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Accelerated and Outdoor Aging Effects on Photovoltaic Module Inter facial Adhesion Properties

机译:加速和室外老化对光伏组件界面粘合性能的影响

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摘要

We have developed an apparatus that allows the measurement of applied torque as a function of angle of twist during shear removal of cored specimens. This allows us to characterize the strength and durability of various interfaces within many types of photovoltaic (PV) modules. We have used this device to evaluate several parameters in terms of their ability to quantify degradation of interfacial adhesion in weathered PV modules. The usefulness of shear modulus in this regard is marginal. However, peak torque, angle at peak torque, and toughness are very sensitive parameters.
机译:我们已经开发出一种设备,该设备可以在剪切带芯样品的过程中测量施加的扭矩与扭转角的关系。这使我们能够表征许多类型的光伏(PV)模块中各种接口的强度和耐用性。我们已经使用该设备来评估多个参数,以评估其在风化的PV模块中界面粘附力下降的能力。在这方面,剪切模量的有用性很小。但是,峰值扭矩,峰值扭矩角度和韧性是非常敏感的参数。

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