| Add time： | 2021-05-08 14:26:45 |
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Non-glass PV module detailed introduction：
Specification:
Rated power: 375-450W
Size：customized according to specific usage scenarios
Product Features:
High performance: through advanced manufacturing processes and patented technology, module conversion efficiency can reach 20.2%.
Reliability: With the load certification test of 5,400 Pa snow pressure and 2,400 Pa wind pressure, strict quality management and elaborately selected materials, the long-term reliability of King-Roof can be ensured.
Specifications:
Module Type: SDFA11-144M
Cell Type: Monocrystalline Silicon, 158.75×79.375
Cell Orientation: 144 (6×24)
Junction Box: IP68, three diodes
Output Cable: 4mm2 , 300mm in length, length can be customized
Surface films: 0.31mm, (High weather-ability & Long life & Self-cleaning)
Frame: Anodized aluminum allay frame
Weight: 11kg
Dimension: 2022×1002.5×30.5mm
Packaging: 30pcs per pallet
150pcs per 20’GP, 660pcs per 40HC
Electrial Parameters:
Operational Temperature: -40 ℃~+85℃
Nominal Operating Cell Temperature: 45±2℃
Power Output Tolerance: 0~+5W
Voc and lsc Tolerance: ±3%
Maximum System Voltage: DC1500V (IEC/UL)
Maximum Series Fuse Rating: 20A
Safety Class: Class ll
Fire Safety Class : Class A
Product Features:
High Power Outputs : The application of new high-polymer nano-film and half-cut PERC cell structure enables higher energy yields than conventional modules.
Super Light weight: The glassless encapsulation means a much lighter overall structure of the module, which weighs 4~5 kg/m2, just one-third the unit weight of a conventional module of the same size.
Non PID: The application of high-polymer materials in place of glass and conventional backsheet enables the module to be free of potential induced degradation (PID).
Installation and Maintenance: The glassless structure is free from cracks and easy to transport and carry, making installation and maintenance much more convenient.
Load-Bearing Capacity: The module is reinforced by ribs in the backsheet, which enhances its resistance to loads. The maximum allowable wind load and snow load are 3600 Pa and 5400 Pa respectively.
Good Performance under Low Light Conditions: The application of high-polymer nano-film enables the module to generate more electricity under low light conditions such as fogs or cloudy days.
Minimized Hot-Spot Effect: The application of self-cleaning high-polymer nano-material reduces the hot-spot effect, minimizing the module’s degradation.
Stable Power-Generating Performance: The modules have stable power-generating performance in various scenarios, be they mounted on rooftops, on the ground, or above water.
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