2 55
. Are electric, used in a vapor compression heat pump heating system will tend to the same temperature of, to, when produced, when the flow rate
of. Add more hot water,,, are electric, used in a vapor compression heat pump heating system is decreased from 2.4kW is on 1.8, kW kW 1.6, kW 1.5
, and 1.5 kW 1.4 kW thinking is on 25% 32% 37%,,, and 38% 41% that rate of flow, the river, and was 4 6 8 10,,,, and 12
15.5 liters per minute by Al The order due to the pressure of the high pressure heat pump system that gradually decrease when the
.Flow of, to, sleep, and increases. When, the heat load, the air-conditioned room that dance. Are electricity in heat pump system were
change a little. &. Are electricity in the system, the cooling is average in 2.Which I think is 4 kW do however. 44.5
size of coordinates. Are electricity of steam compressor in the system, the cooling (reference from the table 1) due to the thermal When the system
.Tom cooling part has been transferred to heat pump system continuously. Therefore, the pressure in the system, the cooling constant which
.Such characteristics as the behavior to share the burden, the work between the system, cooling system and heat pump. As a result of increasing the heat load
air-conditioned, no significant with, are electricity of vapor compressor system. The cooling much
.Figure 6 show burden the cooling system, the cooling unit where, when the rate of flow, the river, change from the picture
.See to it that the burden of the cooling. The change in the trend to increase, a little only, as a result, due to the system,
.Cooling the heat transfer system with heat pump and condenser cooling type, ด้วยอากาศ all. So long.
.Production, hot water method, heat release ti ng with the use of heat pump, it does not affect the system. The cooling effect of
.Open, heating coil may not affect the system. Cooling heat loss much due to the air!In the area near the heating coil. The heating coil is installed. Located around the duct in the wind blew back into the inflatable.
.Cool and away from the coil enough, resulting in heat, spread out of the heating coil. Lost to the air duct
end. More than on the cooling coil will be the heat that water
.Figure 7 graph the registration staff. Associations between ค่าสมั Prasit performance of the system. The cooling system and heat pump when the rate
.The flow of water, the change from the picture, the 7 when the rate of flow, the water, increasing water. Value will be the value increase, from 5 is on
6.4 6.8 7.2,,, and 7.6 7.7 think is On the 27.5% 35.7% 43.9%,,, and 51% 52.9% that rate of flow, the river, and was 4 6 8,,, 0
10 20 30 40
50 60 70 80
.0 2 4 6 8 10 12 14 16 18
you? Kg mu (°)
C flow rate, hot water (L / min)
position that 13 case, not open coil thermal sleep position. 13 open coil case, heat, and 1 coil
position that 13 open coil case, heat, and 2 coil position that 12, flow into the
.Pictures at 4 temperature, hot water produced by variable flow rate, hot water 56 Journal of energy research. The 9 issue 2555 / 2
, and 10 12 15.5 liters per minute by Al respectively. The value rise up. That is the result of water due to total heat to, do
.Hot water that had changed little when the flow rate of water, increasing water. And at the same time, are used in electrical, air compressor steam
.It decreases as the flow rate, added up. Therefore, the average value of the system. ฮีตปั๊ม สูงขึ. Both water in case of no
.There is increasing and increasing heat load light Inca, a มัป the สทิ pho performance of the system. The เย็นนนั do have come to mean that 3.6 is on!The effect due to the load, cooling and electricity, are, used in the system. The cooling was changed slightly. Only, therefore, the results provide
war. A มัป the สทิ pho performance of system. The เย็นมี Ka, constant
.
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