"3m×5m large-scale photovoltaic module segment testing, with a 8% error in connection, resulting in the rejection of international certification" "Under extreme high temperatures, LED equipment suffers severe light attenuation, and the aging test of spacecraft materials was interrupted midway" "The uniformity of strong ultraviolet research experiments is less than 55%, and the data deviation exceeds 25%, which slows down the output of top-tier journals" - In the high-end fields such as photovoltaic certification, aerospace, and frontier research, the pain points of traditional light exposure testing, such as "limited size, poor stability, incomplete spectral coverage, and weak adaptability to extreme environments", are becoming the core bottlenecks that restrict project progress,成果转化 and cost control， leaving enterprises and research institutions in a predicament of "data failure， cycle delay， and high costs".
After 20 years of deep research in the field of optoelectronics， Saifan Optoelectronics takes aerospace-level optical technology as its core, builds a stable solar simulator product matrix covering xenon lamps and LED dual series, and relies on "IEC 60904-9 3A full indicators meeting standards， large-scale coverage， and extreme environment stability control" three core advantages， precisely replicates multiple standards such as AM1.5G， AM0， and D65 spectra， and perfectly adapts to strict requirements such as certification of large-sized components， extreme environment material testing， and strong ultraviolet research trials. Currently， this series of products has served over 230 high-end customers worldwide， covering 23 countries and regions. In top-tier journals such as "Nature" and "Science"， papers citing its test data reach 127， making it a benchmark for domestic stable solar simulator equipment.
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