Overview
This page presents measurement results obtained from various tests conducted with SAN-EI AM Solar Simulators.
These tests are carried out to evaluate performance characteristics under practical operating conditions.
Key parameters related to operational usability and measurement reliability are examined, including irradiance stability, long-duration operation behavior, and irradiance reproducibility after shutter operation.
Each test series provides information on measurement methods, test conditions, observations, and evaluation results to help users better understand system performance.
Published Test Series
The following measurement series are available on this page.
Long-Term Irradiance Stability Test
This series evaluates irradiance stability during continuous illumination.
The tests measure temporal variation and drift of irradiance during long-duration operation to assess stability under extended use conditions.
Published content
- 24-hour continuous illumination test (24H Test)
- 6-hour continuous illumination test (6H Test)
- Measurement results for each model (graphs and numerical data)
Shutter Recovery Test
This series evaluates irradiance reproducibility and recovery behavior when illumination resumes after the shutter has been closed.
In practical operation, the shutter is repeatedly opened and closed during procedures such as sample exchange and measurement preparation.
This test examines the irradiance recovery behavior after shutter reopening.
Published content
- Tests under different shutter-closure durations
- Time-series irradiance graphs
- Measurement results for each model
Additional Performance Tests
Additional performance tests are being conducted to further evaluate the characteristics of solar simulators.
Examples of upcoming tests
- Shutter response characteristics
- Irradiance settling time
- Irradiance uniformity evaluation
- Spectral characteristics evaluation
These results will be added to this page as they become available.
Measurement Method
For details regarding the measurement methods and equipment used in these tests, please refer to the following page. Measurement Method and Equipment
Notes
The results presented on this page are based on measurements conducted for each model under specific test conditions.
Actual results may vary depending on optical configuration, installation environment, and operating conditions.
Contact
For inquiries regarding this measurement series or the products described, please contact us using the following form.