Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Graphite-based flexible grounding auxiliary device for mountain wind power area and construction method
The invention discloses a mountain wind power area graphite-based flexible grounding auxiliary device and a construction method, the construction auxiliary device comprises a groove body, a first graphite-based flexible resistance reducing cloth, a graphite-based flexible grounding belt and a second graphite-based flexible resistance reducing cloth, the first graphite-based flexible resistance reducing cloth is arranged in the groove body, and the second graphite-based flexible resistance reducing cloth is arranged in the groove body. The first graphite-based flexible resistance reduction cloth is fixedly connected with the groove body through a first positioning hook plate, a graphite-based flexible grounding strip is laid in the middle of the first graphite-based flexible resistance reduction cloth, and second graphite-based flexible resistance reduction cloth is laid above the graphite-based flexible grounding strip. And the second graphite-based flexible resistance reducing cloth is fixedly connected with the ground through the second positioning hook plate. The method is suitable for construction sites with changeable environments, limited construction area and high soil resistivity, the construction progress is accelerated, waste of manpower, resources and energy is reduced, the construction efficiency is improved while the construction quality is guaranteed, the safety coefficient is high, and the method has wide application value.
本发明公开了一种山地风电区域石墨基柔性接地辅助装置及施工方法，其中：该施工辅助装置包括沟槽本体、第一石墨基柔性降阻布、石墨基柔性接地带和第二石墨基柔性降阻布，在沟槽本体内设置有第一石墨基柔性降阻布，且第一石墨基柔性降阻布通过第一定位钩板与沟槽本体固定连接在一起，在第一石墨基柔性降阻布的中部敷设有石墨基柔性接地带，在石墨基柔性接地带的上方敷设有第二石墨基柔性降阻布，且第二石墨基柔性降阻布通过第二定位钩板与地面固定连接在一起。本发明适用环境多变、施工面积受限、土壤电阻率较高的施工场地，在保证施工质量的同时，加快了施工进度，减少了人力、资源、能源的浪费，提高了施工的效率，其安全系数高，具有广泛的应用价值。
Graphite-based flexible grounding auxiliary device for mountain wind power area and construction method
The invention discloses a mountain wind power area graphite-based flexible grounding auxiliary device and a construction method, the construction auxiliary device comprises a groove body, a first graphite-based flexible resistance reducing cloth, a graphite-based flexible grounding belt and a second graphite-based flexible resistance reducing cloth, the first graphite-based flexible resistance reducing cloth is arranged in the groove body, and the second graphite-based flexible resistance reducing cloth is arranged in the groove body. The first graphite-based flexible resistance reduction cloth is fixedly connected with the groove body through a first positioning hook plate, a graphite-based flexible grounding strip is laid in the middle of the first graphite-based flexible resistance reduction cloth, and second graphite-based flexible resistance reduction cloth is laid above the graphite-based flexible grounding strip. And the second graphite-based flexible resistance reducing cloth is fixedly connected with the ground through the second positioning hook plate. The method is suitable for construction sites with changeable environments, limited construction area and high soil resistivity, the construction progress is accelerated, waste of manpower, resources and energy is reduced, the construction efficiency is improved while the construction quality is guaranteed, the safety coefficient is high, and the method has wide application value.
本发明公开了一种山地风电区域石墨基柔性接地辅助装置及施工方法，其中：该施工辅助装置包括沟槽本体、第一石墨基柔性降阻布、石墨基柔性接地带和第二石墨基柔性降阻布，在沟槽本体内设置有第一石墨基柔性降阻布，且第一石墨基柔性降阻布通过第一定位钩板与沟槽本体固定连接在一起，在第一石墨基柔性降阻布的中部敷设有石墨基柔性接地带，在石墨基柔性接地带的上方敷设有第二石墨基柔性降阻布，且第二石墨基柔性降阻布通过第二定位钩板与地面固定连接在一起。本发明适用环境多变、施工面积受限、土壤电阻率较高的施工场地，在保证施工质量的同时，加快了施工进度，减少了人力、资源、能源的浪费，提高了施工的效率，其安全系数高，具有广泛的应用价值。
Graphite-based flexible grounding auxiliary device for mountain wind power area and construction method
一种山地风电区域石墨基柔性接地辅助装置及施工方法
LI CI (Autor:in) / LI BENCHENG (Autor:in) / SHI YUPENG (Autor:in) / ZHAO WEIDONG (Autor:in) / WEN LEI (Autor:in) / FAN CHENGFENG (Autor:in) / QIAO KELIANG (Autor:in) / WEI MING (Autor:in) / ZHANG HONGZHI (Autor:in) / HOU MINGDONG (Autor:in)
06.08.2024
Patent
Elektronische Ressource
Chinesisch
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