New release
This low-priced, high-performance compact solar simulator achieves Class A for all categories of “irradiation unevenness (80 mm2 area)”, “spectral match”, and “time variation” prescribed by IEC 60904-9.
Because the design allows for transport, installation, and lamp replacement that do not require performance adjustments by an engineer, introduction costs and running costs are low.
This is the perfect model for persons who want to perform simplified evaluations of solar cells using a high-performance light source but are unable to install a large and expensive solar simulator!
Product introduction(youtube)
Model | XI-05A1V1-P |
Input power | 1φ100V, 50/60Hz |
Power source capacity | 1000VA |
Maximum input current | Approx. 10 A |
Lamp | 500W xenon lamp |
Average lamp lifetime | Approx. 1,000 hours |
Effective irradiated area | ~□156mm |
Irradiation distance | 500mm |
Rated irradiance | 1000W/㎡ |
Spectral match | IEC 60904-9 Class A |
Spatial unevenness | □80mm IEC 60904-9 Class A □100mm IEC 60904-9 Class B □156mm IEC 60904-9 Class C |
Time variation | IEC 60904-9 Class A |
Irradiance adjustment range | 60 – 100% (Maximum irradiance = 100%) |
Service temperature range | 0 ~ 30℃ |
Service humidity range | 10 ~ 90% |
Users can select simulated sunlight with different wavelength ranges according to the application.
Filter A | High similarity to natural sunlight in the visible light (370 – 780 nm) range |
Filter B | High similarity to natural sunlight in the ultraviolet to visible light (300 – 780 nm) range |
Filter E |
Achieves IEC 60904-9 Class A for spectral match. Achieves A+ for crystalline systems. |
Filter L | Simulates the wavelength range from 300 – 2500 nm, accurately reproducing the outdoor environment. |