资源描述：
《常州万象办公楼地源热泵空调系统设计》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。
1、学号：08450126常州大学毕业设计（论文）（2012届）题目常州万象办公楼地源热泵空调系统设计学生赵力臻学院石油工程学院专业班级建环081校内指导教师蒋绿林专业技术职务副教授校外指导老师专业技术职务二○一二年六月常州大学本科生毕业设计（论文）万象办公楼地源热泵空调、新风及热水项目摘要：地源热泵是利用浅层地能进行供热制冷的新型能源利用技术，是热泵的一种。地源热泵通常是指能转移地下土壤中热量或者冷量到所需要的地方。冬季地源把热量从地下土壤中转移到建筑物内，夏季再把地下的冷量转移到建筑物内。本设计为万象办公楼地源热泵空调、新风及热水项目，其建筑
2、面积10000㎡。方案采用地源热泵空调系统，室内末端采用风机盘管+新风系统，冷热源采用地埋管+冷却塔。设计包含空调负荷计算，空调方案选择，室外地埋管系统，室内水管系统设计，冷却塔水力计算，热平衡计算，以及末端设备选型及计算。完成设计以后，达到舒适、环保、节能、经济要求，根据各种计算结果，通过性价比分析，进行了设备选型，确保设备容量、压力、噪声等方面满足要求，最后绘制了相关的设计及施工图，完成整个空调系统设计。关键词：地源热泵空调；地埋管；冷热负荷；新风系统。X常州大学本科生毕业设计（论文）TheWanxiangofficebuildingin
3、Changzhou,GroundSourceHeatPumpandfreshairhotwaterAir-conditioningSystemAbstract:GroundSourceHeatPump,akindofheatpump,isanewtechnologythatuseshallowgeothermalenergyforheatingandcooling.ItisUsuallyreferstoshiftheatorcoldfromtheundergroundsoilvolumetowhereneededit.GroundSource
4、HeatPumpalsotakesadvantageofthecapabilitiesthattheundergroundsoilcanstorethermalenergyandrefrigeration.Inthewinter,ground-sourceheatpumptransferredtothesoilfromthegroundtoabuildingwhileittransferredthecoldairtoitinsummer.ThisdesignisTheWanxiangofficebuildinginChangzhou,Grou
5、ndSourceHeatPumpandfreshairhotwaterAir-conditioningSystem.Thebuildingcoversanareaof10000squaremeters.ThesystemadoptsGroundSourceHeatPumpair-conditioningsystem,officebuildingindoorairconditioning.Thecoldandheatsourcesadoptburiedtube+coolingtower.Thedesignsincludeaircondition
6、ingloadcalculation,airconditioningprogramselection,outdoorburiedtubesystem,andindoorplumbingsystemsdesign,coolingtowerhydrauliccalculation,airtubesandhydrauliccalculationofwaterandrelatedendequipmentofair-conditioningselectionandcalculation.Theairconditioningandhotwatersyst
7、emsdesignedtoachievecomfortable,environmentalprotection,energy-saving,economic.Accordingtovariouscalculationresultsthroughcost-effectiveanalysis,theselectionofequipmenttoensurethattheequipmentcapacity,pressure,satisfynoiserequirements.Thelasttodrawtherelateddesignandconstru
8、ctiondrawings,completethefinaldesignoftheentireair-conditioningsystem.KeyWords:Gro
