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筑龙网筑龙网水暖电所有资料免费下载了！！！iXX大学本科生毕业论文开题报告论文题目XX农业银行商住楼空调设计论文题目来源自选课题论文题目类型工程设计类起止时间2.12-6.10一.论文依据及研究意义：依据：1.工程图纸（建筑图）2.设计任务书3.气象资料4.设计规范研究意义：通过本次毕业设计，巩固所学专业知识，提高综合运用所学理论知识和专业技能；学会分析解决一般暖通设计中的实际问题，熟悉其工作的一般程序、方法，增强独立思考的能力，为以后走上工作岗位奠定基础。二.论文主要研究的内容、预期目标（技术方案、路线）:研究内容：广州农业银行商住楼空调、通风及防排烟设计；技术路线：1.收集资料2.选择方案3.进行有关设计和设备选择4.出施工图预期目标：1.达到施工图深度，包括：平面图、剖面图、流程图和大样图；2.完成图纸8-10张；3.编写说明书一份，三万字左右。筑龙网筑龙网水暖电所有资料免费下载了！！！ii三.论文的研究重点及难点：重点：学习暖通的设计方法，需要注意的问题，布置的房间风管、水管的技术方法；难点：系统流程的确定，空调方案的选择与设计，大空间空调系统气流组织以及水系统计算四.论文的研究方法及步骤：1.2.15-3.3搜集资料；2.3.1-3.15空调负荷计算；3.3.15-3.25布置空调系统和设备选择；4.3.25-4.5布置气流组织；5.4.5-4.15空调水系统方案确定，布置机房；6.4.15-4.20防排烟系统设计；7.4.20-4.30系统的消声与抗震；8.5.1-5.5调机房的设计布置；9.5.5-6.2绘图及设计说明书整理。五.进行论文所需条件：1.鸿业负荷计算软件、ID-DiaGram暖通辅助设计软件；2.AutoCAD软件；3.设计手册；4.任务书；5.暖通空调设计参考书目。筑龙网筑龙网水暖电所有资料免费下载了！！！iii六.指导老师意见：签名：年月日筑龙网筑龙网水暖电所有资料免费下载了！！！iv建环专业毕业设计（酒店）指导书设计题目：XX农业银行商住楼空调设计一、任务要求1、完成商住楼空调设计施工图一套，及配套设计说明书；2、按照二、1～10项编写说明书，说明书要求写出英文摘要和参考文献；3、设计说明书要求书写工整，插图美观，数据引用需要注明出处。二、设计步骤1、熟悉土建资料和酒店空调的设计规范；2、空调负荷计算；3、空调分区、方案的选择、空调方案的经济性比较；4、气流组织计算、空气处理计算、空调设备选择计算；5、水力计算、水泵选择；6、消声减震计算；7、管道保温计算；8、卫生间通风系统、大楼及中央空调系统防火排烟；9、中央空调系统对BAS的要求；10、施工图预算11、绘制空调设计施工图，包括（按照下列顺序编写图纸编号和目录）首页图：包括设计施工说明，设备材料表，图纸目录各层空调平面、剖面图水系统图机房平面、剖面图机房系统图或系统原理图非标设备制作及主要设备安装大样图筑龙网筑龙网水暖电所有资料免费下载了！！！v摘要:本设计为广州中央空调系统工程设计，共十二层，地下两层，建筑总面积130002m，空调面积6526.62m，根据房间功能，全楼采用集中供给空调方式，制冷机组采用直燃型溴化锂吸收式制冷机组两台，型号分别为BZ-40单台制冷量分别为465KW.根据各不同功能房间，将该集中系统分为二种空调送风方式，高大空间如餐厅、活动用房等采用全空气系统，新风直接从室外引进与回风混合（一次回风）后送风；住户、公寓等采用了风机盘管加独立新风系统，新风机组从室外引入新风处理到室内空气焓值，风机盘管承担室内全部冷负荷及部分的新风湿负荷。全空气系统选用圆型散流器平射流形式，而风机盘管加独立新风系统有百叶风口侧送和散流器平送的形式。水系统采用闭式双管同程式，冷水泵三台，两用三备，；冷却水泵选三台，两用一备。卫生间通风统一由排风扇接出，在末端安装止回阀。楼梯间采用自然排风排烟；标准层以上由于小于500m2所以采用自然排风；地下室、设备房、一层及二层设置防排烟系统，，选用变速风机，平时排风，发生火灾时排烟。空调水系统只设有一个系统，每层均设有回水同程管。关键词：风机盘管加独立新风系统全空气系统防排烟散流器制冷机组筑龙网筑龙网水暖电所有资料免费下载了！！！viAbstract:ThisdesignisaboutthecentralairconditionerengineeringofYingcaiHotelthatlocatesinBeijing.Thereare12floorsandtwofloorunderground.Thegrossfloorareaisabout13000m2,andtheairconditionerareaisabout6526.6.Thecolddutyis874kw,Wechoose2immediate-combustionandabsorptionLiBr,andthemodelsareBZ40H.Theirmaximalburningofnaturalgasare465kwwhenrefrigerating;Accordingtodifferentfunctions,Thefirstsystemisinthehighandbigspacesuchasrestaurant,KTVroom,meetingroom,marketect.Itadoptsthecompleteairsystem.Theair-conditioningequipmentdealswiththefreshairandthensuppliesair.Thesecondsystemisinotherlittleroom.ItadoptsthePAU+FCUsystem.FCUsystemdealswiththefreshair.PAUsystemcarriesonthewholecolddutyandpartwetduty.PAU+FCUsystemscansendairfromthesideandtheupside;itusesthecircularairdiffusertosupplyair.Therearefivewater-coolingpumps;threecanbeusedwhenheating.Insummer,twooffiveareforusingandanotherthreeareforpreparing;inwinter,twoforusingandoneforpreparing.Thesysteminwashroomcanventilatebyitself.Thesysteminthestaircaseandthestandardfloorscanexhaustairandsmokebyitself.Thepreventingandexhaustingsmokesystemisusedfortheundergroundroom,theequipmentroomandthefirstandsecondflooranditadoptsthesamewaytoexhaustairandsmoke:choosingthedualwindvelocityfanswhichexhaustairatordinarytimes,whileexhaustingsmokewhenthefiredisasterhappens.Thewatersystemisdividedintofourparts:thefirstpartistheundergroundroom,thesecondpartistheequipmentroom,thethirdpartisthefirstandsecondfloor,thefourthpartisthestandardfloorsthatisthethirdfloorandabove..Keywords:PAU+FCUsystems,completeairsystem,preventingandexhaustingsmoke,airdiffuser,refrigerationmachine筑龙网筑龙网水暖电所有资料免费下载了！！！vii目录第1章气象资料·····································································11.1室外气象参数·········································································11.2室内设计参数·········································································1第2章负荷计算·······································································22.1冷负荷理论根据······································································32.1.1房间冷负荷的构成：·········································································32.1.2.房间湿负荷的构成：········································································32.1.3主要计算公式：···············································································32.3冷负荷计算············································································52.3.1主要计算公式:·················································································52.4冷负荷汇总表·······································································102.4.1夏季冷负荷表··················································································11第3章空调系统方案的确定······················································143.1空调水系统的选取·································································143.2空调风系统的选取·································································163.2.1空调系统的划分原则········································································163.2.2方案比较·······················································································163.3.系统选择·············································