游泳池、浴池加热热损计算

mmHg102Pa(KJ/Kg)kcal/kg56.548.722489594.4667.019.352486593.7477.5110.012484593.2688.0410.722481592.5598.6011.472479592.07109.2012.272477591.59119.8413.122475591.121210.5114.012472590.401311.2515.002470589.921411.9815.972468589.441512.7817.042465588.731613.6318.172463588.251714.5219.362460587.531815.4720.622458587.061916.4721.962456586.582017.5323.372453585.862118.6424.852451585.382219.8226.422448584.672321.0628.082446584.192422.3729.822444583.712523.7531.672441582.992625.2033.602439582.522726.7335.642437582.042828.3437.782434581.322930.0340.042432580.853031.8142.412430580.373133.6944.912427579.653235.6547.532425579.173337.7250.292422578.463439.8953.182420577.983542.1756.222418577.503644.5559.402415576.793747.0662.742413576.313849.6866.242411575.833952.4469.912408575.114055.3273.752406574.644158.3377.772403573.924261.4981.982401573.444364.8086.392398572.73汽化潜热0.1MPa时的饱和空气状态参数表［Pb：与游泳池水温相等的饱和空气的水蒸汽分压力］干球温度t(℃)含湿量(g/kg)水蒸汽压力水蒸汽分压力mmHg102Pa53.755.0060%64.135.5060%74.506.0060%84.886.5060%95.257.0060%105.557.4060%115.857.8060%126.388.5060%136.688.9060%147.059.4060%157.5010.0060%168.1810.9060%178.6311.5060%189.3012.4060%199.8313.1060%2010.5814.1060%2111.2515.0060%2211.8515.8060%2312.6816.9060%2413.3517.8060%2514.3319.1060%2615.1520.2060%2716.2821.7060%2817.1022.8060%2918.1524.2060%3019.1325.5060%3120.2527.0060%3221.3828.5060%3322.5030.0060%3423.6331.5060%3525.1333.5060%360.0060%370.0060%380.0060%390.0060%400.0060%410.0060%420.0060%430.0060%0.1MPa时空气状态参数表［Pq：游泳池的环境空气的水蒸汽压力力］干球温度t(℃)含湿量(g/kg)序号项目单位设计参数1游泳池所处环境及用途2设计水温℃273环境（室内）温度℃204游泳池长度m16.35游泳池宽度m8.16游泳池深度m27泳池初次加热时间h488表面积㎡132.039水的比热容kj/(Kg.℃）4.181610水容量及补充水量m3264.0611其它说明符号物理量单位数值Qz游泳池水表面蒸发损失的热量kw42.22α热量换算系数kJ/kcal4.1868y与游泳池水温相等的饱和蒸汽的蒸发汽化潜热kcal/kg574.1581vf游泳池水面上的风速m/s0.4Pb与游泳池水温相等的饱和空气的水蒸汽分压力mmHg26.7322Pq游泳池的环境空气的水蒸汽压力mmHg10.5759A游泳池的水表面面积m2132.0300B当地的大气压力mmHg765.7000Qy游泳池的水表面、池底、池壁、管道和设备等传导所损失的热量kw8.44Qb游泳池补充水加热所需的热量kw28.15α热量换算系数kJ/kcal4.1868qb游泳池每日的补充水量L13203у水的密度kg/L1.0000tr游泳池水的温度℃27.00tb游泳池补充水水温℃5.00t加热时间h12.00Qa维持恒定总耗热量Kw78.81游泳池、浴池热损计算浙江室内泳池设计Qc1泳池初次加热单位时间所需热量Kw140.58Qc2泳池初次加热单位时间所需热量Kw193.12泳池初次加热时间按照初次加热时间需要三台CRS-84Ⅱ-V2，按照维持时间需要两台CRS-84Ⅱ-V2说明5.00%备注计算公式：Qz＝α·у（0.0174vf＋0.0229）(Pb－Pq)A(760/B)2404／4.187室内游泳池；vf--0.2～0.5m/s；露天游泳池vf＝2～3m/s；浙江地区按游泳池水表面蒸发损失热量的20%计算确定。计算公式：Qb＝αqbу（tr-tb）/t按水容量×补充百分数计算浙江地区冬季水温（规范表5.1.4）计算公式：Qa＝Qz+Qy+Qb游泳池、浴池热损计算浙江室内泳池设计1、该表按GB50015-2003《建筑给水排水设计规范》计算。2、表格红色部分为输入数据单元格，其它自动计算，不要改动，黄色为主要显示数据。不考虑加热期间的散失计算公式：Qc＝Q升考虑加热期间的散失计算公式：Qc＝Q升+N*(Qa/3)泳池初次加热时间按照初次加热时间需要三台CRS-84Ⅱ-V2，按照维持时间需要两台CRS-84Ⅱ-V2