Xenon lamp steady-state solar simulator series

The large surface xenon lamp steady-state solar simulator uses a xenon lamp as a steady-state light source and can be used for IV testing of crystalline silicon, perovskite, and stacked solar cells and their corresponding components. The equipment is mainly equipped with a light source control system, power control system, testing system, constant temperature system, infrared temperature probe, reference battery, computer, display, etc.

Main parameters of xenon lamp steady-state solar simulator
1. Reference standard: IEC60904-9:2020.
2. Type of light source: Xenon lamp steady-state light source.
3. Light source cooling method: Customized air cooling.
4. Light source lifespan: ≥ 1000h.
5. Spectral range: 300-1200nm.
6. Light source level: spectral matching degree 0.875-1.125 A+; irradiance non-uniformity ≤ 1% A+; irradiance instability ≤ 1% A+.
7. Range of irradiance: 200W/㎡~1200W/㎡.
8. Test area: 1200 * 600mm; 2600 * 1400mm; Other sizes can be customized.
9. Test mode: The steady-state test mode can be freely set from 1 second to continuous illumination.
10. Testing technology: Equipped with I-V and V-I scanning modes as standard, it has various testing technologies such as Mppt (maximum power point tracking), I-t (constant voltage), dynamic measurement method, etc. At the same time, it integrates point by point scanning mode (satisfying the shortest step of ≤ 0.2s), which can be switched through software.
11. Testeable batteries: conventional polycrystalline Perc、Topcon、BC、 Heterojunction CIGS、GaAs、CdTe、 Perovskites, perovskite stacks, etc.
12. Additional features: Integrated temperature control system to achieve temperature coefficient testing; Integrated multi-channel acquisition system (customizable number of channels).