能源技术经济
能源技術經濟
능원기술경제
ENERGY TECHNOLOGY AND ECONOMICS
2011年
11期
53-57
,共5页
变电站%土建设计%优化设计%设计思路
變電站%土建設計%優化設計%設計思路
변전참%토건설계%우화설계%설계사로
substation%civil works design%optimized design%design ideas
某220kv变电站处于规划的工业园区内,自然地形起伏大,与规划中的公路高差大,从总平面布置、竖向设计、建筑设计、地基处理、进站道路、所区边坡设计等方面,采用优化设计理念,综合考虑近期与远期的周边环境变化,深入执行资源节约型、环境友好型、工业化的“两型一化”建设原则。提出了边坡及进站公路近期用地可为园区其他远期项目再利用的设计思路。
某220kv變電站處于規劃的工業園區內,自然地形起伏大,與規劃中的公路高差大,從總平麵佈置、豎嚮設計、建築設計、地基處理、進站道路、所區邊坡設計等方麵,採用優化設計理唸,綜閤攷慮近期與遠期的週邊環境變化,深入執行資源節約型、環境友好型、工業化的“兩型一化”建設原則。提齣瞭邊坡及進站公路近期用地可為園區其他遠期項目再利用的設計思路。
모220kv변전참처우규화적공업완구내,자연지형기복대,여규화중적공로고차대,종총평면포치、수향설계、건축설계、지기처리、진참도로、소구변파설계등방면,채용우화설계이념,종합고필근기여원기적주변배경변화,심입집행자원절약형、배경우호형、공업화적“량형일화”건설원칙。제출료변파급진참공로근기용지가위완구기타원기항목재이용적설계사로。
A certain 220 kV substation is located on an industrial park under planning, which has complicated topographic conditions and a large elevation difference from a planned road. In the design of the substation, we carefully followed the resource-saving, environment-friendly and industrialized construction principles, and applied the optimization concept in the design of the general layout, vertical design, architectural design, ground treatment, access roads and the design of slopes around the substation, with the recent and long-term changes in the surrounding environment taken into consideration. In the design, the slopes and the access roads of the substation can be re-used for the future projects in the park.