Photovoltaic Physics Course Resources for Undergrads

In summary, Photovoltaic physics is the study of how solar cells convert sunlight into electricity. It is important because solar energy is becoming increasingly important as a source of renewable energy. Typical topics covered in a photovoltaic physics course include semiconductor physics, light-matter interactions, and solar cell materials. Resources for undergraduates studying photovoltaic physics include textbooks, online lectures, and research opportunities. Potential career paths for those with a background in photovoltaic physics include renewable energy research, solar cell manufacturing, and graduate studies in related fields."
  • #1
brucephy
10
0
i am constructing a course for undergrad. year 1 student and it is about photovoltaic physics. Does anyone can recommend some website for me? it better have some animation and good picture, also java applet. For example, one photon strike on a solar cell, and then a electron bound out from it and then ... generate a electricity. Any good material whatever it is very difficult and very easy. please help!
thank you everyone first!:!):!)
 
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  • #3


Hi there,

As a fellow scientist, I understand the importance of finding reliable and engaging resources for teaching a subject like photovoltaic physics to undergraduate students. I would recommend checking out the National Renewable Energy Laboratory's (NREL) website, which has a section specifically dedicated to education and outreach. They have a variety of resources, including animations, interactive simulations, and lesson plans, that cover photovoltaic physics and other renewable energy topics. Additionally, the American Solar Energy Society (ASES) also has a great collection of educational materials on their website, including videos, diagrams, and hands-on activities.

Another great resource is the Solar Energy International (SEI), which offers online courses and webinars on photovoltaic physics and other solar energy topics. They also have a YouTube channel with informative videos that may be helpful for your course.

In terms of java applets, the University of Colorado Boulder's PhET Interactive Simulations has a collection of virtual labs and simulations for various physics topics, including solar cells and photovoltaic physics. These can be a great way to engage students and allow them to explore concepts in a hands-on manner.

Finally, I would also recommend reaching out to other photovoltaic physics instructors or joining online communities to ask for recommendations and share resources. The Society of Physics Students and the American Association of Physics Teachers both have forums and discussion boards where you can connect with other educators.

I hope these resources are helpful for your course and I wish you the best of luck in teaching photovoltaic physics to your students!
 

1. What is photovoltaic physics?

Photovoltaic physics is the study of how solar cells convert sunlight into electricity. It involves understanding the physical principles behind photovoltaic devices, such as materials properties, energy conversion processes, and device design.

2. Why is it important to study photovoltaic physics?

Studying photovoltaic physics is important because solar energy is becoming an increasingly important source of renewable energy. Understanding the underlying physics allows for the development of more efficient and cost-effective solar cells, which can help reduce our dependence on fossil fuels and mitigate climate change.

3. What topics are typically covered in a photovoltaic physics course?

A photovoltaic physics course may cover topics such as semiconductor physics, light-matter interactions, energy band theory, solar cell materials and structures, device fabrication and characterization, and performance modeling and analysis.

4. What resources are available for undergraduates studying photovoltaic physics?

There are a variety of resources available for undergraduates studying photovoltaic physics, including textbooks, online lectures and tutorials, laboratory experiments, and research opportunities. Many universities also offer photovoltaic physics courses as part of their engineering or physics programs.

5. What are some potential career paths for someone who has studied photovoltaic physics?

Individuals who have studied photovoltaic physics may pursue careers in renewable energy research and development, solar cell manufacturing, or energy consulting. They may also go on to graduate studies in fields such as materials science, electrical engineering, or physics with a focus on photovoltaic technology.

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