Nanostructured Solar Cells Making and Characterization Set
Application:
* Taking a spectrum of materials
* Characterization of nanostructures
* Examining the spectrum of light sources and the spectrum produced by the solar simulator
Product Introduction:
This collection has been designed and produced to be used in educational and research centers in the field of manufacturing third generation solar cells and for using nano technology to increase the efficiency of these cells. Thus, four complementary sets have been designed and built, which are: 1-Quantum yield measurement set 2-Solar simulator set 3-Solar cell table laboratory set 4-Spectroscopy set . With the help of the quantum yield measurement set, it is
possible to study the yield of the cell in various spectral regions by splitting the white light from the xenon lamp into desired wavelengths and shining it on the solar cell under investigation. A solar simulator is used to generate a continuous spectrum that can resemble the spectrum of the Sun or any desired spectrum.
The laboratory table consists of various parts including a common solar package (solar panel, charge controller and inverter), solar power meter, light source with adjustable intensity and cell current-voltage measurement equipment. In the spectroscopy system, in order to investigate the optical properties of plasmonic nanoparticles and the formation of surface plasmon in them, LED power is used as a light source.
Advantages:
The advantages of using LED power instead of gas lamps are:
* Stable radiation
* High efficiency
* Low price
* Long life
* No need for a cooling system
* Small dimensions
* Easy setup
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Type | This product is a final B2B equipment. |