1. Page 1 Sapphire by pass line  Design Concept of Cooling Water System ： Funnel 10 line Tank 2 10 tones Chiller -20cm tilt - 5cm distance between growers Tank 1 20 tones City Water Pump 6~9m^3/hour Heat Exchanger Pump at least 50cm lower than pipe At least 4m higher than growers -Pipes and Tanks must be made of stainless steel or plastic that capable to withstand 4~6 bars and temperature up to 100 centigrade. -Cooling water have to lower than room temp 1 ℃ S1 2.6bar 35 ℃ S2 0.26bar 30 ℃ S4 1.2bar 33 ℃ S3 1.3bar 28 ℃ by pass line Manual valve control pressure by pass line 4 bar To city Water exhaust 1.HH/LL sensor 2.Leak sensor 3.Over flow design

2. Page 2 Sapphire 1.15s mean to next 15s mean vibration ≦ 1 mv 2.Max vibration in 15s ＜ 4 mv 3.Gnd ＜ 4 Ω 4.8~10 V must stable and control limit ＜ 1mv 5.Water out have to less then 40 ℃ else water vapper 6.12 set Grower power : 12*90=1080 kw 7.Chiller = Take out thermal energy = 1080*1.25=1350 kw Heater thyristor 380V AC Spec: 415~376V 380V AC Spec: 0~380V 376V AC Spec: 0~376V 12V AC Spec: 0~12V 10V AC Spec: 0~10V Grower controller 3P; 4w 380V  Design Concept of Power System ：

3. Page 3 Sapphire 1.Inside grower max power 75kw 2.Outside grower 15kw lost by WATT power meter ( 10 to 15 kw ) 3.Cooling water by manual measurement by weight is 9.9 m3/h 4.Total power= 75kwX3600s=270x10E6 (J) 5.Total bring out thermal energy by cooling water is C x weight x △ T=4200x6x9900=249x10E6 (J) 6.12 set tool =249x10E6x12set=2988x10E6(J)= 717.12x10E6 (cal)(1J=0.24cal) 7.Total water cooling by grower= 237.14USRT(1USRT=3024kcal) 8.Total air condition cooling by grower= 15kwx3600x12=648x10E6(J) = 155.52x10E3 k.cal=51.48USRT 9. Suitable condition by  Conclusion: Grower (outlet water ＜ 40 ℃ ) water flow/h inlet water outlet eater room temp 10m32127 20 ℃ 5m32133 20 ℃ 3.5m32139 20 ℃ 10m32632 25 ℃ 5m32638 25 ℃