On huge demand we have again launched PVSyst Training | Practical Solar Design Program For Consultants- The PVsyst software uses extensive knowledge of PV technology, meteorological irradiation resources and PV components. However, it cannot replace the user’s expertise. It is a tool that facilitates the acquisition of a deeper understanding PV systems and the optimization of their design. This training therefore includes an important section about theoretical concepts.
OBJECTIVES OF TRAINING
- Understand the effect of solar irradiation on PV production.
- Understand the PV module modelling (one diode model) for any technology.
- Characterize the components of a PV system, and their modelling implementation in PVsyst. Use the program PVsyst for the design and optimization of grid connected PV systems. Analyze system layout and shading issues.
- Design Building Integrated PV systems (BIPV).
- Design utility scale ground mount PV systems with fixed and tracking planes.
- Establish economic balances.
CONTENT OF TRAINING
SESSION 1
- Need of energy assessment studies
- Why PVsyst
- latitude and longitude role
- Impact of irradiance in energy generation
- Tilt angle optimization
- Azimuth Angle optimization
- Transposition factor
SESSION 2
- Meteorological data & real time data website
- Import database into PVsyst
- Grid connected Preliminary design using PV SYST
- Explanation of Horizon
SESSION 3
- Standalone Preliminary design using PVSYST
- Explanation of load profile
- Preliminary pumping Design using PVSYST
- Albedo effect in PV generation
- Bifacial module design
SESSION 4
- Parameter selection in project tab
- Temperature effect in PV plant
- How to import & export any project in Pvsyst
- Explanation of PAN file, OND file and BTR file
SESSION 5
- Detailed grid connected project design
- The project capacity optimization
- Inverter & module selection
- DC/AC ratio
- Sub array utilization
SESSION 6
- Module quality losses
- LID
- Module Mismatch losses
- Soiling losses
- IAM losses
- Thermal losses
- Ohmic losses
- Loss diagram analysis
SESSION 7
- Far shading
- Modelling of Near shading
- P50 and P90 Evaluation
- Report analysis
SESSION 8
- Real time project
Trainer
The trainer has industrial power system designer experience
Date: Duration
2-3 hrs. /Day (10th Dec to 25th Dec)
Timing
06:30- 09:00 PM every day
Payment
Full Advance for the individual- Self-sponsored (Advance payment transition)
PO- For companies sponsored delegates (cross cheque in favor of industrial mentors )
Course Features
- Complete Training session recordings.
- The Certificate.
- A lot of Literature, standards, and papers.
- Case Studies for practice.
- Will handle all queries and questions.
- Future Support in case of queries.