水上光伏發電系統雷電防護技術
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Lightning Protection Technology for Water Photovoltaic Power Generation System
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    摘要:

    光伏發電系統是一種清潔、安全、便利、高效的新興發電產業。近年來,以“漁光互補”為代表的水上光伏發電系統發展顯著,很大程度上解決了建設傳統光伏電站土地資源稀缺等難題,有效提高了土地綜合利用效益。為了防止和減少雷電對水上光伏發電系統造成的設備損害和人身傷害,確保光伏發電系統安全可靠運行,通過分析所在地的雷電環境特征及雷電危害途徑,結合水上光伏發電系統的布置形式和結構特征,提出綜合性雷電防護方案,采取由接閃器、引下線和接地裝置組成的外部防雷裝置來預防直擊雷危害;綜合應用等電位連接和共用接地系統、屏蔽及合理布線、安裝電涌保護器來有效減少雷電過電壓,以及雷擊電磁脈沖對光伏發電系統造成的電氣和電子系統損壞。

    Abstract:

    The photovoltaic power generation system is a kind of clean, safe, convenient and efficient power generation industry. In recent years, as one of water photovoltaic power generation systems, the “fishingphotovoltaic complementation” has a significant development, which solves the problem of the scarce traditional photovoltaic power station construction land resources and improves the efficiency of the comprehensive land utilization. In order to prevent and reduce the equipment damage and personal injury of the water photovoltaic power generation system caused by lightning to ensure the safe and reliable operation of the photovoltaic power generation systems, by analyzing the lightning environmental characteristics and its damage where the project is located, combining with the layout form and structure characteristics of the water photovoltaic power generation systems, a comprehensive lightning protection scheme is put forward, which uses an external lightning protection system composed of the airtermination system, downconductor system, and earthtermination system to prevent the direct lightning flash damage, and comprehensively uses the equipotential bonding and common earthing system, electromagnetic shielding, and wiring reasonably, installing surge protective devices (SPDs), and so on to effectively reduce the damage of the electrical and electronic systems in the photovoltaic power generation systems caused by lightning overvoltages and lightning electromagnetic impulses.

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田德寶,楊群超,徐穎,謝大勇.水上光伏發電系統雷電防護技術[J].氣象科技,2017,45(5):907~911

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歷史
  • 收稿日期:2016-10-19
  • 定稿日期:2017-02-16
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  • 在線發布日期: 2017-10-31
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