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A platform for research: civil engineering, architecture and urbanism
Hydropower station outgoing line system arrangement method combined with geological exploration hole
The invention relates to a hydropower station outgoing line system arrangement method combined with a geological exploration hole, and the method comprises the following steps: S1, constructing an exploration adit in a hydropower station construction and survey stage; s2, in the hydropower station construction stage, an outgoing line upper adit, an outgoing line connecting hole, an outgoing line vertical shaft, an outgoing line vertical shaft lower adit, a switching station and a main transformation hole are built; the wire outlet upper adit is reconstructed from the exploration adit, and the switching station is communicated with the main transformer hole sequentially through the wire outlet upper adit, the wire outlet connecting hole, the wire outlet vertical shaft and the wire outlet vertical shaft lower adit from the ground. According to the method, overall planning is carried out in the whole period of hydropower station surveying and construction, the surveying adit planning constructed in the surveying stage is used for the transformation foundation during later-period formal construction of the hydropower station, the surveying adit is expanded and transformed into the outgoing line upper adit, then the outgoing line upper adit is used for outgoing line of a hydropower station system, and excavation of the adit is reduced.
本发明涉及一种结合地质勘探洞的水电站出线系统布置方法，包括以下步骤：S1在水电站建设勘测阶段，建设勘探平洞；S2在水电站建设施工阶段，分别建设出线上平洞、出线连接洞、出线竖井、出线竖井下平洞、开关站和主变洞；所述出线上平洞由所述勘探平洞改建而成，所述开关站从地面依次通过出线上平洞、出线连接洞、出线竖井、出线竖井下平洞与主变洞连通。本发明在水电站勘测和建设全周期内，统筹规划，将勘测阶段建设的勘测平洞计划性用于后期水电站正式建设时的改造基础，将勘测平洞扩建改造成为出线上平洞，进而用于水电站系统出线，减少了洞室的开挖。
Hydropower station outgoing line system arrangement method combined with geological exploration hole
The invention relates to a hydropower station outgoing line system arrangement method combined with a geological exploration hole, and the method comprises the following steps: S1, constructing an exploration adit in a hydropower station construction and survey stage; s2, in the hydropower station construction stage, an outgoing line upper adit, an outgoing line connecting hole, an outgoing line vertical shaft, an outgoing line vertical shaft lower adit, a switching station and a main transformation hole are built; the wire outlet upper adit is reconstructed from the exploration adit, and the switching station is communicated with the main transformer hole sequentially through the wire outlet upper adit, the wire outlet connecting hole, the wire outlet vertical shaft and the wire outlet vertical shaft lower adit from the ground. According to the method, overall planning is carried out in the whole period of hydropower station surveying and construction, the surveying adit planning constructed in the surveying stage is used for the transformation foundation during later-period formal construction of the hydropower station, the surveying adit is expanded and transformed into the outgoing line upper adit, then the outgoing line upper adit is used for outgoing line of a hydropower station system, and excavation of the adit is reduced.
本发明涉及一种结合地质勘探洞的水电站出线系统布置方法，包括以下步骤：S1在水电站建设勘测阶段，建设勘探平洞；S2在水电站建设施工阶段，分别建设出线上平洞、出线连接洞、出线竖井、出线竖井下平洞、开关站和主变洞；所述出线上平洞由所述勘探平洞改建而成，所述开关站从地面依次通过出线上平洞、出线连接洞、出线竖井、出线竖井下平洞与主变洞连通。本发明在水电站勘测和建设全周期内，统筹规划，将勘测阶段建设的勘测平洞计划性用于后期水电站正式建设时的改造基础，将勘测平洞扩建改造成为出线上平洞，进而用于水电站系统出线，减少了洞室的开挖。
Hydropower station outgoing line system arrangement method combined with geological exploration hole
一种结合地质勘探洞的水电站出线系统布置方法
SHAO GUOWEI (author) / CHEN XIANG (author) / LUO JIANFENG (author) / WANG DAOBIN (author) / FU XINHUA (author) / LI WENTAO (author) / YE MAO (author) / HUO JIAQING (author) / LI GUO (author) / XU XIAOLIAN (author)
2023-09-01
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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