"Segmented testing of 2.4m×4.8m ultra-large photovoltaic modules, with a 7% error in connection causing the certification to be rejected" "Testing of complete panels for new energy vehicles, frequent replacement of xenon lamps causing the production line to stop and a loss of millions" "150㎡ photocatalytic pilot testing platform, with the uniformity of light from multiple devices being less than 60%, making the experimental data unusable" - In high-end scenarios such as mass production of ultra-large-sized components, testing of complete panels, and large-scale scientific research pilot testing, the four major pain points of traditional light exposure testing - "limited test area, high energy consumption, cumbersome maintenance, and drift in accuracy" - are becoming the core bottlenecks that restrict capacity improvement,成果转化， and cost control.
Having深耕ed the photovoltaic field for 20 years， Saifan Photovoltaic has taken the breakthrough of LED core technology as the starting point and launched the large-area 3A grade LED steady solar light simulator. With "IEC 60904-9 3A full indicators meeting standards， maximum 4.8m×2.4m ultra-wide area coverage， and 100，000-hour maintenance-free light source" as its three core competencies， it precisely replicates multiple standards such as AM1.5G， AM0， and D65， and perfectly adapts to the strict testing requirements of large areas， high frequencies， and low maintenance. Currently， this series of products has served over 240 high-end customers worldwide， covering photovoltaic， new energy vehicles， research institutions， and other diverse fields， increasing testing efficiency by 4 times， reducing maintenance costs by 80%， and becoming the benchmark of large-area light exposure testing equipment in China.
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