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WIZAPE
Apprentice Mode
10 Modules / ~100 pages
Wizard Mode
~25 Modules / ~400 pages

Advanced Photovoltaic System Design
( 30 Modules )

Module #1
Introduction to Advanced PV System Design
Overview of PV system design principles, objectives, and limitations
Module #2
PV System Components and Characteristics
In-depth review of PV modules, inverters, and balance of system components
Module #3
Solar Radiation and Energy Yield Analysis
Understanding solar radiation, energy yield, and performance metrics
Module #4
PV System Sizing and Optimization
Methodologies for sizing and optimizing PV systems for various applications
Module #5
Grid-Tied PV Systems
Design and installation considerations for grid-tied PV systems
Module #6
Off-Grid and Hybrid PV Systems
Design and installation considerations for off-grid and hybrid PV systems
Module #7
Energy Storage Systems for PV
Integration and design of energy storage systems with PV systems
Module #8
PV System Electrical Design
Electrical design considerations for PV systems, including wiring, grounding, and overcurrent protection
Module #9
PV System Mechanical Design
Mechanical design considerations for PV systems, including structural integrity and mounting options
Module #10
PV System Monitoring and Control
Overview of PV system monitoring and control systems, including data acquisition and analytics
Module #11
Advanced PV System Topologies
In-depth review of advanced PV system topologies, including microinverters and power optimizers
Module #12
Module-Level Power Electronics
Design and application of module-level power electronics, including microinverters and DC-DC converters
Module #13
PV System Grounding and Bonding
Grounding and bonding principles and best practices for PV systems
Module #14
Arc Fault Protection and Detection
Arc fault protection and detection methods and requirements for PV systems
Module #15
PV System Safety and Code Compliance
Overview of safety considerations and code compliance requirements for PV systems
Module #16
PV System Commissioning and Testing
Commissioning and testing procedures for PV systems, including safety protocols and acceptance testing
Module #17
PV System Operation and Maintenance
Best practices for PV system operation and maintenance, including performance monitoring and troubleshooting
Module #18
Advanced PV System Design Tools and Software
Overview of advanced PV system design tools and software, including simulation and modeling
Module #19
Designing PV Systems for Specific Applications
Design considerations for PV systems in specific applications, including residential, commercial, and utility-scale
Module #20
Case Studies in Advanced PV System Design
Real-world case studies of advanced PV system design, including lessons learned and best practices
Module #21
Future Trends and Innovations in PV System Design
Overview of emerging trends and innovations in PV system design, including bifacial modules and perovskite solar cells
Module #22
PV System Design for Energy Storage and Grid Resilience
Designing PV systems for energy storage and grid resilience, including microgrids and community solar
Module #23
PV System Design for Water Pumping and Irrigation
Designing PV systems for water pumping and irrigation applications, including agricultural and rural electrification
Module #24
PV System Design for Building-Integrated Photovoltaics
Designing PV systems for building-integrated photovoltaics, including building-applied and building-integrated systems
Module #25
PV System Design for Electric Vehicles and Charging Infrastructure
Designing PV systems for electric vehicles and charging infrastructure, including fast-charging stations and vehicle-to-grid applications
Module #26
PV System Design for Disaster Relief and Humanitarian Applications
Designing PV systems for disaster relief and humanitarian applications, including off-grid electrification and emergency power systems
Module #27
PV System Design for Agricultural and Rural Electrification
Designing PV systems for agricultural and rural electrification, including rural electrification and agricultural productivity
Module #28
PV System Design for Urban Planning and Smart Cities
Designing PV systems for urban planning and smart cities, including urban-scale PV deployments and city-scale energy management
Module #29
PV System Design for Remote Communities and Off-Grid Electrification
Designing PV systems for remote communities and off-grid electrification, including community-scale PV deployments and energy access
Module #30
Course Wrap-Up & Conclusion
Planning next steps in Advanced Photovoltaic System Design career


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