核心传输机房工艺布局优化的研究与应用

doi:10.11959/j.issn.1000-0801.2018179

Abstract

Abstract:

The reasonability of craft-layout in core telecommunication room has a very significant impact to the installation and utilization of equipment.Due to the many factors of craft-layout in core telecommunication room,such as electric cabinet configuring and rating,etc.So the planning job will be very complicated.The former simple planning craft-layout cannot satisfy the utilization requirement of high power and large capacity for the future equipment development.Such above factors of craft-layout were analyzed,and combined with the actual condition of telecommunication room,various planning schemes of the craft-layout were put forward.The references and thoughts for the craft-layout in the future were offered.

Key words: core telecommunication room, craft-layout, ratio of equipment

CLC Number:

TN913

Cheng CHEN,Yingying ZHAO. Research and application of process craft-layout in core telecommunication room[J]. Telecommunications Science, 2018, 34(5): 141-147.

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References 7

[1]	余玉广, 邹洁, 牟强 . 移动通信机房基站绿色节能减排方法探讨[J]. 电信科学, 2011,27(Z1): 273-279.
	YU Y G , ZOU J , MOU Q . Solutions of saving green energy and reducing emissions in mobile communication base station[J]. Telecommunications Science, 2011,27(Z1): 273-279.
[2]	曾俊钰, 覃晓霞, 陈骋 ,等. 传输核心汇聚机房工艺布局规划研究[J]. 电信工程技术与标准化, 2017(7): 54-58.
	ZENG J Y , QIN X X , CHEN C ,et al. Research on layout of backbone transmission communication room[J]. Telecom En-gineering Technics and Standardization, 2017(7): 54-58.
[3]	范坤, 黄翔, 宋姣姣 ,等. 典型通信机房设备发热量测试分析[J]. 西安工程大学学报, 2013(6): 773-778.
	FAN K , HUANG X , SONG J J ,et al. The test and analysis of device heat dissipation in typical telecommunication equipment room[J]. Journal of Xi’an Polytechnic University, 2013(6): 773-778.
[4]	黄晓翔, 吕柏文, 罗绵辉 ,等. 精确送风技术在通信机房的应用探讨[J]. 邮电设计技术, 2015(1): 27-30.
	HUANG X X , LV B W , LUO M H ,et al. Discussion on the ap-plication of precise air supply technology to telecom equipment room[J]. Designing Techniques of Posts and Telecommunica-tions, 2015(1): 27-30.
[5]	朱常波, 张红, 陈颖霞 ,等. 汇聚机房建设经验总结及问题分析[J]. 邮电设计技术, 2017(11): 22-25.
	ZHU C B , ZHANG H , CHEN Y X ,et al. the experience sum-mary and problem analysis of constructing convergence node[J]. Designing Techniques of Posts and Telecommunications, 2017(11): 22-25.
[6]	尹芳, 涂刚军, 林建连 . 基于BIM技术的传输汇聚机房可视化管理[J]. 邮电设计技术, 2018(1): 86-88.
	YIN F , TU G J , LIN J L . Visualization management of transmission convergence equipment room based on BIM[J]. Designing Tech-niques of Posts and Telecommunications, 2018(1): 86-88.
[7]	丁聪, 沈巍, 王星照 ,等. 浅析 IDC 数据中心平面及功能布局规划[J]. 邮电设计技术, 2017(5): 77-81.
	DING C , SHEN W , WANG X Z ,et al. Brief analysis of data center’s plane planning and functional layout[J]. Designing Techniques of Posts and Telecommunications, 2017(5): 77-81.

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序号	设备型号	机柜尺寸（长×宽×高）	折合标准机柜数量	单机柜平均功率/kW	散热方式
1	中型PTN设备	600 mm×300 mm×2 200 mm	0.5	1.3	下进上出直通风道
2	核心/中型PTN设备	600 mm×300 mm×2 200 mm	0.5	2.67	中间进上下出
3	核心PTN设备	600 mm×800 mm×2 200 mm	1.5	2.34(120 GB) /4.1(240 GB)	前进后出
4	中型OTN设备	600 mm×300 mm×2 200 mm	0.5	2.2	下进风、上出风
5	核心OTN设备	600 mm×300 mm×2 200 mm	0.5	5.5	中或下进风/上出风

序号	尺寸	电源容量/A	负载安全系数	可承载标准机柜数/个
型号1	600 mm× 600 mm	500	0.7	3.9
型号2	600 mm× 600 mm	400	0.7	3.1
型号3	600 mm× 300 mm	300	0.7	2.3

主流设备类型	板卡端口总数/个	成端芯数/芯	单个标准机柜ODF可成端芯数/芯	ODF数量需求/个
单个标准机柜的OTN设备	144	288	960	0.30
单个标准机柜的PTN设备	384	768	960	0.80
平均单个标准机柜的传输设备	264	528	960	0.55

地市级别	光缆需求条数/条	光缆总芯数需求/芯	单个标准机柜ODF可成端芯数/芯	等效标准机柜线路侧ODF数量/个
大型地市	30	4 320	960	4.50
中小型地市	26	3 744	960	3.90

方案	电源柜数量	传输设备数量	设备侧ODF数量	线路侧ODF数量	合计
方案1	32	96	48	12	188
方案2	24	108	42	12	186

Research and application of process craft-layout in core telecommunication room

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方案	传输设备列数	平均单列标准机柜数量	平均单列设备功耗/kW	平均单列电源柜规划数量	电源柜规划总量	500 A电源柜负载率	是否满足安全系数要求
方案1	16	6	26.4	2	32	55.0%	√
方案2	12	9	39.6	2	24	82.5%	×

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