风冷冷水机组部分负荷时的节能优化运行策略与性能分析

!!!!!#$%&’!!!!%=-’!!!!!!8)-/.592&+$).(’$3$:&’$()(-/&’$(),)0-/&/’#(&0&)0-/*(/3&)%-&)4$2*(/&$/9%((#-0%1$##-/2!-)$%’:&$,.,%’#!:&$#&$%3;=)$%!#$%&’$!(1%,$#()$4$()&%&/$’$+2@�,’2&*(,4,9(,&’&*$+(,&’’%-&’(,’1&1#$’$+2@%?1#(4$’(1’%$+*+(.&%5D+&0,%$##-)$4$&/$’$+2@�,’2&*(,4,9(,&’&*$+(,&’’%#,41.($#()$)$((+’#/$+*+&-$##&/,+E-&&.$%-&’%$’#$+58)$+$#1.(##)&B()(()$FD&/()$1’,(#-’,’-+$#$3@1*(&GH!8()*+,%-#!,+E-&&.$%-),..$+!*+(.&%!&*(,4,9(,&’&*$+(,&’!$’$+2@E#0,’2!#,41.(,&’’.@#,##:32,)#+,&$’()*+’,-!;#$0’$%!!’$#!!!!!!#!-*!$!%!!#!##!#!#!#!’*!--!$%&!’#!(!(!!*#!**8-!!#*-8’!#-*!(8(-!#(*)8+(!#’*!8’’!#+*!-8++!#)*&8!)!#,*+8),!#&*8-!&!#!**!8!)?’)!!!!!!!!./0!1!2334542!!!!!!!!!!!!&+*,!!!!!**&+&*’’,-)&)?@7#AB*5#%9J/$K/E8/.E8%L****&!****(*!*(!’#&,,*9&,!)*!#-$%%%=%!%=%!!#)*!%=#(#’$%&’%=#+$%%=!M!NO1!11-1(!!-(OM!OMOM-OM(#!!$!%&’&’%%&’#)$%%=&(’%(%=*!%#,#!!$%A3/H7AP9Q5/:AL:#)$%$#!%,+!!(!#!$%%%%%=%!(%(()!-)%%%FFR*@’*!!!!!!!!./0!1!2334542!!!!!-!!#!#!*#’’#’*’*#)’)’#!**!!!!!*!-%!#!!)’#!**’*#)’’#’**#’(-!!!!8--($%!!!!$!!?S!%!-&!%!(&#!!$!!!’13($’1*(!%=!!!!!!%=!!!!!!T!$UAP9/#L#L.#L!1/V/L/$%!’#!,&!$$$$$$%!&&!!$$$!!!!%=%=!HDB3#L/8*HDB3#L/8*!T$$$$$$$%=$$!!%=W$’W$’W$$X*8,!!%!!#%$!HDB3#L/8*%=!)A!!,!A(!B!’77!B!8+77!*877!77!/!7!CA&77!CD!*77*)-’W!+D?+!!!!./0!1!2334542!!!!!!!!!*!8-3=#!8’7K!E!*34!-&-4#7$%!*-4#7$%!’*W&&!!&’’&&-!!%!!&(!!%=!&!!#&(!&!!!&!!!&!&!!%=&!!!!&%$#!%=(’!!!-&!!&%=!’!W!’’W!$X*8,!&’!+(!!#!!!%=&&(!**!!(&W!!8,&=#&’!’!!-,8W!!8(+=#!%=-8)+&’8*)!-,!&!$F?$!!!!!!!!./0!1!2334542!!!!!!)!)!!-(!!YY-Y(Y!Y!!!’G’GY.DXH!2H(.DYXH!Y2H(Y!%*XH2H!%*YXHY2H!Y!%=&!#!!!!(!!!!FFR!#!!$!%=!%=-’!!!#!!!##!!F/L:H9A@7AL:!1E5L/PPZD9L8=/5;D57#L%/7DLAPD5AL:#L.7/#KE5/7/LP;D5%/LP5#B#A5%DL.APADLAL:%9ABB/5JB#LPKAL$EAB.AL:KAL[DL:DL:8\L$[\?M5#LK8!&&)!(%!&8)!!]/EL:M#P#L8=/5;D57#L%//^#BE#PADLD;9DP/B%9ABB/5JB#LP!T/K/#5%9=5D_/%P$-8*-!F/J#5P7/LPD;1EAB.AL:H/5^A%/K?L:AL//5AL:8M9/[DL:DL:=DBVP/%9LA%‘LA^/5KAPV!***-!88!***%!&$-+(!0EKPALHP/J9/L18aJPA7E7%9ABB/5BD#.AL:80H[T0?Z!!&&!!--%)&$(*(-’!!!88!***!!&%(&$+-+)+!R9#LM8aJ/5#PAL:/;;A%A/L%VD;#A5@%DDB/.%9ABB/5K#P$/BDb@./KA:L#7$A/LPP/7J/5#PE5/K8$***!***)!A3/H7AP9!Q5/:AL:8?L/5:V@K#^AL:%DLP5DBK;D5#A5@%DDB/.b#P/5%9ABB/5K81EAB.AL:H/5^A%/KZ!!&&,$()(,,!0C7A#V#8\7J5D^AL:/;;A%A/L%VAL/cAKPAL:%9ABB/5KbAP9DJPA7AC#PADLP/%9LDBD:V80H[T0?Z!!&&!!--%!*&$-*-,&!M9A/B7#LF#^A.?8R9ABB/5DJPA7AC#PADL$V/L/5:V7#L#:/7/LP%DLP5DBKVKP/7K80H[T0?Z!!&,-!’%!!&$+*+!*0EKPALHP/J9/L18R9ABB/5b#P/5KVKP/7DJPA7AC#PADL80H[T0?Z!!&&-!-’%)&$’*’+!!QD5.DLZ8[Db^#5VAL:%DL./LK/5%DDB#LP;BDb5#P/#;;/%PK%9ABB/5J/5;D57#L%/$P9/57D.VL#7A%7D./BAL:#L./cJ/5A7/LP#B%DL;A57#PADL80JJBA/.M9/57#B?L:AL//5AL:!***!*%!-&$!!(&!!’&!88!***%!&$!(!)!-0B%D%DLP5DBKO/.8?S)’?S,/B/%P5DLA%/cJ#LKADL^#B^/KP/%9LA%#B.#P#!**!!(\/%9?8F/KA:L!K/B/%PADL#L.DJ/5#PADLD;5/;5A:/5#PD5#L.9/#PJE7J%D7J5/KKD58ODL.DL$\/%9?H/7AL#5=E$BA%#PADL!!&&,!’!88!!&&’!!+%!-&$!)+!+UAP9/#L#L.#LM!HDBA7#L[8R9#LPT?80J5DJDK/.#JJ5D#%9;D5%D55/B#PADL9/#PP5#LK;/5.E5AL:%DL./LK#PADLALKA./PE$/K8\L$0H[T0?M5#LK8!&&*!&+%=#5P(&$-*(!!)1/V/L/0K;#b8=/5;D57#L%//^#BE#PADLD;%DL^/LPADL#B%9ABB/5KVKP/7K80H[T0?Z!!&&’!-)%+&!,!8606FFR8!!&&&!*%!&$!)(!&88$!!&&)(I?(!!!!./0!1!2334542!!!!!!!!风冷冷水机组部分负荷时的节能优化运行策略与性能分析作者：张小松，夏燚，K.T.Chan作者单位：张小松,夏燚(东南大学)，K.T.Chan(香港理工大学)刊名：暖通空调英文刊名：HEATING,VENTILATING&AIRCONDITIONING年，卷(期)：2004,34(2)被引用次数：15次参考文献(19条)1.DengShi-ming.BurnettJohnPerformancemonitoringandmeasurementforcentralairconditioningchillerplantsinbuildingsinHongKong1997(04)2.YeungTatManPerformanceevaluationofhotelchillerplant,ResearchProject:3.03,DepartmentofBuildingServicesEngineering20003.丁云飞部分负荷性能对冷水机组运行能耗的影响评价[期刊论文]-节能2000(01)4.AustinStephenBOptimumchillerloading1991(07)5.刘莹.郑贤德.许新明冷水机组部分负荷性能分析2000(04)6.ChanKTOperatingefficiencyofair-cooledchillersatbelow-designambienttemperatures20007.MikeSmith.GregKingEnergy-savingcontrolsforair-cooledwaterchillers19988.AzmiKayaImprovingefficiencyinexistingchillerswithoptimizationtechnology1991(10)9.ThielmanDavidEChilleroptimizationbyenergymanagementcontrolsystems1983(11)10.AustinStephenBChillerwatersystemoptimization1993(07)11.GordonJMHowvaryingcondensercoolantflowrateaffectschillerperformance:thermodynamicmodelingandexperimentalconfirmation[外文期刊]2000(13)12.卫宇离心式与螺杆式冷水机组组合应用系统方案的性能分析2000(01)13.AlcocontrolsLedEX7/EX8electronicexpansionvalvestechnicaldata200114.IMechEDesign,selectionandoperationofrefrigeratorandheatpumpcompressor199815.葛云亭.彦启森冷凝器动态参数数学模型的建立和理论计算[期刊论文]-制冷学报1995(13)16.NITHEANANDANT.SolimanHM.ChantREAproposedapproachforcorrelationheattransferduringcondensationinsidetubes1990(96)17.BeyeneAsfawPerformanceevaluationofconventionalchillersystems[外文期刊]199518.晋欣桥.夏凊多区域VAV空调系统及其局部DDC控制器的动态模拟[期刊论文]-制冷学报1999(01)19.吴业正小型制冷装置设计指导1997引证文献(15条)1.涂乐新.杨志勇.陈伯勋医院住院大楼节能方案[期刊论文]-中国医院建筑与装备2009(12)2.张岩宝.白雪莲.田智华.吴利均空调系统动态运行能效的探讨[期刊论文]-制冷与空调（四川）2009(4)3.施灵.马益民冷水机组优化配置及节能运行模式研究[期刊论文]-制冷2008(3)4.金星.张小松变频冷水机组部分负荷下冷却水定变流量性能研究[期刊论文]-建筑科学2008(8)5.施灵.马益民冷水机组节能运行模式的模拟分析研究[期刊论文]-电力需求侧管理2008(4)6.金星.张小松风冷热泵机组部分负荷变工况下优化风量的初步研究[期刊论文]-流体机械2008(4)7.杨李宁.付祥钊重庆市办公建筑夏季空调工程设计能效比的调查研究[期刊论文]-建筑节能2007(7)8.王洋.江辉民.马最良.姜益强空气/水热泵部分负荷运行流程的实验研究[期刊