🔷 PVSyst , Design and Simulation of Solar PV Systems

🔷 PVSyst Training Course: Design and Simulation of Solar PV Systems

Course Code: 1054-P
Duration: 25–30 Training Hours
Level: Beginner to Intermediate

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📘 Course Description

This course provides hands-on training in the design, simulation, and performance analysis of photovoltaic (PV) solar energy systems using PVSyst software. Participants will gain the technical skills needed to plan, optimize, and assess solar systems under various operating conditions using real-world scenarios.

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✨ Course Objectives

• Enable participants to design and analyze solar PV systems using PVSyst

• Understand PV system components and operating principles

• Evaluate system productivity under different climate and installation conditions

• Create detailed technical and financial reports for solar projects

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👥 Target Audience

• Solar energy engineers and technicians

• Electrical and renewable energy engineers

• Sustainability consultants and energy planners

• Anyone interested in solar PV system simulation and performance

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🧰 Required Materials & Tools

• PC or laptop with Windows OS

• Latest version of PVSyst software (demo or full)

• Excel or spreadsheet software (for data processing)

• Access to meteorological databases (e.g., Meteonorm, PVGIS)

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🛠️ Technical Requirements

• OS: Windows 10/11

• Minimum: i5 Processor, 8 GB RAM, 2 GB disk space

• PVSyst v7.x installed

• Internet connection for downloading weather data

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🧑‍🏫 Instruction Methodology

• Instructor-led live sessions (onsite or online)

• Real project-based design tasks

• Hands-on simulation with PVSyst

• Quizzes, assignments, and final project

• Interactive discussions and feedback

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🧩 Training Roadmap

🟢 Phase 1: Introduction to PVSyst & Solar Concepts

📌 Session 1: Getting Started with PVSyst

• Overview of PVSyst and its role in solar design

• User interface and workspace navigation

📌 Session 2: Basic Concepts in Solar PV

• Types of solar cells and PV modules

• Principles of PV system design

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🔵 Phase 2: PV System Design & Analysis

📌 Session 3: Site and Weather Data Configuration

• Importing solar radiation and climate data

• Using weather data from global databases

📌 Session 4: Designing an On-Grid PV System

• Selecting system components (panels, inverters, loads)

• Simulating system output and performance

📌 Session 5: Designing an Off-Grid PV System

• Battery selection and charge controller configuration

• Evaluating storage and energy reliability

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🟠 Phase 3: Performance Analysis and Reporting

📌 Session 6: System Simulation and Loss Analysis

• Simulating energy output and identifying losses

• Analyzing key performance indicators

📌 Session 7: Reporting and Interpretation

• Generating professional reports

• Interpreting results and improving system designs

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🟣 Phase 4: Advanced Project Implementation

📌 Session 8: Full Practical PV System Design

• End-to-end design of a solar PV project

• Financial analysis and return on investment (ROI)

📌 Session 9: Performance Optimization and Sensitivity Analysis

• Evaluating shading, tilt, and climatic impact

• Fine-tuning system design for maximum efficiency

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✅ Course Outcomes

🔆 Ability to professionally design and simulate solar PV systems
📊 Proficiency in generating detailed analytical reports
⚡ Understanding the impact of environmental and operational factors on system performance
💼 Hands-on experience in real-world solar project planning