搜索
成都**广场弱电设计方案工程名称：**年·**广场工程地点：建设单位：成都****有限公司设计单位：深圳市******科技有限公司编制单位：深圳市******科技有限公司编制人：胡北编制日期：2009/4/25目录第一章综述····························11.工程概况························12.总体目标························13.设计原则························23.1前瞻性·······················23.2先进性·······················23.3可靠性与高可用性··················23.4开放性·······················33.5安全性·······················33.6可扩展性······················33.7易管理和维护····················33.8实用性·······················34.设计内容························44.1信息系统······················44.2建筑设备管理系统··················44.3安全技术防范系统··················44.4机房工程······················55.**广场需求分析·····················5第二章程控交换系统························61.概述··························62.设计依据························63.系统要求························73.1功能要求······················73.2技术要求······················84.方案设计························94.1方案及配置·····················94.2交换机基本介绍···················10第三章网络系统·························181.**广场需求分析·····················181.1概述························181.2需求分析······················182.**广场基础网络平台建设方案···············202.1设计思路······················202.2网络拓扑······················203.组网概述························214.方案特点及优势说明···················304.1性能卓越······················304.2稳定可靠······················314.3整网安全······················314.4轻松运营······················314.5统一管理······················314.6提升品牌······················31第四章综合布线系统·······················321.概述··························322.设计原则························332.1功能要求······················352.2技术要求······················352.3系统说明······················362.4系统结构图·····················372.5系统设计······················38第五章有线电视系统及卫星电视··················421.概述··························422.设计依据························433.系统要求························434.方案设计························444.1关于频带占用····················444.2方案及设计要点···················444.3系统组成······················454.4**广场卫星电视与电视系统的分配···········46第六章多功能会议系统······················471.概述··························482.设计依据························483.系统要求························493.1系统概况······················493.2功能要求······················504.方案设计························524.1设计思路······················524.2设计原则······················524.3设计特点······················524.4设计功能······················53第七章信息查询及发布系统····················671.系统概述························682.系统功能························683.系统设计························703.1系统组成······················703.2系统运行环境····················71第八章建筑设备监控系统·····················731.总体目标························732.系统功能目标······················752.1中央工作站·····················752.2冷热源系统·····················752.3空调机组控制····················772.4新风机组控制····················792.5送风/排风机组控制·················802.6给排水系统·····················812.7电梯系统······················822.8风机盘管联网系统··················822.9节能措施说明····················843.BA系统的网络结构···················854.建筑设备自动监控系统与相关系统间通信联网与联动控制··86第九章安全技术防范系统·····················871.概述··························872.设计依据························873.方案设计························883.1闭路电视监控系统··················883.2电子巡更系统····················923.3门禁系统······················933.4紧急报警系统····················963.5停车场管理系统···················973.6黑白可视对讲系统·················101第十章机房工程·························1031.概述·························1032.方案设计·······················1042.1UPS配电部分···················1042.2防雷接地子系统··················106成都***.**广场弱电系统设计方案第1页第一章综述1.工程概况成都**年.**广场工程项目是由成都****有限公司投资兴建，位于成都市中心区。北临东大街，南临红布街，西临义学巷。基本是180*50m左右得长方形地块。广场工程项目融合了办公，酒店，居住，商业四种功能，形成以东，西两栋塔楼为主体并与六层裙楼及三层地下室相连得一组建筑整体。东塔楼（A栋）共49层，为办公塔楼；西塔楼（B栋）共32层，为酒店及综合居住塔楼，上部15～32层为住宅。下部7～13层及裙楼4～6层及部分3层为酒店，地下室用作地下车库及设备用房。成都**年.**广场综合楼将建成集办公、高档住宅、星级酒店等一体化标端项目2.总体目标要将成都**年.**广场建成高端的写字楼项目，其智能化系统工程设计必须遵循系统先进科学、技术成熟全面、方案经济实用、运行安全可行，信息资源共享的原则。根据该弱电智能化工程建设的要求，我们在这里向业主提供一个以计算机网络、通讯、自动控制技术为基础设计的弱电系统。设计的出发点是：智能控制、信息集成、系统优化。系统优化是指使用先进、成熟、可靠的技术，使系统达到最佳的性能价格比。为了完成这样一个智能建筑弱电系统，我们将提供最佳的技术方案及完善的工程服务。高质量、高水平的技术和服务是我们的立足点，使弱电智能化工程在**广场管理上为大楼提供“安全、舒适、高效、便利”的服务并成都***.**广场弱电系统设计方案第2页具有如下特点：现代化的技术与**广场建设相结合；在现代化的技术平台上，实现智能化的管理；应用与楼宇管理融为一体,便于维护与管理,节省费用；节省投资。建成后的**广场智能化系统将基本达到甲级智能建筑标准，为大楼提供全面的、高质量的、安全舒适、方便快捷的综合服务手段，满足现代化办公所必需具备的综合管理能力和应用能力。3.设计原则成都**年.**广场是**年重点工程项目，对分项工程智能化要求也有科学的界定。但是任何一个通用的子系统都要满足以下几点：3.1前瞻性方案总体规划一次到位，能符合时代发展的需要。3.2先进性在技术上体现高度的先进性。技术上的先进性有利于提高信息处理的效率、增加系统工作的灵活性和可扩性、简化系统维护。我们将在各系统相互之间的连接和联动、系统所选用的设备及各系统结构等各个方面充分体现整体系统的先进性。3.3可靠性与高可用性成都***.**广场弱电系统设计方案第3页系统的整体结构及其关键部件均考虑采用容错技术，使系统具有足够的冗余能力，确保系统运行的可靠性。3.4开放性为了满足系统所选用的技术和设备的协同运行能力、系统投资的长期效应以及系统功能不断扩展的需求，必须追求系统的开放性。本系统设计中各子系统均提供了标准化和开放性的接口协议，保证了以后各子系统之间的集成能方便的实现。3.5安全性在系统设计中，既考虑信息资源的充分共享，更要注意信息的保护和隔离。针对不同的应用和不同的通信环境，采取不同的措施如系统安全机制、数据存取权限控制等。3.6可扩展性智能建筑所应用的技术不断向前发展，往往需要对系统进行扩充，或增加与其他系统的互连。3.7易管理和维护本系统工程设计范围广，通信介质多种多样，采用的技术也较先进，如何有效的管理好整个系统关系到是否能充分利用系统资源。我们将用图形化的管理界面和简洁的操作方式，为用户提供强大的系统管理功能。同时，所选用的设备基本是模块化的，也方便日常维护。3.8实用性系统设计时，充分考虑各类产品的性能价格比，对关键性的产品应以性能的先进性为主要考虑因素，以提高系统的整体水平，对非关键性产品则以实用性为主。成都***.**广场弱电系统设计方案第4页4.设计内容4.1信息系统通讯接入系统(由各运行商进行接入)酒店电话交换系统网络系统综合布线系统室内移动通讯覆盖系统(由各运行商进行接入)卫星电视系统会