It adopts non-contact large-area scanning detection technology, which can detect a maximum 2m×3m photovoltaic panel at a time, with a detection speed of 1 second/㎡, greatly improving mass production quality inspection and power station inspection efficiency. It is equipped with a full-band detector covering 300-1200nm, which fully matches the working spectral range of photovoltaic modules, ensuring that the detection results meet photovoltaic industry standards. The detection accuracy reaches ±0.1%, with repeatability error ≤0.07%, which can accurately identify tiny transmittance differences and timely detect panel scratches, stains and uneven coatings. It has a built-in 15000mAh lithium battery with 12 hours of long battery life, supporting continuous detection in outdoor power stations without mains power. It is equipped with WiFi and 4G modules, which can upload detection data to the photovoltaic power station management platform in real time and generate a panel transmittance heat map to intuitively display the panel performance distribution. The aluminum alloy reinforced body is suitable for complex outdoor operating environments, and the scratch-proof detection probe has a longer service life.
The detection wavelength range covers 300nm ultraviolet band to 1200nm near-infrared band, fully matching the working spectral range of photovoltaic modules. The transmittance detection accuracy is ±0.1%, and the single large-area scanning detection time is ≤1 second/㎡. It is compatible with photovoltaic panels with a maximum size of 2m (width) × 3m (length), and supports customized large-size detection fixtures. The overall dimensions are 800mm (length) × 600mm (width) × 250mm (height), with a net weight of 12kg. It has a built-in 15000mAh rechargeable lithium battery, supporting 12 hours of continuous detection, and supports mains charging and car charging. It has obtained CE and UL international certifications, meeting photovoltaic industry quality inspection standards. The data storage capacity reaches 20000 sets of scanning results, supporting export to CSV and PDF format photovoltaic module quality inspection reports. It supports automatic calibration, and is equipped with photovoltaic industry standard calibration sheets to ensure the consistency and accuracy of detection results.
It is suitable for the mass production quality inspection link of photovoltaic module manufacturers, panel performance inspection of photovoltaic power station operation and maintenance teams, and notarized detection of panel performance by third-party photovoltaic testing institutions. It can quickly detect the transmittance parameters of photovoltaic glass, EVA胶膜, backsheet materials and other photovoltaic module components, helping enterprises timely detect unqualified products, reduce power station operation and maintenance costs, and improve the power generation efficiency of photovoltaic modules. Typical application scenarios include on-line quality inspection of photovoltaic module production lines, regular panel performance inspection of large photovoltaic power stations, and third-party inspection of exported photovoltaic modules.
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