A PVsyst course typically covers a range of topics related to the PVsyst software and solar PV system design. Here’s a general outline of what you might expect to learn in a PVsyst course:

Introduction to PVsyst:

Overview of PVsyst software
Importance of solar PV system design and simulation
Solar PV Fundamentals:

Basics of solar energy
Components of a solar PV system (modules, inverters, batteries, etc.)
PVsyst Interface:

Solar resource assessment
Meteorological data input and analysis
System Design and Configuration:

Introduction to the PVsyst user interface
Creating and managing projects
Site Analysis:

PV module selection and configuration
Inverter selection and configuration
Battery storage (if applicable)
Simulation and Performance Modeling:

System sizing and layout optimization
Performance simulation under different conditions (annual, monthly, daily)
Financial Analysis:

Economic evaluation (costs, savings, payback periods)
LCOE (Levelized Cost of Energy) calculations
Advanced Features:

Shading analysis
Grid interaction and net metering
Simulation of hybrid systems (PV with battery storage)
Case Studies and Practical Examples:

Real-world examples of PV system design using PVsyst
Troubleshooting and common issues
Hands-on Exercises and Projects:

Practical exercises to reinforce learning
Project-based learning to design and simulate solar PV systems

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