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Utility-Scale Solar Energy: PVSyst Mastery USSE-PVS
في هندسة الطاقة المتجددةعن هذه الدورة
هذه الدورة تقدم مقدمة شاملة لبرنامج PVsyst، بدءًا من الأساسيات وحتى التصميم المتقدم للأنظمة الشمسية المتصلة بالشبكة والمستقلة ونظم الضخ. تتضمن الدورة إعداد التفضيلات، تصميم المشاريع، وتحليل الخسائر التفصيلية. كما تشمل مشاريع عملية لتصميم أنظمة بقدرات مختلفة، مما يوفر تجربة تعليمية متكاملة في تصميم الأنظمة الشمسية.
المحتويات التي تضمنتها الدورة لغاية الآن
1. Course Introduction
- Course Introduction
- PVsyst Goals and Key Uses
2. PVsyst Software Introduction
- Software Introduction
- PVsyst Main Interface
- User Workspace
- PVsyst Software Exam
3. Setting Preferences
- User Info-Default Value
- Physical Models-Running-Export Option
- Advance Parameters
- More Settings
4. Preliminary Design
- Grid Connected
- PV Components
5. Preliminary Design - Grid Connected
- Site and Weather Data
- Solar Shadow Types
- Horizon - Far Shading
- System - Grid Connected
- System - Grid Connected Explaining
- Results - Grid Connected
6. Preliminary Design - Stand Alone
- Transposition factor FT
- Global Radiation
- Stand Alone - Preliminary Design
- Appliances - Stand Alone
- Define User Needs - Stand Alone
- System Design - Stand Alone
- Results LOL - LID Stand Alone
- Results - Stand Alone
7. Solar Global Radiation Basics
- Global Horizontal Irradiation
- Solar - PSH - Irradiation - Irradiance
- PSH Examples
8. Preliminary Design - Pumping System
- Solar PSH Pre - Pumping System
- Positive Displacement - Centrifugal Pumps
- Preliminary Pumping Design
- Preliminary Pumping - Results
9. Project - Grid Connected
- Introduction - Project - Grid Connected
- Site File - Create New Location
- Import Monthly Weather Data
- Main Parameters - Orientation P1
- Main Parameters - Orientation P2
- Main Parameters - Orientation P3
- One Axis Tracking Orientation P4
- Two Axis Tracking - Orientation P5
- System - Subarrays
- System - Select PV Modules and Inverter
- System - Grid Inverter Definition
- System - PV Modules Definition
- System - Array Design - DC/AC Ratio
- System - Single Line Diagram SLD
- Shading Overview
- Energy Management
- Simulation
- PVsyst Report Explaining Page 1 2 3
- Report Main Results - Loss Diagram Page 4 5
- Report Probability - SLD Page 6 7 8
- Detailed Losses - Thermal Parameter
- Detailed Losses - DC Ohmic Losses
- Detailed Losses - AC Ohmic Losses
- Detailed Losses - Module Quality
- Detailed Losses - Module Mismatch Losses
- Detailed Losses - LID (Light Induced Degradation)
- Detailed Losses - Strings Voltage Mismatch
- Detailed Losses - Soiling Losses
- Detailed Losses - IAM Losses (Incidence Angle Modifier)
- Detailed Losses - Auxiliaries Losses
- Detailed Losses - Aging Degradation
- Detailed Losses - Unavailability
- Near Shading - Linear Shading
- Near Shading - Module Strings
- Module Layout
10. Practical Project - On Grid
- Manual Design Calculation.
- Datasheets ( PV Modules - Inverters )
- Project Design 3.6 kWp.
- Project Design 11 kWp.
- Project Design 1Mwp. Fixed Mounting Orientation.
- Project Design 1 MWp. Multi Cases
- Project Design 1MWp. Tracking System
- Project Design 5 MWp
11. Project - Stand Alone
12. Project - Pumping
التعليقات (1)
Course Introduction
PVsyst Goals and Key Uses
Software Introduction
PVsyst Main Interface
User Workspace
Setting-Preferences User Info-Default Value
Physical Models-Running-Export Option
Advance Parameters
More Settings
Grid Connected
PV Components
Site and Weather Data
Solar Shadow Types
Horizon - Far Shading
System - Grid Connected
System - Grid Connected Explaining
System - Grid Connected PVsyst
Results - Grid Connected
Transposition factor FT
Global Radiation
Stand Alone Preliminary Design
Appliances - Stand Alone
Define User Needs - Stand Alone
System Design - Stand Alone
Results LOL - LID Stand Alone
Results - Stand Alone
Global Horizontal Irradiation
Solar - PSH - Irradiation - Irradiance
PSH Examples
Solar Pre - Pumping System
Positive Displacement - Centrifugal Pumps
Preliminary Pumping Design
Preliminary Pumping - Results
Introduction - Project - Grid Connected
Site File - Create New Location
Import Monthly Weather Data
Main Parameters - Orientation P1
Main Parameters - Orientation P2
Main Parameters - Orientation P3
One Axis Tracking Orientation P4
Two Axis - Orientation P5
System - Subarrays
System - Select PV Modules and Inverter
System Grid Inverter Definition
System - PV Modules Definition
System - Array Design - DC/AC Ratio
System - Single Line Diagram SLD
Shading OverView
Energy Management
Simulation
PVsyst Report Explaining Page 1 2 3
Report Main Results - Loss Diagram Page 4 5
Report Probability - SLD Page 6 7 8
Detailed Losses - Thermal Parameter
Detailed Losses - DC Ohmic Losses
Detailed Losses - AC Ohmic Losses
Detailed Losses - Module Quality
Detailed Losses - Module Mismatch Losses
Detailed Losses - LID Light Induced Degradation
Detailed Losses - Strings Voltage Mismatch
Detailed Losses - Soiling Losses
Detailed Losses - IAM Losses
Detailed Losses - Auxiliaries Losses
Detailed Losses - Aging Degradation
Detailed Losses - Unavailability
Near Shading - Interface
Near Shading - Create PV Tables
Near Shading - Shadings Animation
Near Shading - Raise Panels on Roof
Near Shading - Linear Shading
Near Shading - According Module Strings
Near Shading - Module Layout P1
Near Shading - Module Layout P2
Net Metering - Electricity Settlement Mechanisms
Net Billing - Electricity Settlement Mechanisms
Feed in Tariff FIT - Electricity Settlement Mechanisms
Zero Export - Electricity Settlement Mechanisms
Solar Design Steps
Electricity Bills and Calculation Steps
Manual Sizing System - On Grid and Zero Export
Inverter Voltage Range - Maximum Voltage
Inverter Voltage Range - Minimum Voltage
Inverter Current - Maximum Current
PVModules Datasheet P1
PVModules Datasheet P2
Inverter Datasheet P1
Inverter Datasheet P2
3.6 kW - Project Card
3.6 kW - Orientations
3.6 kW - System
3.6kW - Optimize Simulation and Report
138kWp Project - Project Card
138kWp Project - Multi Inverter Design
138kWp Project - Power Sharing - Single Inverter
138kWp Project - Multi Orientation
1000 kWp - Tracker System Project Card
Solar Tracker System - Explanatory Video
Solar Tracker System - DataSheet
Identify Tracker Orientation
Tracker System - Select PV Panels
Tracker System - Select Inverters
Tracker or Fixed System Comparison Simulation and Report
5000kWp Project - Project Card
5000kWp Project - System Design
5000kWp Project - Simulation, Detailed Losses & Report
Draw & Export from Sketchup
Import Sketchup File
Identify Solar Panels
Sketchup - PVsyst Module Matching
Solving Problem and Distributing Panels
Export - Import Topographic Location
Export - Import 515 kWp Topographic Location
Stand Alone - Orientation & User Needs
Stand Alone - System & Configuration P1
Stand Alone - System & Configuration P2
Stand Alone - Report & Results
Pumping System - Orientation
Pumping System - Water Needs P1
Pumping System - Water Needs P2
Pumping System - System & Report
Is this course available in English?
Welcome brother and I am very pleased about your interest in this course, but unfortunately, this version is in Arabic language and the English version will be in the next days.