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Solar Simulator Irradiance Uniformity Analyzer
The Solar Simulator Irradiance Uniformity/Stability Tester is a device that simulates solar irradiance. In the photovoltaic industry, solar simulators replace the sun to irradiate photovoltaic cells and measure their photoelectric conversion characteristics such as short-circuit current (Isc), open-circuit voltage (Voc), maximum power (Pmax), conversion efficiency (η), and fill factor (FF). The uniformity and stability of the solar simulator's irradiance directly reflect the quality and performance of the solar cells. LiSen Optics' LS-PV6-SST solar simulator irradiance uniformity/stability tester can accurately and quickly measure the transient and steady-state irradiance uniformity and stability of the solar simulator. This instrument meets the IEC60904-9, IEC 60904-9: Ed.3(Draft) standards for solar simulator matching grade determination and also complies with the solar simulator calibration specification (JJF1615-2017).
The Solar Simulator Irradiance Uniformity/Stability Tester is a device that simulates solar irradiance. In the photovoltaic industry, solar simulators replace the sun to irradiate photovoltaic cells and measure their photoelectric conversion characteristics such as short-circuit current (Isc), open-circuit voltage (Voc), maximum power (Pmax), conversion efficiency (η), and fill factor (FF). The uniformity and stability of the solar simulator's irradiance directly reflect the quality and performance of the solar cells. LiSen Optics' LS-PV6-SST solar simulator irradiance uniformity/stability tester can accurately and quickly measure the transient and steady-state irradiance uniformity and stability of the solar simulator. This instrument meets the IEC60904-9, IEC 60904-9: Ed.3(Draft) standards for solar simulator matching grade determination and also complies with the solar simulator calibration specification (JJF1615-2017).
Product Introduction
Main Technical Features
● Meets IEC60904-9, IEC 60904-9: Ed.3(Draft) for solar simulator matching level determination.
● Complies with JJF1615-2017 solar simulator calibration specifications.
● Real-time acquisition and display of solar simulator irradiance conversion voltage maximum, minimum, and average values.
● Measures solar simulator irradiance uniformity and instability.
● Can set the number of points and frequency to implement functional measurement in steady-state or transient modes.
● Uses a resistance-stable high-power resistor as an I-V converter, converting the current signal into a voltage signal for rapid data acquisition.
● Professional collection and analysis software, with real-time data recording and display.
Solar Simulator Irradiance Uniformity Software Interface
Solar Simulator Irradiance Stability Software Interface
Main Technical Features
● Meets IEC60904-9, IEC 60904-9: Ed.3(Draft) for solar simulator matching level determination.
● Complies with JJF1615-2017 solar simulator calibration specifications.
● Real-time acquisition and display of solar simulator irradiance conversion voltage maximum, minimum, and average values.
● Measures solar simulator irradiance uniformity and instability.
● Can set the number of points and frequency to implement functional measurement in steady-state or transient modes.
● Uses a resistance-stable high-power resistor as an I-V converter, converting the current signal into a voltage signal for rapid data acquisition.
● Professional collection and analysis software, with real-time data recording and display.
Solar Simulator Irradiance Uniformity Software Interface
Solar Simulator Irradiance Stability Software Interface
Main Technical Indicators
|
Model |
LS-PV6-SST |
|
Number of sampling points |
2048~409600 |
|
Sampling frequency |
1~250Ks/s |
|
According to standards |
IEC60904-9、IEC 60904-9：Ed.3(Draft)、JJF1615-2017 |
|
IV conversion accuracy |
16-Bit ADC |
|
Power supply |
USB Power Supply |
|
Dimensions |
Main unit :300×255×100 mm (length×width×height) |
|
Probe:165×140×30mm (length×width×height) |
Main Technical Indicators
|
Model |
LS-PV6-SST |
|
Number of sampling points |
2048~409600 |
|
Sampling frequency |
1~250Ks/s |
|
According to standards |
IEC60904-9、IEC 60904-9：Ed.3(Draft)、JJF1615-2017 |
|
IV conversion accuracy |
16-Bit ADC |
|
Power supply |
USB Power Supply |
|
Dimensions |
Main unit :300×255×100 mm (length×width×height) |
|
Probe:165×140×30mm (length×width×height) |
Classification Range of Solar Simulator Irradiance Non-Uniformity and Instability
|
Grade |
Irradiance Non-Uniformity % |
Irradiance Instability % |
|
|
Short-term Instability |
Long-term Instability |
||
|
A |
2 |
0.5 |
2 |
|
B |
5 |
2 |
5 |
|
C |
10 |
10 |
10 |
Classification Range of Solar Simulator Irradiance Non-Uniformity and Instability
|
Grade |
Irradiance Non-Uniformity % |
Irradiance Instability % |
|
|
Short-term Instability |
Long-term Instability |
||
|
A |
2 |
0.5 |
2 |
|
B |
5 |
2 |
5 |
|
C |
10 |
10 |
10 |
Next: no data!
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