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首页> 外文期刊>Transactions on Electrical and Electronic Materials >Reduction of Heat Generation from Junction Box in 3 kW Photovoltaic Power Generation System
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Reduction of Heat Generation from Junction Box in 3 kW Photovoltaic Power Generation System

机译:减少3 kW光伏发电系统中接线盒产生的热量

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摘要

A junction box used in a 3 kW photovoltaic power generation system plays a role in collecting and supplying the direct current voltage produced by photovoltaic modules to an inverter. It is also used for facilitating maintenance checks and protecting the module and inverter by keeping the voltage constant. As for the junction box, using it in a parallel connection creates a difference between the setup modules. In order to compensate, an inverse voltage diode is used. But the high-power created through the solar generator can be delivered to the inverter through the inverter regularly. Therefore, a component can break down due to excess heat. And consequently short circuits and electric leakage occurs. In this study, using a junction box that enabled the bypass of high electric power, it was possible to reduce heat generation by approximately 35℃ when compared to a standard junction box.
机译:在3 kW光伏发电系统中使用的接线盒在收集光伏模块产生的直流电压并将其提供给逆变器方面发挥了作用。它也可用于通过保持电压恒定来方便维护检查并保护模块和逆变器。至于接线盒,将其并联使用会在设置模块之间产生差异。为了补偿,使用了反向电压二极管。但是,通过太阳能发电机产生的高功率可以定期通过逆变器传递到逆变器。因此,部件可能会因过热而损坏。因此,发生短路和漏电。在这项研究中,使用能够绕开高功率的接线盒,与标准接线盒相比,可以将发热量降低约35℃。

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