ET4149. Solar Cells. Practical use of solar cells is as important as understand it, therefore a design strategy for PV systems is made in this lecture.

Solar Cells

Organic solar cells: Lecture 7(2)

Organic solar cells: Lecture 7(1)

ET4149. Solar Cells. In this lecture, crystalline silicon technology is reviewed.

PV system + design: Lecture 6(2)

PV system + design: Lecture 6(1)

ET4149. Solar Cells. In this lecture, the semiconductor physics that are involved in the generation of photovoltaic energy are studied. The absorption, separation and collection concepts are explained.

Crystalline silicon technology: Lecture 5(2)

Crystalline silicon technology: Lecture 5(1)

ET4149. Solar Cells. In this session, solar radiation is reviewed. Spectral considerations and its relation to improve the performance of solar cells is addressed.

Losses and optimization: Lecture 4(2)

Losses and optimization: Lecture 4(1)

ET4149. Solar Cells. In this section photovoltaic systems are studied. The semiconductor components and their relation with solar cells is explained. Finally, economic considerations emphasize the use of photovoltaic systems.

PN junction: Lecture 3(2)

PN junction: Lecture 3(1)

ET4149. Solar Cells. This lecture deals with an overview of energy resources.

Semiconductors: Lecture 2(2)

Solar radiation: Lecture 2(1)

ET4149. Solar cells. In the first lecture, an introduction to solar cells is given. Simple examples illustrate the relevance of this topic. The question: Why solar cells? Will be answered in more than one way.

Solar cell operation, external parameters, three generations: Lecture 1(2)

ET4149. Solar Cells. In the first lecture, an introduction to solar cells is given. Simple examples illustrate the relevance of this topic. The question: Why solar cells? Will be answered in more than one way.

hubhopper

Solar Cells

hubhopper