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IV test special software (adapted to 2400,2401)

Model:CEL-IV

Place of Origin:Beijing

Brief introduction:Among all the performance characterization means of solar photovoltaic devices, IV characteristic test is undoubtedly the most intuitive, effective and widely used one. By measuring the IV characteristic curve and further analyzing the data, we can directly understand the physical properties of PV devices, including the efficiency of photoelectric conversion and fill factor. These data can provide a reliable basis for the research, quality control and application of PV devices. We provide cost-effective IV characteristic testing system and the most complete and professional technical support.

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Product Applications

   Among all the performance characterization means of solar photovoltaic devices, IV characteristic test is undoubtedly the most intuitive, effective and widely used one. By measuring the IV characteristic curve and further analyzing the data, we can directly understand the physical properties of PV devices, including the efficiency of photoelectric conversion and fill factor. These data can provide a reliable basis for the research, quality control and application of PV devices. We provide cost-effective IV characteristic testing system and the most complete and professional technical support.

Software startup interface

Software main interface


Advantageous features

1)Complete IV characteristics measurement and analysis solutions

2) Test method in line with IEC international standards

3) Probe shadow minimization, reduce measurement errors

(4) Temperature control function, IEC standard test conditions

5) Vacuum adsorption function, sample fixation more convenient

6) Graphical interface software, easy to operate

7) Support Excel, ASCII, XML format data export

8) Report printing function, automatically generate a complete test report


Software advantage

1) Measurement of IV curves under light conditions and dark conditions.

2) Measurement of open circuit voltage Voc, short circuit current Isc, short circuit current density Jsc, maximum power voltage Vmpp, maximum power current, fill factor, photoelectric conversion efficiency

3) Standard measurement condition correction function (IEC standard)

(4) Standard solar cell correction function

5) Current source using the original U.S. imported Keithley 2400 source meter, can be set -210V ~ 210V voltage output, current measurement maximum 1.05A.

6)Voltage scan can be set up to 2500 scan points, customizable scan start voltage, scan end voltage; bidirectional scan output can be defined (start value → end value, end value → start value).

7) Complete saving of detailed measurement data.

8)Graphic output for I-V, P-V curve, can be exported to BMP, JPG format.

9)Measurement files can be exported to Excel, txt text format, and complete test reports can be printed.

10)Full Chinese interface, easy to operate.


System configuration.


Item

Name

Specification Model

Description

1

Solar Simulator

CEL-S500 Xenon lamp light   source

Standard light sources   available

2

Standard Solar Cell

AM1.5G filter

Monocrystalline,   polycrystalline, either one can be used for light source intensity and   spectral calibration

3

Current Source Meter

CEL-RCCN monocrystalline   silicon standard solar cell

Used to measure battery index

4

Workstation

CEL-RCCO polycrystalline   silicon standard solar cells

RS232 for data acquisition,   Chinese interface, no need to purchase KUSB488 data card

5

Console

KEITHLEY2400 Current Source   Meter

For online testing and data   acquisition

Technical specifications.

Item

Indicators and descriptions

Spectral match

AM1.5G   Class A match

Spot irradiance

1200W/m2

Maximum measurement area

50mm×50mm

Current measurement

Range 0~1A, Accuracy 0.015%

Voltage measurement

Range 0~40V, accuracy 0.035%

Spot uniformity

<5%

Light intensity stability

<2% (rms)

Electrode connection

Four-probe method


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