Course Description

Welcome to the advanced-level course on Photovoltaic Systems, offered by DelftX as part of their Solar Energy Engineering MicroMasters Program. This comprehensive course is designed to take you on an exciting journey from understanding individual solar cells to mastering the intricacies of full photovoltaic systems. Whether you're interested in utility-scale solar farms or residential installations, this course will equip you with the knowledge and skills needed to excel in the rapidly growing field of solar energy.

What Students Will Learn

• Transformation of solar cells into full modules
• Application of modules to complete photovoltaic systems
• Design principles for various PV systems (utility-scale and residential)
• Function and operation of system components (inverters, batteries, DC-DC converters)
• Interaction between components, modules, and the grid
• Planning and designing high-performance, reliable PV installations
• Modeling and estimating energy yield for different solar energy applications
• Understanding the economics and grid impact of PV systems

Pre-requisites

• Bachelor's degree in Science or Engineering
• Successful completion of PV1x and PV2x courses (or a firm grasp of their content)
• Ability to install and use MATLAB (student license provided)

Course Coverage

• Solar cell to module conversion
• Full module application in PV systems
• Utility-scale solar farm design
• Residential PV system design (on and off-grid)
• Component functions and operations (inverters, batteries, DC-DC converters)
• System-grid interactions
• PV installation planning and design steps
• Performance modeling and energy yield estimation
• Economic considerations and grid impact analysis

Who This Course Is For

• Engineering and science graduates looking to specialize in solar energy
• Professionals in the renewable energy sector seeking to enhance their knowledge
• Researchers and academics interested in photovoltaic systems
• Entrepreneurs and business leaders exploring opportunities in the solar industry
• Anyone passionate about sustainable energy solutions and climate change mitigation

Real-World Applications

• Designing and implementing solar energy projects for residential and commercial clients
• Optimizing existing PV systems for improved performance and reliability
• Conducting feasibility studies for large-scale solar farm installations
• Providing consultancy services on solar energy solutions
• Contributing to research and development in the photovoltaic industry
• Assisting in policy-making decisions related to renewable energy adoption
• Educating others about the benefits and technical aspects of solar energy

Syllabus Overview

The syllabus is likely to include modules on:

1. Introduction to PV systems
2. Solar cell to module conversion
3. PV system components and their functions
4. Utility-scale solar farm design
5. Residential PV system design
6. Grid-connected and off-grid systems
7. System performance modeling
8. Energy yield estimation techniques
9. Economic analysis of PV systems
10. Grid integration and impact assessment
11. Case studies and practical applications

Enroll Now

By enrolling in this course, you'll not only gain valuable knowledge but also have the opportunity to earn a microcredential, demonstrating your expertise in photovoltaic systems to potential employers or clients. Don't miss this chance to be at the forefront of the solar energy revolution!