桂林某三層辦公樓水源熱泵系統(tǒng)實施方案

1、本次畢業(yè)設計地題目：桂林某三層辦公樓水源熱泵系統(tǒng)地設計.I建筑物地相關資料此辦公樓分三層，每層層高3.6m.1 屋面：構造類型，保溫材料為瀝青膨脹珍珠巖，其厚度為L=100,類.表1-1壁厚Smm保溫層厚度mm導熱熱阻卅k/w傳熱系數(shù)w/ m2 k類型701001.630.55n2墻：外墻：水泥砂漿磚墻 白灰粉.內墻：雙面抹灰24磚，與鄰室室內設計溫度相同，走廊溫度低于室外溫 度2C.表1-2壁厚mm導熱熱阻m k/w傳熱系數(shù)w/ m2 k類型3700.501.50II3外窗：單層窗6mm厚普通玻璃，金屬窗框，80%玻璃.掛淺色內窗簾.4 人數(shù)：根據(jù)實際情況每層樓辦公室為 4人，會議室為30人

2、.5照明設備：熒光燈暗裝，辦公室照明時間為10小時，功率和為180w，會議室照明時間4小時，功率和450w.b5E2R6電子設備：每間辦公室每人配有一臺電腦，開機時間為:8:00 12:002桂林地氣象參數(shù)室外氣象參數(shù)和室內設計地標準：查空氣調節(jié)確定桂林地區(qū)地緯度和海拔.桂林處于北緯25 ° 20 /其海拔為161.8m.2.1.桂林地區(qū)室外空氣計算參數(shù)夏季室外大氣壓力為98.61kpa夏季空調計算平均干球溫度tp=30.5 C夏季空調計算干球溫度tw=33.9 C夏季空調計算濕球溫度tg=27C夏季平均日較差厶tr=6.5 C夏季室外平均風速為 1.5m/s冬季室外大氣壓為 100

3、.29kpa冬季空調計算平均溫度tw=-2.9 C冬季空調計算干球溫度tg=0 C冬季室外平均風速為 3.2m/s2.2.室內空氣設計標準 根據(jù)“采暖通風”和“空氣調節(jié)規(guī)范”確定辦公室室內空氣設計標準 :夏季室內空氣溫度tN=26 C夏季室內空氣相對濕度© n=50%夏季室內風速小于 0.3 m/s 室內空氣稍高于室外大氣壓 夏季計算維護結構傳入室內地熱量時 ,應按不穩(wěn)定傳熱過程計算 ,因此必須得出設計日地室外平均溫度和逐時溫度 .已知設計日地室外平均溫度和逐時溫度 .夏季空調室外計算逐時溫度 ,可按以下確定 :tsh=twp+ B tr公式（2-1）tsh :室外計算日地逐時溫度,

4、Ctwp： 夏季空氣調節(jié)室外計算日平均溫度 （可由空氣調節(jié)查得 ） tr：夏季室外計算平均日溫差，C （可由空氣調節(jié)查得）B : 室外溫度逐時變化系數(shù) ,見下表 3表2-1時刻78910111213-0.28-0.120.030.160.290.40.48時刻1415161718190.520.510.430.390.280.14由公式（1）對照表3計算出7- 19時刻之間地室外溫度統(tǒng)計在下表4表2-2時刻7891011121328.6829.7230.731.5432.3933.133.62時刻14151617181933.8833.3732.8532.5931.8730.963.空調負荷地

5、計算：建筑物空調冷負荷形成地過程（空氣調節(jié)P33）冷負荷系數(shù)法計算空調負荷（從第三層開始計算）320辦公室冷負荷計算3.1圍護結構地冷負荷 辦公室320屋頂?shù)刎摵桑篞 =FK（tm-tN）（公式3-1）tin =（ti td）kr kp（公式 3-2）其中：K:屋頂結構地傳熱系數(shù)0.55w/（m 2.k）F: 屋頂?shù)赜嬎忝娣e，根據(jù)已知 F= = 24.2 6 m2.tn :夏季室內空氣地溫度C,tn= 26Ctln :屋頂?shù)乩湄摵捎嬎銣囟鹊刂饡r值C表3-1時間78910111213tln34.6633.5532.5331.6931.2331.2331.60tln-t n8.667.556.53

6、5.705.235.235.60Q117.6571.24100.7377.4371.0571.0576.08時間141516171819tln32.5333.8335.4037.0738.7440.32tln-t n6.537.839.4011.0712.7414.32Q88.71106.38127.7149.58173.08194.54辦公室320南墻冷負荷：Q = FK (t in _tN)(公式3-3)tm = (ti - td)k_kp(公式 3-4)F:南墻面積 36*4.26 = 11.02m 2 傳熱系數(shù)K=1.5 w/m 2.k修正系數(shù)Ka=0.986修正系數(shù)Kp=0.94修正

7、系數(shù)查空氣調節(jié)得td=-1.9不同地區(qū)不同朝向不同P319表3-2時間78910111213tln30.6830.3129.9429.6629.2929.0128.73t|n-t n4.684.313.943.663.293.012.73Q77.3671.2435.1360.5054.3849.7645.13時間141516171819tln28.6428.7328.9229.1929.6630.12t|n-t n2.642.732.923.193.664.12Q43.6345.1349.0952.7360.5068.10辦公室320東墻冷負荷：Q二FK (t ln -tN)(公式3-5)tm

8、 二(tl td)k.kp(公式 3-6 )F:東墻面積 36*5.695=20.5 m2傳熱系數(shù)K=1.5 w/m 2.k修正系數(shù)Ka=0.986修正系數(shù)Kp=0.94修正系數(shù)查空氣調節(jié)得td=0.0表3-3時間78910111213tin33.7433.3732.9632.6232.4432.4432.62Q238226.63214.02203.57198.03198.03203.57時間141516171819tin32.9933.4633.9234.3834.7635.13Q214.94229.40243.54257.69269.37280.75辦公室320靠走廊內墻冷負荷：Q = F

9、K(tm tN)(公式3-7)tm 二(tl td)k.kp(公式 3-8)F:內墻面積 39*3.6-2*1=12.04 m傳熱系數(shù)K=1.75 w/m 2.k修正系數(shù)Ka=0.986 修正系數(shù)Kp=0.94修正系數(shù)查空氣調節(jié)得td=1.3表3-4時間78910111213tln-t n3.613.142.962.682.492.312.21Q74.7665.0359.4355.551.5647.8445.77時間141516171819tln-t n2.122.122.212.312.492.68Q43.943.945.7747.8451.5655.53. 2.外窗門瞬變傳熱引起地負荷門辦

10、公室320門地負荷：Q = FK(tm-tN)(公式3-9)F:門地面積2*1 = 2 m2K:單層木框門傳熱系數(shù)，K= 2.33 w/m 2.k表3-5時間78910111213tln -t n3.613.142.962.682.492.312.21Q16.8214.6313.7912.4911.610.7610.30時間141516171819t|n-t n2.122.122.212.312.492.68Q9.889.8810.3010.7611.6012.49外玻璃窗瞬變傳熱引起地冷負荷：Q二FK(tln tN).(3-10)tin = (tl td)k kp(公式 3-11)由空氣調節(jié)

11、表9查得單層玻璃窗得傳熱系數(shù) K值，當aN=8.7 w/m 2.k, av=17.4w/m 2.k*0.986=17.6 w/m2.k,查得 K=5.61 w/m 2.kp1Ean。td：玻璃窗得地點修正系數(shù)，td=1表3-6時間78910111213tln-t n11.92.944.95.86.5Q24.2446.0570.2896.94111.39134.76160.32時間141516171819tln-t n6.97.27.276.65.8Q167.32167.29167.29162.65153.35134.76南外窗進入日射得熱引起得冷負荷：Q二F Cz Dj Clq(3-12)查得

12、單層鋼窗地效面積系數(shù)為 0.85 ,故窗地有效面積:查得遮擋系數(shù)為Cs=0.93，遮陽系數(shù)為Cn=0.50.綜合遮陽系數(shù)dxdfi。維度為25° 20'時南向日射，得熱因數(shù)Dj=145W/ m2.因桂林地處北緯27° 30'以南屬南區(qū)，查空氣調節(jié)有遮陽設施得窗，冷負荷系數(shù)逐時值.RTCrp表3-7時間78910111213Clq0.310.470.600.690.770.870.84Q76.75116.36148.55170.83196.64215.40207.97時間141516171819Clq0.740.660.540.380.200.13Q183.2

13、1163.14133.7094.0849.5232.193.3辦公室內部熱源散熱引起地冷負荷 人體散熱引起地冷負荷：人體顯熱散熱形成地冷負荷 Q5,1 = n®qiXT W（3-13）n：室內總人數(shù)；n=4人:群集系數(shù)；（見中央空調表P66頁2-15）qi:不同室溫和勞動性質時成年男子散熱量，W;（見中央空調表 P67 頁 2-16）qi=63T:人員進入空調房間地時刻，點鐘；t -T:人員進入房間時到計算時刻地時間，h;X _T : T -T時刻人體顯熱散熱量地冷負荷系數(shù)人體散濕形成地潛熱冷負荷：Q5,2 = q2 W（3-14）Qi:名成年男子小時潛熱散熱量，見中央空調表 P67

14、頁2-16Qi=45n:室內總人數(shù)；n=4人表3-8時間78910111213Clq0.020.010.490.590.660.710.27Lqx4.842.42118.54261.72159.67344.5665.32Lq177.64175.22291.34315.53332.47344.56238.12時間141516171819Clq0.210.650.730.770.810.35Lqx50.8157.25176.6186.28195.9684.67Lq223.6330.05349.4359.08368.76257.47照明散熱引起地冷負荷：熒光燈地冷負荷Lq=nin2NClq（公式3-

15、14）N:照明燈具功率ni:鎮(zhèn)流器消耗功率系數(shù)，安裝熒光燈鎮(zhèn)流器裝在頂棚內ni=1.0n2：燈罩隔熱系數(shù),熒光燈罩上部穿小空,下部為玻璃板n2=0.5 Clq :照明散熱冷負荷系數(shù).表3-9時間78910111213Clq0.860.890.900.910.92Q077.480.18181.982.8時間141516171819Clq0.690.860.890.900.910.92Q62.177.480.18186.982.8辦公室320各項冷負荷總匯表 3-10時間78910111213Q1117.65102.57100.7377.4371.0571.0576.08Q277.3671.246

16、5.1360.5054.3849.7645.13Q3238226.63214.02203.571983.03198.03203.57Q474.7665.0359.4355.551.5647.8445.77Q516.8214.6313.7914.4911.6010.7610.30Q624.2446.0570.2896.94113.85134.76151.03Q776.75116.36148.55170.83196.64215.40207.97Q8177.64175.22291.34315.53332.47344.56238.12Q9600600600600600600600Q100077.480

17、.18181.90總計1403.21417.731640.671675.791710.581754.061670.67時間141516171819Q188.71106.38127.7149.58173.08194.54Q243.6345.1349.0952.7360.5068.10Q3214.94229.40243.54257.69269.37280.75Q443.9043.945.7747.8451.5655.50Q59.889.8810.3010.7611.612.49Q6160.32167.29167.29162.65153.35134.76Q7183.21163.41133.794.0

18、849.5232.19Q8223.6330.05349.4359.08368.76257.47Q9600600600600600600Q1062.177.480.18181.982.8總計1630.291826.841806.891815.411819.641718.86302辦公室冷負荷地計算：1.圍護結構及門窗冷負荷地計算：屋面冷負荷Qi,南墻冷負荷Q2,靠走廊內墻Q3，外玻璃窗瞬變傳熱引起地冷 負荷Q5,南外窗日射得熱引起地冷負荷 Q6，門地冷負荷Q7計算如320辦公室.計算值見320辦公室各項對應冷地值.5pczv302辦公室西外墻冷負荷：Q二FK(tin_tN) 公式(3-3 )ti

19、n =(ti td)k.kp 公式(3-4)F:西外墻面積 2.K:傳熱系數(shù)：K=1.5W/m k.td = 0 k- = 0.986 kp = 0.94表 3-11時間78910111213tl+td38.237.837.336.836.335.935.5t ln；35.435.0334.57；34.1133.6433.2732.9Q289.05277.67263.53249.38234.9207.20196.65時間141516171819tl+td35.234.934.834.834.935.3t ln32.6232.3532.2532.2532.3532.72Q188.67195.26

20、192.19192.19195.26203.57內部冷負荷地計算：人員散熱Q,照明散熱Q，電子設備人散熱形成地冷負 Q。荷計算值如320辦公室各項冷負荷值.辦公室302各項冷負荷總匯表 3-1278910111213Q1117.65102.57100.7377.4371.0571.0576.08Q77.3671.2465.1360.5054.3849.7645.13Q74.7665.0359.4355.551.5647.8445.77Q289.05277.67263.53249.38234.9207.20196.65Q24.2446.0570.2896.94113.85134.76151.03

21、Q76.75116.36148.55170.83196.64215.4207.97Q16.8214.6313.7912.4911.610.7610.30Q176.6475.22291.34315.53332.47344.56238.12Q600600600600600600600Q0077.480.18181.90總計1614.891624.191839.071864.671891.11927.851837.72時間141516171819Q188.7106.38127.7149.58173.08194.54Q243.6345.1349.0952.7360.5068.10Q343.9 43.9

22、45.7749.8451.5655.5Q4203.57195.26192.19192.19195.26203.57Q5160.32167.29167.29162.65153.35134.76Q6183.21163.41133.794.0819.5232.19Q79.889.8810.3010.7611.612.49Q8223.6 :330.05349.4359.08368.76257.47Q9600600600600600600Q1062.177.480.18186.982.8總計1790.231976.971949.871954.871954.41854.43304辦公室冷負荷地計算外圍護結

23、構及門窗冷負荷計算屋面,南墻,靠走廊內墻，外玻璃窗瞬變傳熱引起地冷負荷，南外窗日射得熱引起 地冷負荷，門地冷負荷,同于辦公室320各項冷負荷地計算值.jLBHr。內部熱源引起地冷負荷計算人員散熱，照明設備散熱，電子設備散熱引起地冷負荷同于 320辦公室各項冷負 荷計算值.辦公室304各項冷負荷總匯表 3-13時間78910111213Q1117.65102.57100.7377.4371.0571.0576.08Q277.3671.2465.1360.5054.3849.7645.13Q374.7665.0359.4355.5051.5647.8445.77Q424.2446.0570.289

24、6.94113.85134.76151.03Q576.75116.36148.55170.83196.64215.40207.97Q616.8214.6313.7914.4911.610.7610.3Q7177.64175.22291.34315.53332.47344.56238.12Q8600600600600600600600Q90077.480.18181.90總計1325.841346.491575.541615.291656.21704.31625.54時間141516171819Q188.71106.08127.7149.58173.08194.54Q243.6345.1319.

25、0952.7360.5068.10Q343.943.95.7747.8451.5655.5Q4160.32167.29167.29162.65153.35134.76Q5183.21163.41133.7094.0849.5232.19Q69.889.88:10.3010.7611.612.49Q7223.6330.05 廠349.4359.08368.76257.47Q8600600600600600600Q962.177.480.18186.982.8總計1586.661781.711757.81762.681759.141650.86辦公室306,辦公室308，辦公室310,辦公室312

26、，辦公室314,辦公室316, 辦公室318各項冷負荷計算值同上.XHAQX311辦公室冷負荷地計算：1外圍護結構冷負荷地計算屋面冷負荷同320辦公室北墻冷負荷計算：Q = FK(tm-tN)公式(3-3)tm = (ti - td)k kp 公式(3-4)F:北墻面積2.K:外墻地傳熱系數(shù)m2 k.td = 0 k_： = 0.986 kp = 0.94表 3-14時間78910111213t ln31.4231.1430.9630.6730.4930.3130.21Q89.5984.9681.9978.4674.2271.2469.59時間141516171819t ln30.1230.1

27、230.2130.3130.4930.67Q68.168.169.5971.2474.2278.46東墻冷負荷計算同320辦公室靠走廊內墻冷負荷表 3-15時間78910111213t ln28.6828.3127.9427.6627.2927.0126.73Q55.547.8440.1834.3826.7120.9215.12時間141516171819t ln26.6426.7626.9227.1927.6628.12Q13.2515.1219.0524.6434.3843.92門窗冷負荷計算：北外窗進入日射引起地冷負荷 Q二FCzDjCg(公式5)F:北外窗地面積F=3.72 m.Cs=

28、0.93 Cn=0.50 Cz= Cs *Cn=0.465查得緯度為25° 22'北向日射,得熱因數(shù)最大 值m2.12 / 38時間78910111213Clq0.670.700.720.770.820.8510.84時間141516171819Clq0.810.780.790.750.560.18玻璃窗瞬變傳熱引起地冷負荷同辦公室320.辦公室311門地負荷：Q = FK(tm tN)(公式3)F:門地面積2*1 = 2 m2K:單層木框門傳熱系數(shù)，K= 2.33 w/m 2.k表 3-17時間78910111213tln28.6828.3127.9427.6627.292

29、7.0126.73Q12.4910.769.047.746.014.713.4時間141516171819tln26.6426.7326.9227.1927.6628.12Q2.983.44.295.557.749.883內部熱源散熱引起地冷負荷人員散熱，照明設備散熱，電子設備散熱引起地冷負荷如辦公室320各項冷負荷.辦公室311各項冷負荷總匯表 3-1878910111213Q1117.65102.57100.7377.4354.3879.7676.08Q289.5984.9681.9978.4674.2271.2469.59Q3238226.63214.02203.57198.03198.

30、03203.57Q455.547.8440.1834.3826.7120.9215.12Q524.2446.0570.2896.94113.85134.76151.03Q6212.64222.16228.5243.37260.24269.76266.59Q712.4910.769.047.746.014.713.4Q177.64175.22291.34315.53332.47344.56238.12Q9600600600600600600600Q100077.480.18181.90總計1527.71516.191707.481712.81763.581796.931623.5時間141516

31、171819Q188.71106.38127.7149.58173.08194.54Q268.168.169.5971.2474.2278.46Q3214.94229.40243.54257.69269.37280.75Q413.2515.1219.0524.6434.3843.90Q5160.32167.29167.29162.65153.35134.76Q6257.07247.55243.37238.03177.7357.13Q72.983.484.295.557.749.88Q8223.6330.05349.4359.08368.76257.47Q9600600600600600600Q

32、1062.177.480.18186.982.9總計1691.071868.881904.331949.461955.131739.69辦公室301各項冷負荷計算1外圍護結構冷負荷計算屋面，北墻，靠走廊內墻，引起地冷負荷同辦公室311相對應各項冷負荷.靠洗手間內墻冷負荷計算：Q二FK(tin_tN) 公式3t In = (tl td)k_kp公式 4F:靠洗手間內墻面積F=19 m2.K;內墻傳熱系數(shù) K=1.72 W/ m k. 表 3-19時間78910111213t In33.433.0332.5732.1131.6431.2730.90Q241.83229.74214.71199.67

33、184.32172.22160.13時間141516171819t In30.6230.3530.2530.2530.3530.72Q150.98142.16138.89138.89142.16154.322門窗冷負荷計算門，玻璃窗冷負荷，窗日射得熱引起地冷負荷同辦公室311相對應各項冷負荷3 內部熱源散熱引起地冷負荷：人員散熱，照明設備散熱，電腦設備散熱引起地冷負荷同辦公室320相對應各項冷負荷值辦公室307冷負荷總匯如辦公室301辦公室辦公室303冷負荷計算1 外圍護結構及門窗冷負荷計算屋面，北墻，靠走廊內墻，玻璃窗冷負荷，門窗日射得熱冷負荷同辦公室3112 內部熱源散熱冷負荷計算如同辦公

34、室320相對應各項冷負荷計算值辦公室305、辦公室309冷負荷計算同辦公室303.會議室冷負荷計算1 外圍護結構冷負荷計算會議室屋頂?shù)刎摵桑篞二FK (t m tN) (3-2)t in = (titd)k： kp (3-3)其中：K:屋頂結構地傳熱系數(shù)0.55w/(m 2.k)F: 屋頂?shù)赜嬎忝娣e，根據(jù)已知F= 5.69*7.8 = 44.38 m2 .tn :夏季室內空氣地溫度C,tn= 26Ctin :屋頂?shù)乩湄摵捎嬎銣囟鹊刂饡r值C表 3-20時間78910111213t in37.6336.5235.5034.6634.2034.2035.57Q263.43238.30215.1919

35、6.16185.74185.74194.12時間141516171819t in35.5036.8038.3740.0441.7143.28Q215.19144.63280.20316.07355.85391.41會議室北墻冷負荷：Q = FK (t ln_tN)(3-4) t in = (tltd)k_kp (3-5)F:北墻面積36*4.262.4*1.8=11.02m傳熱系數(shù)K=1.5 w/m 2.k修正系數(shù)Ka=0.986修正系數(shù)Kp=0.94修正系數(shù)查空氣調節(jié)得td=1.3表 3-21時間78910111213t in31.4231.1430.9630.6730.4930.3130.

36、21Q158.05149.88144.63136.18130.93125.68122.76時間141516171819t ln30.1230.1230.2130.3130.4930.67Q120.14120.14122.76125.68130.93136.18會議室靠走廊內墻冷負荷：Q = FK (t in _tN) (3-6)tin = (ti td)k_kp (3-7)F:內墻面積 36*7.8 2*1 = 26.08m傳熱系數(shù)K=1.5 w/m 2.k修正系數(shù)Ka=0.986 修正系數(shù)Kp=0.94修正系數(shù)查空氣調節(jié)得td=1.3表 3-22時間78910111213t ln26.682

37、8.3127.4927.6627.2927.0126.73Q104.8490.3775.8964.9450.4639.5128.56時間141516171819t ln26.6426.1326.9227.1927.6628.12Q25.0428.5635.9946.5564.9482.93靠電梯內墻冷負荷計算Q=FK(tlntN) (3-8)tln = (tl td)k_kp(39)F:內墻面積:F=19 m2傳熱系數(shù)K=1.5 w/m 2.k修正系數(shù)Ka=0.986修正系數(shù)Kp=0.942.會議室門窗冷負荷計算外玻璃窗瞬變傳熱引起地冷負荷，逐時值為320辦公室相對應逐時值地2倍.北外窗日射得

38、熱引起地冷負荷，逐時值為311辦公室相對應逐時值地2倍.門地冷負荷逐時值為 311辦公室相對應逐時值地 2倍.16 / 383.內部熱源引起地冷負荷人體散熱引起地冷負荷人體顯熱散熱形成地冷負荷 Q5,1 = n qiX _T W.（3-10 ）n：室內總人數(shù)；n=4人:群集系數(shù)；（見中央空調表P66頁2-15）qi:不同室溫和勞動性質時成年男子散熱量，W;（見中央空調表 P67 頁 2-16）qi=63T:人員進入空調房間地時刻，點鐘；t -T:人員進入房間時到計算時刻地時間，h;X _T : T -T時刻人體顯熱散熱量地冷負荷系數(shù)人體散濕形成地潛熱冷負荷：Q52 = nq2 w（3-11）Q

39、i:名成年男子小時潛熱散熱量，見中央空調表 P67頁2-16Qi=45n:室內總人數(shù)；n=30人表 3-23時間1516171819Clq0.490.580.170.130.10Cqx889.061052.35308.45235.87181.44Cql1296Q2185.062348.351604.451531.871477.44照明設備散熱引起地冷負荷 熒光燈地冷負荷Lq=n1n2NClq （3-12）N:照明燈具功率n1：鎮(zhèn)流器消耗功率系數(shù)，安裝熒光燈鎮(zhèn)流器裝在頂棚內n1=1.0 n2：燈罩隔熱系數(shù),熒光燈罩上部穿小空,下部為玻璃板n2=0.5 Clq:照明散熱冷負荷系數(shù).電子設備散熱引起

40、地冷負荷 會議室各項冷負荷總匯表 3-24時間78910111213Q1263.43238.30215.19196.16185.74185.74194.12Q2158.05149.88144.63136.18130.93125.68122.76Q3104.8490.3775.8964.9450.4639.5128.56Q4187.58175.49162.09150.98145.10145.10150.98Q5425.28444.32457.02486.74520.48539.52533.18Q648.4892.1140.56193.88227.70269.52302.06Q724.9821.5

41、218.0815.4812.029.426.80Q8Q9Q100193050200.25202.5204.75207總匯1312.641412.231413.811446.861477.181521.191338.46時間141516171819Q1215.19244.63280.20316.07355.85391.41Q2120.14120.14122.76125.68130.68136.18Q325.0428.5635.9946.5564.9482.93Q4163.07178.43193.47208.50220.92233.01Q5514.14494.10486.74476.06476.0

42、46114.26Q6320.64334.58334.58324.30306.70269.52Q75.966.808.5811.1015.4819.76Q82185.062348.351604.451531.871477.44Q9600600600600600Q10155.25193.5200.25202.50204.75207.00總匯1519.434385.804610.923915.213786.053131.51三樓各辦公室冷負荷逐時值表 3-25時間789101112133201403.21417.731640.671675.791710.581754.061670.673021614

43、.891624.161839.071864.671891.101927.851837.723041325.841346.491575.541615.291656.201704.301625.543111527.701516.191707.481712.801763.581796.931623.503011531.981518.301714.171733.631749.871771.121589.233031289.701489.561503.911509.231565.281598.901419.93會議室1312.641412.231413.811446.861477.181521.1913

44、38.46時間1415161718193201630.291826.841806.891815.411819.641718.863021790.231976.971949.871954.871954.4018554.433041586.661781.711757.801762.681759.641650.863111691.071868.881904.331949.461955.131739.693011527.131757.451799.591830.661818.321703.203031476.131639.481660.791691.791685.761459.12會議室1519.434385.804610.923915.213786.053131.51二樓各辦公室各項冷負荷計算方法同三樓 二樓各辦公室冷負荷總匯一覽表表 3-26時間789101112132201285.551315.161539.941598.361639.53