基于“大车间”理念的配电装置优化研究及设计方案分析
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摘要
基于"大车间"理念,以220 KV全户内变电站为例,实现站内配电装置布置"车间化",建筑物"单层化",优化平面利用;基于"空间布置"理念,向空间要平面,实现土地资源利用集约化。通过空间的对比和计算,优化设备平面空间布置,从而大幅度节省变电站的用地面积,降低了产房结构设计的难度,各技术指标先进,优化效果显著。
Based on the concept of large workshop, 220 KV indoor substation is taken as an example to realize the "workshop" of distribution equipment layout, the single-layer of buildings and the optimization of plane utilization. Based on the idea of "spatial layout", we should plan the space to achieve intensive use of land resources. Through the contrast and calculation of space, the layout of plane space is optimized. Thus greatly saving the land area of the substation and reducing the difficulty of the structural design of the delivery room. The technical indicators are advanced and the effect of optimization is remarkable.
Based on the concept of large workshop, 220 KV indoor substation is taken as an example to realize the "workshop" of distribution equipment layout, the single-layer of buildings and the optimization of plane utilization. Based on the idea of "spatial layout", we should plan the space to achieve intensive use of land resources. Through the contrast and calculation of space, the layout of plane space is optimized. Thus greatly saving the land area of the substation and reducing the difficulty of the structural design of the delivery room. The technical indicators are advanced and the effect of optimization is remarkable.
引文
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[2]田俊强,王事臻.三维设计技术在户内220 kV GIS配电装置设计中的应用[J].山西建筑,2018,44(20):113-115.
[3]羌丁建,李海烽,熊静,陈斌.基于大开间理念的220kV全户内变电站布置方案优化[J].电气技术,2018, 19(04):77-82.
[4]杨晶莹.某220kV变电站的优化设计[A].吉林省科学技术协会.发挥科技支撑作用深入推进创新发展——吉林省第八届科学技术学术年会论文集[C].吉林省科学技术协会:吉林省科学技术协会学会学术部,2014:3.
[5]葛斌.变电站一次设备智能化及设备状态监测系统研究[D].北京:华北电力大学(北京),2016.
[6]刘垚.全户内220 kV变电站层高标准化研究[A]..输变电工程技术成果汇编——国网上海经研院青年科技论文成果集[C].上海浦江教育出版社有限公司,2017:7.
[7]吴佳梅.110kV全户内变电站电气布置及优化[J].科技致富向导,2014(27):17.
[8]余晓峰.室内变电站设计中应注意的问题[J].广东电力,2001(02):74-75+78.
[9]刘耀锋,吴宁,印吉景.220 kV全户内变电站设计相关问题探讨[J].电力自动化设备,2010, 30(12):124-125.