Ultra-high voltage alternating current single loop tangent tower

The embodiment of the utility model discloses an ultra-high voltage alternating current single loop tangent tower, which comprises tower legs, a tower body and a tower head, wherein the tower body is connected with the tower legs, the tower head is connected with the tower body, and the ratio of the...

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Hauptverfasser: XU BIN, FENG DEKUI, ZHAO HONGRU, GUO FENG, HU ZHIYI, SUN XINMIAO, DUAN SONGTAO, ZENG DESEN, SHU AIQIANG, ZHANG YI, ZUO YUANLONG, XIA QIAN, XU SHIHONG, YANG JINGSHENG, XIAO HONGWEI, FENG HENG, LI XIN, LYU BAOHUA, KE JIA, SHI JINGHUA, BAI QIANG, ZHAO ZHENG, XIONG KANG, XU CHENG, HU XING, PU FAN, HE JIANG, GAO PEIGUO, ZENG ERXIAN, YIN PENG
Format: Patent
Sprache:chi ; eng
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Zusammenfassung:The embodiment of the utility model discloses an ultra-high voltage alternating current single loop tangent tower, which comprises tower legs, a tower body and a tower head, wherein the tower body is connected with the tower legs, the tower head is connected with the tower body, and the ratio of the overall height of the tangent tower to the foot distance of the tower legs is not smaller than 6 but is not greater than 10, so on the premise of meeting the ultra-high voltage load requirement, the ratio of the height of the tangent tower to the foot distance of the tower legs, i.e., the Hg/B ratio is increased. Therefore compared with the ultra-high voltage alternating current single loop tangent tower in the prior art, the ultra-high voltage alternating current single loop tangent tower provided by the embodiment of the utility model has the advantages that when the tower height is identical, the foot distance of the tower legs of the tangent tower is reduced, so the occupied area of the tangent tower is smalle