HCPS-100: Class AAA Small Light Spot Solar Simulator

Key Features

• Class A irradiance spectral match: The HCPS-100 achieves Class A spectral match across both IEC 60904-9:2007 and the latest IEC 60904-9:2020 standards (300–1200 nm).  Enlitech’s advanced AM 1.5G filter technology, makes the irradiance spectrum and sustainability of the HCPS-100 solar simulator much better than other brand solar simulators at the same level.
• Class A spatial irradiance uniformity: HCPS-100 uses Enlitech’s advanced homogenizer technology, which can convert the irregular light beam spot into a uniform spatial beam illumination area and reduce the irradiance hot spot distributions. It achieves Class A uniformity ≤ 2% within a 400 mm²area per IEC, ASTM, and JIS standards—ideal for small-area solar cell research.
• Class A irradiance temporal stability: The HCPS-100 solar simulator adopts a high-stability Xe lamp power supply system, which can maintain high temporal stability of the Xe lamp’s irradiance output without the need for an optical feedback control system.The Stable light output ensures accurate IV curves and consistent efficiency measurements.
• Max irradiance intensity ≥ 1400 W/m²(1.0 sun): Thanks to a highly efficient optical design and components, the maximum output AM1.5G irradiance of the HCPS solar simulator can be over 1400 W/m² (> 1.0 sun), much higher than other compact size solar simulators, which are usually smaller than 1.2 sun (1200 W/m²). This ensures operation under STC conditions (AM1.5G, 1000 W/m², 25°C) for a longer duration before lamp replacement is required—making the system more cost-effective than other compact size solar simulators.