民用太陽能熱水系統雷電災害分析和防雷技術
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Analysis of Lightning Disasters and Lightning Protection Technology for Solar Water Heaters
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    摘要:

    通過對太陽能熱水系統雷電災害事例的理論分析及對現行各類防雷技術標準的相關研究,從集熱器部分直擊雷的防護、電氣與自動控制系統的LEMP防護以及人身安全保護3個方面提出太陽能熱水系統防雷技術要點。建議根據安裝太陽能熱水系統的建筑物高度以及所在地年平均雷暴日數等因素進行雷擊風險評估,以決定是否需要在集熱器附近安裝接閃桿。對電氣與自動控制系統的LEMP防護應考慮一次性投入、維修維護費用與設備的價值之比決定是否采取屏蔽、等電位連接、防閃絡措施(合理布線)及加裝浪涌保護器(SPD)等措施。

    Abstract:

    The key technical points of lightning protection for solar water heaters are presented through the theoretical analysis of lightning disasters and the related researches on various lightning protection standards from the following three aspects: the protection of direct lightning strokes for solar collectors, the LEMP (Lightning electromagnetic impulse) protection of electric and automatic control systems, and the protection of user’s personal safety. It is suggested that the risk of lightning damage should be estimated according to the heights of the buildings on which solar water heaters are installed and the annual mean numbers of lightning days in the related areas to decide whether it is necessary to install a lightning arrester around the collector. For the LEMP protection of electric and automatic control systems, the oneoff investment and the ratio of maintenance fee to equipment cost should be considered in determining whether such measures is necessary as shielding, equipotential bonding, flashover protection (rational wiring), and SPD (Surge Protective Device) installation.

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聶長春,郭麥,陳青山.民用太陽能熱水系統雷電災害分析和防雷技術[J].氣象科技,2008,36(6):830~833

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  • 收稿日期:2007-05-03
  • 定稿日期:2007-10-10
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