PVMD Delft University of Technology Learning objectives Typical JV - PowerPoint PPT Presentation

Illuminated JV – Setup and Measurement René van Swaaij PVMD Delft University of Technology

Learning objectives • Typical JV testing setup

Learning objectives • Typical JV testing setup • Measurement procedure

Measurement Setup Light source(s) Shutter Sourcemeter Voltage supply Temperature probe 25 °C Solar cell Water cooling system Stage

Lamp spectra Xe lamp

Lamp spectra Filtered Xe lamp

Lamp spectra Ha lamp

Lamp spectra Ha lamp Filtered IR

Lamp spectra 19 LED’s Spectrum: Aescusoft LEDSim

Measurement Setup Light source(s) Shutter Sourcemeter Voltage supply Temperature probe 25 °C Solar cell Water cooling system Stage

2 Point probe A V

2 Point probe A V D D = 15.5 cm

2 Point probe · 𝐸 - cm - = 9.6A 𝐽 = 40 &' * (& ) A V D D = 15.5 cm

4 Point probe A V

Reference cell Source figure: Fraunhofer 2017

Reference cell Spectral Response [mA/W/m 2 ] Wavelength [nm] Source figure: Fraunhofer 2017

Video performing a measurement

Summary Solar simulator spectrum obtained by combining different • types of light sources

Summary Solar simulator spectrum obtained by combining different • types of light sources Accurate JV measurement by the 4-point probe method •

Summary Solar simulator spectrum obtained by combining different • types of light sources Accurate JV measurement by the 4-point probe method • Reference cells required to control the solar simulator’s • spectral intensity

PVMD Delft University of Technology Learning objectives Typical JV - PowerPoint PPT Presentation

Illuminated JV Setup and Measurement Ren van Swaaij PVMD Delft University of Technology Learning objectives Typical JV testing setup Learning objectives Typical JV testing setup Measurement procedure Measurement Setup Light

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