Building a tester for solar cell efficiency

In summary, it really depends on your goals and what level of expertise you are expecting from your students. If you are training technicians, buy the expensive, accurate tool. If you are teaching general approaches to measurements, and want them to design and build their own equipment, they can do it for around $300.
  • #1
Beeginner
3
0
I am trying to have students build a tester with sourceMeter, lamp, etc. for solar cell efficiency measurement.

Could someone give me advice on this project?

Thank you very much.
 
Physics news on Phys.org
  • #2
What class/grade level? Do you want a quick classroom demonstration, or a more detailed "lab quality" test?
 
  • #3
pantaz said:
What class/grade level? Do you want a quick classroom demonstration, or a more detailed "lab quality" test?

Yea this. Making a demonstration should be trivial. Are you asking for help thinking of experiments to perform?
 
  • #4
I am trying to setup a new solar cell undergraduate research lab. Here is my dilemma: I have a few thousand dollars of lab equipment capital and am trying to make a good decision now. To have students build an efficiency measurement unit for home-made dye-sensitized solar cell, they could learn a lot in electronics, but it would take quite long time and also the efficiency measured with home-built instrument may not be accurate at all. Is it a good investment for Keithley Model 2401 Low Voltage SourceMeter Instrument Price: $2,995.00 (very expensive to us), so students can focus on doing research more rather than building the tool? I don't have any experience in this new area. If you could make some suggestions, I highly appreciate it.
 
  • #5
It really depends what is the goal of your teaching.
If you are training technicians, who'll be in their job expected to perform efficient measurements with off-the-shelf apparata they are equipped with - buy the box, and focus on measurement methodology and data interpretation.
If you are rather teaching them general approach to measurements, with some focus also on how to design and build their own equipement, and 'how the apparatus work' is more important than 'how to operate given tool' - then ask them to design and build their own tool at 10% of that price.
I believe that reasonable (1%) accuracy tool to measure efficiency of solar cells is easy to build with a budget of $299.50 and skills not much beyond high-school.
 
  • #6
Ok, I will try to balance this. Thank you, xts, for making the picture clearer to me.
 

FAQ: Building a tester for solar cell efficiency

What is the purpose of building a tester for solar cell efficiency?

The purpose of building a tester for solar cell efficiency is to accurately measure and evaluate the performance of solar cells. This is important in order to improve the efficiency of solar energy production and make it more cost-effective.

What components are needed to build a tester for solar cell efficiency?

The main components needed to build a tester for solar cell efficiency include a light source, a power supply, a voltage and current measuring device, and a data acquisition system. Additional components may include resistors, capacitors, and switches for controlling the testing conditions.

How does a tester measure the efficiency of a solar cell?

A tester for solar cell efficiency measures the current and voltage output of the solar cell under different conditions, such as varying light intensity and temperature. The efficiency of the solar cell is then calculated by dividing the maximum power output by the input power from the light source.

Can a tester for solar cell efficiency be used for all types of solar cells?

Yes, a tester for solar cell efficiency can be used for all types of solar cells, including crystalline silicon, thin-film, and organic solar cells. However, the testing conditions may vary depending on the specific type of solar cell being tested.

How can the data collected from a tester for solar cell efficiency be used?

The data collected from a tester for solar cell efficiency can be used to identify areas for improvement in the design and production of solar cells. It can also be used to compare the performance of different types of solar cells and inform the development of new, more efficient solar cell technologies.

Back
Top