"Outdoor testing of photovoltaic modules is affected by weather, with large data fluctuations that cannot support certification." "The weather resistance testing cycle for automotive exterior materials is long, and inaccurate replication of natural light leads to color differences in mass production." "In scientific research experiments, light conditions are difficult to reproduce, with data repeatability less than 60%, and the project is blocked and difficult to break through." - In fields such as photovoltaic certification, the automotive industry, new material research and development, and cutting-edge scientific research, The three major pain points of traditional light testing, namely "environmental constraints, spectral distortion, and poor steady-state stability", are becoming the core bottlenecks restricting the upgrading of product quality and the transformation of scientific research achievements, leaving enterprises and research institutions in a predicament of "difficult testing, long cycle, and high cost".
Having been deeply engaged in the optoelectronics field for over two decades, Saifan Optoelectronics, relying on its accumulation of aerospace-grade optical technology and the iteration of tens of millions of measured data, has developed a full range of solar simulator product matrix, covering various types such as 3A-level steady-state xenon lamp models, high-efficiency energy-saving LED models, and ultra-large format custom models. With the core competitiveness of "full compliance with IEC 60904-9 3A indicators, spectral matching degree ≥97%, and long-term steady-state drift ≤±1.5%", it precisely replicates multiple standard solar spectra such as AM1.5G, AM0, and D65, perfectly meeting the lighting requirements of all scenarios including industrial mass production certification, high-end scientific research experiments, and product weather resistance testing. At present, this series of products has served over 320 high-end customers worldwide and has become the "trusted choice" in fields such as photovoltaic, automobiles, and scientific research.
Link Microblog
