: session 1:New grid connected project, Creating variants, Adding sub array, Types of Losses and its impact
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StartDay 2: Session 2: Shading analysis , loss diagram analysis, Report analysis of with loss and shading effect, P50 and P90 evaluation
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StartDay 2 Session 3: Stand alone project model, battery, Pv array selection, DC grid project
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StartPVsyst files
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StartAssignments
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Edition 11
9 Lessons-
StartCourse schedule
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StartDay 1:Session 1 : Solar Energy, Irradiance, Tilt Angle, Azimuth angle
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StartDay 1:Session 2 : Horizon, Preliminary Design - Grid connected & Stand - alone
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StartDay 1:Session 3 : Grid Connected Project - Selection PV module and Inverter
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StartPVsyst PPT
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StartDay 2 : Session 1 : Detailed losses, Storage
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StartDay 2 : Session 2 : Shading analysis, P50&P90 Estimation, Report Analysis
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StartDay 2 : Session 3 : Standalone Project, DC grid project
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StartPVSYST Files
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PVsyst - Pre Recorded session
9 Lessons-
StartSession 1 Introduction to pvsyst, Priliminary design
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StartSession 2 Optimizing the plant orientation, system design in priliminary design
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StartSessioin 3 Detailed projecct design
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StartSession 4 System design,Detailed losses, consuption
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StartSession 5 Horizon, Near shading
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StartSession 6 Energy management, report analysis, case study
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StartMaterial - PVsyst 8 - 1
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StartMaterial - PVsyst 8 - 2
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StartMaterial - Slide
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BOOTCAMP 2024
12 Lessons-
StartDay-1: session-1: Introduction on PV syst software
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StartDay 1: Session 2: Preliminary design of grid connected solar plant
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StartDay 1: Session 3: Tilt angle orientation, Azimuth angle, PV module
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StartDay 1: Session 4: How to read PV module datasheet, Sizing of PV array
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StartPVsyst -PPT
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StartPVsyst - Excel
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StartDay-2: session-1: MPPT , Grid connected project design with different variant
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StartDay-2: session-2: Detailed losses
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StartDay-2: session-3: Standalone project design, P50, P90 evaluation
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StartDAY-2 : SLD
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StartDAY - 2: Excel sheet
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StartCertificate
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Reviews
5
Top Rated
Ramesh Pandurangan
P. Ramesh
It was useful,informative and excellent session from Ms. Kavitha. Boot Camp sessions are really good. Thanks to Er.Selvakumar to Power Projects Team
Power Projects
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
Subramanyam 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.
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