游泳池计算.xls

ItemRemark 1Heating for one shower KW 22 00 15 0 001 40 5 4 2 1000 Quantity of showers No s 32 Sub total heating for showers KW 562 7diversity factor 0 8 2Heating for one Basin KW 22 00 15 0 001 40 5 4 2 1000 Quantity of showers No s 17 Sub total heating for Basins KW 186 8diversity factor 0 5 3Total heating for both shower and Basin KW 749 6即热式热水器的耗热量选型 4Heating for Swimming pool 4 1 Heating for make up water KW 300 1 2 10 4 2 26 5 1000 24 360036 75for 300m2 240 1 2 10 4 2 26 5 1000 24 360029 40for 240m2 4 2 Heating for evaporation of water KW 59 4959 49for 300m2 48 5548 55for 240m2 4 3 Heating for w g heat dissipation KW for 300m2 11 9020 of Heating for evaporation of water for 240m2 9 7120 of Heating for evaporation of water 4 4 Intitial heating for swimming pool 36h KW 300 1 2 4 2 26 5 1000 36 3600245for 300m2 240 1 2 4 2 26 5 1000 36 3600196for 240m2 4 5 Heating for Swimming pool KW for 300m2 353 1108 14 for 240m2283 787 67 1Heating for one shower l h no 300 0 Quantity of showers No s 32 Sub total heating for showers l h 9600 0 2Heating for one Basin l h no 80 0 Quantity of showers No s 17 Sub total heating for Basins l h 1360 0 3Total heating for both shower and Basin KW 448容积式热水器的耗热量选型 240m2 Swimming Pool 1Evaporation of water蒸蒸发发水水量量 1 1 area of wet surface A sq m 表面积 A sq m 38 1 2 air velocity over wet surface v m s 湿表面空气流速 v m s 0 2 1 3 saturation pressure at room s design conditions point pa Pa 室内设计点饱和压力 pa Pa 2635 1 4 saturation vapour pressure taken at the surface water temp pw Pa 湿表面水温下饱和水蒸气分压力 pw Pa 3608 1 5 evaporation of water wp kg h 蒸蒸发发水水量量 wp kg h 7 25 2Load for people within swimming pool泳泳池池内内人人员员负负荷荷 2 1 Total area of swimming pool m2 泳池总面积 m2 104 2 2 occupany density m2 person 人员密度 m2 person 15 0 2 3 Total occupants person 总人数 person 6 9 2 4 Moisture for 10 occupants for heavy activities kg h 10 人重度劳动散湿量 kg h 0 15 2 5 Moisture for 60 occupants for middle activities kg h 60 人中度劳动散湿量 kg h 1 04 2 6 Moisture for 30 occupants for light activities kg h 30 人轻度劳动散湿量 kg h 0 87 2 7 Sensible Load for 10 occupants for heavy activities KW 10 人重度劳动显热负荷 KW 0 03 2 8 Sensible Load for 60 occupants for middle activities KW 60 人中度劳动显热负荷 KW 0 31 2 9 Sensible Load for 30 occupants for light activities KW 30 人轻度劳动显热负荷 KW 0 28 2 10 Latent Load for 10 occupants for heavy activities KW 10 人重度劳动潜热负荷 KW 2 11 Latent Load for 60 occupants for middle activities KW 60 人中度劳动潜热负荷 KW 2 12 Latent Load for 30 occupants for light activities KW 30 人轻度劳动潜热负荷 KW 3Supply Air Volume 送送风风量量 3 1 standard air density p kg cu m 标况下空气密度 kg cu m 1 2 3 2 humidity ratio of room air at design criteria Wi kg kg 设计工况下送风含湿量 Wo kg kg 0 01324 3 3 humidity ratio of supply air at design criteria Wo kg kg 设计工况下室内空气含湿量 Wi kg kg 0 01661 3 4 minimum quantity of air to remove evaporated water Q cu m h 带走所蒸发水的最小风量 Q cu m h 2300 3 5 Designed Supply air volume设设计计送送风风量量2530 3 6 swimming pool height m 泳池高度 m 4 0 3 7 Air exchange rate h 换气次数 h 16 6 4Total moisture dissipation kg h 总总散散湿湿量量 kg h 9 30 5Estimated Latent Load kW 估估计计潜潜热热负负荷荷 kW 6 46 6Outdoor air for swimming pool泳池新风量 6 1 Total occupants person 总人数 person 6 9 6 2 outdoor air required l s person 新风指标 l s person 10 0 6 3 outdoor air m3 h 新风量 m3 h 249 6 6 4 Designed outdoor air m3 h 设设计计新新风风量量 m3 h 379 5 6 5 Outdoor air cooling load KW 新新风风冷冷负负荷荷 KW 1 7 7Cooling Load in Summer 夏夏季季冷冷负负荷荷 7 1 Outdoor air sensible load kw 新风显热 kw 0 9 7 2 Outdoor air latent load kw 新风潜热 kw 0 8 7 3 Building sensible load建筑显热 kw 17 00 7 4 Building latent load kw 建筑潜热 kw 0 0 7 5 Total sensible load kw 总显热 kw 17 9 7 6 Total latent load kw 总潜热 kw 7 3 7 7 Total cooling load kw 总总冷冷负负荷荷 kw 25 2 7 8 Design Total cooling load kw 设设计计总总冷冷负负荷荷 kw 27 7 8Heating Load in Winter 冬冬季季热热负负荷荷 8 1 Outdoor air heating load kw 新风热负荷 kw 6 5 8 2 Outdoor air moisture add kg h 新风加湿量 kg h 0 0 8 3 Indoor moisture dissipation kg h 室内散湿量 kg h 9 3 8 4 Indoor moisture removal kg h 室内除湿量 kg h 9 3 8 5 Building heating load kw 建筑热负荷 kw 10 00 8 6 Total heating load kw 总总热热负负荷荷 kw 16 5 8 7 Design Total heating load kw 设设计计总总热热负负荷荷 kw 18 1 9Issues considered by architecture建筑考虑事项 9 1 Based on the heat transfer balance基于热平衡 K Tn Tw Tn K Tn Tw Tn K是建筑维护的传热系数 W m2 K是建筑维护的传热系数 W m2 1 32 Tn是室内设计参数 Tn是室内设计参数 29 Tw是室外设计参数 Tw是室外设计参数 4 是建筑维护内表面的放热系数 W m2 是建筑维护内表面的放热系数 W m2 8 7 是建筑维护内表面的温度 要求表面不结露 室内设计参数的露点温 度 2 是建筑维护内表面的温度 要求表面 不结露 室内设计参数的露点温度 2 24 9 2 The moisure isolation inside the wall The moisure isolation inside the wall assume the surface water temp is 27 deg C 假设表面水温27 deg C assume the supply air condition is 19 deg C 95 R H 假设送风工况 19 deg C 95 R H design indoor condition is 29 deg C 65 R H 设计室内点29 deg C 65 R H PHNIX泳池恒温除湿热泵的工作原理就是将池水表面蒸发的热损失 回收利用 转移到池水和空气中 以满足池水和空气保温所需的热量 首 先暖湿空气流经蒸发器 温度下降 暖水汽凝结成冷水从空气中分离出来 使空气干爽 实现空气的除湿功能 空气冷却 水汽凝结及冷却 过程中释放出的热能被冷媒吸收 第二步高温冷媒吸收热能 经热交换器加热池水 实现池水加热功能 另外一部分热量经过再热器 加热 冷却的室内空气 实现空气的加热功能 Remark 29 65 71 70 Kj Kg 假设表面水温27 deg C 27 100 假设送风工况 19 deg C 95 R H 0 00017 0 00013 v pw pa 设计室内点29 deg C 65 R H 29 温度下轻度劳动的散湿量是212g h人数 10 212 1000 27 温度下中度劳动的散湿量是250g h 27 温度下重度劳动的散湿量是417g h 29 温度下轻度劳动的显热是40W人数 10 40 1000 27 温度下中度劳动的显热是67W 27 温度下重度劳动的显热是128W 29 温度下轻度劳动的潜热是130W 27 温度下中度劳动的潜热是161W 27 温度下重度劳动的潜热是273W 19 95 29 65 蒸发水 人员散湿量 p Wi Wo 10 for addantacy Evaporation Latent heating 2500kj kg总散湿量 2500 3600 15 of designed supply air volume 1 2 新风量 85 12 71 7 360085 12为夏季设计室外状态点 33 4 26 9 的焓值 新风量 3600 1 01 33 4 26 6 1 2 Outdoor air conditions 33 4 26 9 85 12 Kj Kg 新风量 3600 1 2 40 11 Not considered Outdoor air conditions 11 12 5 46 84 9 41 Kj Kg for architectural consideration for architectural consideration PHNIX泳池恒温除湿热泵的工作原理就是将池水表面蒸发的热损失 回收利用 转移到池水和空气中 以满足池水和空气保温所需的热量 首 先暖湿空气流经蒸发器 温度下降 暖水汽凝结成冷水从空气中分离出来 使空气干爽 实现空气的除湿功能 空气冷却 水汽凝结及冷却 过程中释放出的热能被冷媒吸收 第二步高温冷媒吸收热能 经热交换器加热池水 实现池水加热功能 另外一部分热量经过再热器 加热 冷却的室内空气 实现空气的加热功能 240m2 Remark Swimming Pool 1Evaporation of water 1 1 area of wet surface A sq m 240 1 2 air velocity over wet surface v m s 0 2 1 3 saturation pressure at room s design conditions point pa Pa 234527 65 1 4 saturation vapour pressure taken at the surface water temp pw Pa 340126 100 1 5 evaporation of water wp kg h 49 67 0 00017 0 00013 v pw pa 2Load for people within swimming pool 2 1 Total area of swimming pool m2 440 2 2 occupany density m2 person 6 0 2 3 Total occupants person 73 3 2 4 Moisture for 10 occupants for heavy activities kg h 1 4227 温度下轻度劳动的散湿量是181g h 2 5 Moisture for 60 occupants for middle activities kg h 10 5626 温度下中度劳动的散湿量是240g h 2 6 Moisture for 30 occupants for light activities kg h 8 9826 温度下重度劳动的散湿量是408g h 2 7 Sensible Load for 10 occupants for heavy activities KW 0 3727 温度下轻度劳动的显热是51W 2 8 Sensible Load for 60 occupants for middle activities KW 3 2626 温度下中度劳动的显热是74W 2 9 Sensible Load for 30 occupants for light activities KW 2 9526 温度下重度劳动的显热是134W 2 10 Latent Load for 10 occupants for heavy activities KW 27 温度下轻度劳动的潜热是130W 2 11 Latent Load for 60 occupants for middle activities KW 26 温度下中度劳动的潜热是161W 2 12 Latent Load for 30 occupants for light activities KW 26 温度下重度劳动的潜热是273W 3Supply Air Volume 3 1 standard air density kg cu m 1 2 3 2 humidity ratio of room air at design criteria Wi kg kg 0 0102215 95 3 3 humidity ratio of supply air at design criteria Wo kg kg 0 0147427 65 3 4 minimum quantity of air to remove evaporated water Q cu m h 13022B6 p Wi Wo 3 5 Designed Supply air volume1497615 for addantacy 3 6 swimming pool height m 5 5 3 7 Air exchange rate h 6 2 4Total moisture dissipation kg h 70 63 5Estimated Latent Load kW 49 05Evaporation Latent heating 2500kj kg 6Outdoor air for swimming pool440 6 1 Total occupants person 73 3 6 2 outdoor air required l s person 10 0 6 3 outdoor air m3 h 2640 0 6 4 Designed outdoor air m3 h 2246 315 of designed supply air volume 7Cooling Load in Summer 7 1 Outdoor air sensible load kw 17 5 7 2 Outdoor air latent load kw 110 9 7 3 Building sensible load42 27Outdoor air conditions 27 80 7 4 Building latent load kw 0 0 7 5 Total sensible load kw 59 8 7 6 Total latent load kw 159 9 7 7 Total cooling load kw 219 7 8Heating Load in Winter 8 1 Outdoor air heating load kw 134 6 8 2 Outdoor air moisture add kg h 34 5Id 14 74g kg Iw 1 94g kg 8 3 Indoor moisture dissipation kg h 70 6 8 4 Indoor moisture removal kg h 36 1 8 5 Building heating load kw 50 62Outdoor air conditions 4 75 8 6 Total heating load kw 185 2 9Issues considered by architecture 9 1 Based on the heat transfer balance K Tn Tw Tn K是建筑维护的传热系数 W m2 1 58for architectural consideration Tn是室内设计参数 27 Tw是室外设计参数 5 是建筑维护内表面的放热系数 W m2 8 7 是建筑维护内表面的温度 要求表面不结露 室内设计参数的露点温度 2 23 9 2 The moisure isolation inside the wall for architectural consideration assume the surface water temp is 26 deg C assume the supply air condition is 17 deg C 95 R H design indoor condition is 27 deg C 65 R H 300m2240m2 Remark Swimming PoolSwimming Pool 1Evaporation of water 1 1 area of wet surface A sq m 300240 1 2 air velocity over wet surface v m s 0 20 2 1 3 saturation pressure at room s design conditions point pa Pa 2345234527 65 1 4 saturation vapour pressure taken at the surface water temp pw Pa 3401340126 100 1 5 evaporation of water wp kg h 62 0949 67 0 00017 0 00013 v pw pa 2Load for people within swimming pool 2 1 Total area of swimming pool m2 495 0425 2 2 occupany density m2 person 6 06 0 2 3 Total occupants person 82 570 8 2 4 Moisture for 10 occupants for heavy activities kg h 1 601 3727 温度下轻度劳动的散湿量是181g h 2 5 Moisture for 60 occupants for middle activities kg h 11 8810 2026 温度下中度劳动的散湿量是240g h 2 6 Moisture for 30 occupants for light activities kg h 10 108 6726 温度下重度劳动的散湿量是408g h 2 7 Sensible Load for 10 occupants for heavy activities KW 0 420 3627 温度下轻度劳动的显热是51W 2 8 Sensible Load for 60 occupants for middle activities KW 3 663 1526 温度下中度劳动的显热是74W 2 9 Sensible Load for 30 occupants for light activities KW 3 322 8526 温度下重度劳动的显热是134W 2 10 Latent Load for 10 occupants for heavy activities KW 1 070 9227 温度下轻度劳动的潜热是130W 2 11 Latent Load for 60 occupants for middle activities KW 7 976 8426 温度下中度劳动的潜热是161W 2 12 Latent Load for 30 occupants for light activities KW 6 765 8026 温度下重度劳动的潜热是273W 3Supply Air Volume 3 1 standard air density kg cu m 1 21 2 3 2 humidity ratio of room air at design criteria Wi kg kg 0 014740 0147417 95 3 3 humidity ratio of supply air at design criteria Wo kg kg 0 011640 0116427 65 3 4 minimum quantity of air to remove evaporated water Q cu m h 2303018795B6 p Wi Wo 3 5 Designed Supply air volume253332067510 for addantacy 3 6 swimming pool height m 5 55 5 3 7 Air exchange rate h 15 415 7 4Total moisture dissipation kg h 85 6769 92 5Estimated Latent Load kW 59 4948 55Evaporation Latent heating 2500kj kg 6Outdoor air for swimming pool495 0425 6 1 Total occupants person 82 570 8 6 2 outdoor air required l s p