节能计算书范本.docx

1、节能计算书范本公共建筑节能计算报告书项目名称：计 算 人：校 对 人：审 核 人：设计单位：计算时间：计算软件：天正软件-节能系统软件版本：2013 Build130710软件开发单位： 北京天正软件股份有限公司一、 项目概况项目名称项目地址 建设单位设计单位设计编号地理位置二、 建筑信息建筑层数地上2层，地下0层建筑高度7.20m建筑面积地上986.98m2，地下0.00m2北向角度90.00度体形系数0.34三、 设计依据1公共建筑节能设计标准DB13（J）81-2009；2严寒和寒冷地区居住建筑节能设计标注 JGJ26-20103 采暖通风与空气调节设计规范GB50019-2003；4民

2、用建筑节能设计标准 （JGJ 2695）5 民用建筑热工设计规范 （GB 5017693）四、 体形系数建筑外表面积1312.17m2建筑体积（地上）3771.41m3体形系数0.34标准规定建筑类型为乙类建筑时，体形系数应0.40结 论满足要求五丶外墙主体部位热工计算加气混凝土砌块(岩棉板)各层材料名称厚度导热系数修正系数蓄热系数热阻值热惰性指标水泥砂浆200.871.0010.750.0230.247岩棉板800.0451.208.951.480.950加气混凝土砌块2000.201.2510.450.81.802水泥砂浆200.871.0010.750.0230.247合 计300-2.

3、3263.287外墙主体部位传热阻R0=Ri+R+Re = 0.11+2.328+0.05 =2.486外墙主体部位传热系数K = 1/R0 =0.40六丶热桥柱钢筋砼墙（岩棉板）各层材料名称厚度导热系数修正系数蓄热系数热阻值热惰性指标石灰，水泥，砂，砂浆200.871.0010.750.0230.247岩棉板800.0451.208.951.480.950钢筋混凝土2001.741.017.200.1292.372石灰，水泥，砂，砂浆200.871.0010.750.0230.247合 计320-1.6553.371七丶门窗过梁钢筋砼墙（岩棉板）各层材料名称厚度导热系数修正系数蓄热系数热阻值

4、热惰性指标石灰，水泥，砂，砂浆200.871.0010.750.0230.247岩棉板800.0451.208.951.480.950钢筋混凝土2001.741.017.200.1292.372石灰，水泥，砂，砂浆200.871.0010.750.0230.247合 计320-1.6553.371八丶防火隔离带钢筋砼墙（岩棉板）各层材料名称厚度导热系数修正系数蓄热系数热阻值热惰性指标石灰，水泥，砂，砂浆200.871.0010.750.0230.247岩棉板800.0451.208.951.480.950钢筋混凝土2001.741.017.200.1292.372石灰，水泥，砂，砂浆200.8

5、71.0010.750.0230.247合 计320-1.6553.371九丶外墙平均热工参数计算总体东向西向南向北向墙主体面积345.6363.1863.22100.17119.07百分比87.4787.8088.6486.9287.15传热系数0.450.450.450.450.45柱面积49.508.778.1015.0817.55百分比4.474.063.794.364.28传热系数0.46.0.46.0.46.0.46.0.46.门窗过梁面积49.508.778.1015.0817.55百分比4.474.063.794.364.28传热系数0.46.0.46.0.46.0.46.0.

6、46.防火隔离带面积49.508.778.1015.0817.55百分比4.474.063.794.364.28传热系数0.440.440.440.440.44外墙平均传热系数0.45标 准 规 定体形系数0.30且0.40时，外墙平均传热系数应0.45结 论满足要求十丶分隔采暖与非采暖的隔墙钢筋砼墙（岩棉板）各层材料名称厚度导热系数修正系数蓄热系数热阻值热惰性指标石灰，水泥，砂，砂浆200.871.0010.750.0230.247加气混凝土砌块2000.201.209.800.82.372白灰砂浆200.8101.0010.0700.0250.249合 计240-0.8483.371分隔采

7、暖与非采暖的隔墙的传热阻R0=Ri+R+Re = 0.11+0.848+0.05 =1.008分隔采暖与非采暖的隔墙的传热系数K = 1/R0 =0.99标准规定分隔采暖与非分隔采暖空间传热系数应1.50结 论满足要求十一丶分隔采暖与非采空间的楼板热工计算钢筋砼现浇底板（挤塑板）各层材料名称厚度导热系数修正系数蓄热系数热阻值热惰性指标水泥砂浆1200.931.0011.3700.0220.245挤塑聚苯板200.0301.000.3010.6670.201钢筋混凝土1101.7401.0017.200.0631.087水泥砂浆1200.931.0011.3700.0220.245合 计150-

8、0.7741.778分隔采暖与非采空间的楼板的传热阻R0=Ri+R+Re = 0.11+0.774+0.05= 0.884外墙主体部位传热系数K = 1/R0 =1.131标准规定分隔采暖与非分隔采暖空间楼板的传热系数应1.50结 论满足要求十二丶屋顶构造平屋面（上人屋面）（挤塑板）各层材料名称厚度导热系数修正系数蓄热系数热阻值热惰性指标水泥砂浆1250.931.0011.3700.0260.245防水层00.0171.003.3300.0000.000C20砼301.251.0013.5700.0240.848挤塑聚苯板750.0301.000.3012.190.853水泥砂浆1300.93

9、1.0011.3700.0220.245钢筋混凝土1001.7401.0017.200.0570.989石灰，水泥，砂，砂浆200.871.0010.750.0230.247合 计150-2.3423.427屋面主体部位传热阻R0=Ri+R+Re = 0.11+2.4+0.05=2.502屋面主体部位传热系数K = 1/R0 =0.40标准规定体形系数大于0.30且0.40时，屋顶传热系数应为0.40结 论满足要求坡屋面（非上人屋面）（挤塑板）各层材料名称厚度导热系数修正系数蓄热系数热阻值热惰性指标防水层00.017 1.003.3300.0000.000C20砼351.251.0013.57

10、00.0280.848挤塑聚苯板750.0301.000.3012.190.853钢筋混凝土1001.7401.0017.200.0570.989石灰，水泥，砂，砂浆200.871.0010.750.0230.247合 计150-2.312.937屋面主体部位传热阻R0=Ri+R+Re = 0.11+2.31+0.05=2.47屋面主体部位传热系数K = 1/R0 =0.40标准规定体形系数大于0.30且0.40时，屋顶传热系数应为0.40结 论满足要求十三丶外窗气密性等级判定围护结构气密性等级标 准 规 定结论建筑外窗6建筑外窗气密性等级应6满足要求十四丶幕墙气密性等级判定围护结构气密性等级

11、标 准 规 定结论透明幕墙3透明幕墙气密性等级应3满足要求十五丶外窗热工参数计算东向：外墙面积()外窗面积()朝向窗墙比朝向平均综合遮阳系数传热系数可见光透射比114.484.320.030.621.90.72朝向窗墙比标准规定东向窗墙面积比应0.70结 论满足要求综合遮阳系数标准规定东向窗墙面积比0.30时，东向外窗遮阳系数无限制结 论满足要求传热系数标准规定体形系数0.30且0.40，东向窗墙面积比0.30时，东向外窗传热系数应2.50结 论满足要求可见光透射比标准规定东向窗墙面积比0.40时，东向外窗可见光透射比应0.40结 论满足要求西向：外墙面积()外窗面积()朝向窗墙比朝向平均综合

12、遮阳系数传热系数可见光透射比114.484.320.030.621.90.72朝向窗墙比标准规定西向窗墙面积比应0.70结 论满足要求综合遮阳系数标准规定西向窗墙面积比0.30时，西向外窗遮阳系数无限制结 论满足要求传热系数标准规定体形系数0.30且0.40，西向窗墙面积比0.30时，西向外窗传热系数应2.50结 论满足要求可见光透射比标准规定西向窗墙面积比0.40时，西向外窗可见光透射比应0.40结 论满足要求南向：外墙面积()外窗面积()朝向窗墙比朝向平均综合遮阳系数传热系数可见光透射比289.8485.410.290.621.90.72朝向窗墙比标准规定南向窗墙面积比应0.70结 论满足

13、要求综合遮阳系数标准规定南向窗墙面积比0.40且0.50时，南向外窗遮阳系数应0.60结 论满足要求传热系数标准规定体形系数0.30且0.40，南向窗墙面积比0.40且0.50时，南向外窗传热系数应2.00结 论满足要求可见光透射比标准规定南向窗墙面积比0.40时，南向外窗可见光透射比无限制结 论满足要求北向：外墙面积()外窗面积()朝向窗墙比朝向平均综合遮阳系数传热系数可见光透射比289.8434.780.120.621.90.72朝向窗墙比标准规定北向窗墙面积比应0.70结 论满足要求综合遮阳系数标准规定南向窗墙面积比0.40且0.50时，南向外窗遮阳系数应0.60结 论满足要求传热系数标

14、准规定体形系数0.30且0.40，北向窗墙面积比0.30且0.40时，北向外窗传热系数应2.30结 论满足要求可见光透射比标准规定北向窗墙面积比0.40时，北向外窗可见光透射比应0.40结 论满足要求十六丶外窗分类按朝向统计名称编号面积朝向遮阳系数夏季外遮阳系数综合遮阳系数可开启面积比M12212.51东向0.831.000.830.80钛镁合金（6高透光Low-E+12空气+6mm）C12182.16东向0.621.000.720.35PM603018南向0.831.000.830.80M15213.15南向0.831.000.830.80钛镁合金（6高透光Low-E+12空气+6mm）C2

15、1183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+

16、6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E

17、+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78南向0.621.000.720.35钛镁合金M12212.51西向0.831.000.830.80钛镁合金（6高透光Low-E+12空气+6mm）C121

18、82.16西向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6m

19、m）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35钛镁合金（6高透光Low-E+12空气+6mm）C21183.78北向0.621.000.720.35