铁道标准设计
鐵道標準設計
철도표준설계
RAILWAY STANDARD DESIGN
2014年
4期
123-125
,共3页
铁路工程%牵引变电%电力行业%技术标准
鐵路工程%牽引變電%電力行業%技術標準
철로공정%견인변전%전역행업%기술표준
railway engineering%traction substation%electric power industry%technical standard
铁路工程建设标准直接决定了铁路建设水平，通过对现行铁路牵引变电设计标准与电力行业相关标准在体系结构、规范深广度、条文内容等方面进行对比分析，提出现行铁路牵引变电设计标准应在GIS配电装置、防火、220kV牵引变压器继电保护配置及与牵引变电所土建相关接口等方面参照电力行业相关标准予以补充或新增专用标准，以达到进一步完善铁路有关技术标准，提升铁路牵引变电设计水平的目的。
鐵路工程建設標準直接決定瞭鐵路建設水平，通過對現行鐵路牽引變電設計標準與電力行業相關標準在體繫結構、規範深廣度、條文內容等方麵進行對比分析，提齣現行鐵路牽引變電設計標準應在GIS配電裝置、防火、220kV牽引變壓器繼電保護配置及與牽引變電所土建相關接口等方麵參照電力行業相關標準予以補充或新增專用標準，以達到進一步完善鐵路有關技術標準，提升鐵路牽引變電設計水平的目的。
철로공정건설표준직접결정료철로건설수평，통과대현행철로견인변전설계표준여전역행업상관표준재체계결구、규범심엄도、조문내용등방면진행대비분석，제출현행철로견인변전설계표준응재GIS배전장치、방화、220kV견인변압기계전보호배치급여견인변전소토건상관접구등방면삼조전역행업상관표준여이보충혹신증전용표준，이체도진일보완선철로유관기술표준，제승철로견인변전설계수평적목적。
Considering that the railway engineering construction standards directly determine the level of railway construction, this paper made a contrastive analysis between the current railway traction substation design standards and the relevant electric power industry standards, from the aspects of standard system structure, standard depth and width, standard clauses and contents. On that basis, this paper made a suggestion:the current railway traction substation design standards should be supplemented by reference to the relevant electric power industry standards, or some specialized standards should be added to the railway standard system, involving the issues of GIS power distribution device, fire prevention, 220 kV traction transformer relay protection device, and the interfaces in relation to the civil engineering of traction substation. In this way, the railway technical standard system can be further refined, and the design level of railway traction substation can be improved.
