Solar Energy: Photovoltaic (PV) Energy Conversion

Course Description

Welcome to "Solar Energy: Photovoltaic (PV) Energy Conversion," an enlightening journey into the world of solar technology! This introductory course, offered by DelftX, is the first in the Solar Energy program and provides a comprehensive exploration of the technology that transforms sunlight into electricity. As we face global challenges like climate change and energy access, solar energy emerges as a beacon of hope, offering the potential for significant CO2 emission reductions at competitive costs.

In this course, you'll delve into the fascinating realm of photovoltaic energy conversion, understanding its role in sustainable development and rural electrification. You'll explore the solar spectrum, unravel the physics behind PV energy conversion, and learn about the intricate design principles of solar cells. By the end of this course, you'll have a solid foundation in solar energy technology and its applications, positioning you at the forefront of the renewable energy revolution.

What You Will Learn

• The crucial role of solar energy in the global energy transition and climate change mitigation
• How solar energy contributes to rural electrification in underserved areas
• Key metrics for evaluating solar energy systems: performance, costs, reliability, and circularity
• The physics of light and its interaction with matter
• Fundamental semiconductor properties essential for photovoltaic energy conversion
• Opto-electrical design rules for efficient solar cells
• Comparative analysis of solar energy with other renewable electricity generation technologies

Prerequisites

While this is an introductory-level course, a basic knowledge of physics is recommended to fully grasp the concepts presented. No prior experience in solar energy or engineering is required, making it accessible to learners from various backgrounds who are passionate about sustainable energy solutions.

Course Topics

• Introduction to solar energy and its global impact
• The solar spectrum and irradiance on Earth
• Principles of photovoltaic energy conversion using semiconductor materials
• Light excitation of charge carriers, transport, separation, and collection
• Physics of light-matter interaction
• Optical and electrical design rules for solar cells
• Equivalent electrical circuit of a solar cell
• Performance parameters of solar cells
• Solar energy's role in CO2 emission reduction and cost-effectiveness
• Comparison of solar energy with other renewable technologies

Who This Course Is For

• Engineering students interested in renewable energy
• Professionals looking to transition into the solar energy sector
• Policymakers and urban planners focused on sustainable development
• Environmental enthusiasts eager to understand clean energy technologies
• Anyone curious about the science behind solar power and its global impact

Real-World Applications

• Designing and optimizing solar energy systems for residential or commercial use
• Contributing to renewable energy projects and initiatives
• Advising on energy policies and sustainable development strategies
• Evaluating the feasibility and efficiency of solar installations
• Educating others about the benefits and technology of solar energy
• Participating in research and development of advanced solar cell technologies
• Making informed decisions about personal or organizational energy choices

Syllabus

By enrolling in this course, you're not just learning about solar energy – you're becoming part of the solution to some of the world's most pressing energy challenges. Join us in this illuminating journey towards a brighter, more sustainable future powered by the sun!