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Residential CO2 Heat Pump System for Combined

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Residential CO2 Heat Pump System for Combined ( residential-co2-heat-pump-system-combined )

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9.622 litres 0.409 kg 9.423 litres 0.400 kg Steel Approx. 7700 kg/m3 8 mm 463 mm 1.347 litres 10.543 kg 4 – Test Rig Design and Experimental Methods A simple diffuser was mounted at the ID 10 mm inlet pipeline at the bottom of the tank. The purpose was to reduce the water velocity during testing of the insulating plates, since strong currents could alter the hydrostatic balance of the plates. The diffuser reduced the average flow rate by a factor of 50. Figure 4.27 The diffuser. Two movable insulating plates with different diameters were constructed, and the specifications were as follows: D 8 mm Drain Diffuser D 180 mm ♦ Material: ♦ Density: ♦ Thickness: ♦ Diameter: ♦ V olume: ♦ Weight: Extruded polystyrene, painted to avoid water absorption Approx. 43 kg/m3 50 mm 495 mm 490 mm The balancing weights, which were clamped to the underside of the insulating plates, had the following specifications: ♦ Material: ♦ Density: ♦ Thickness: ♦ Diameter: ♦ V olume: the same as the density of water at 40°C (i.e. approx. 992 kg/m3). 101 458 mm 1.318 litres 10.318 kg (incl. 170 g for bolts/nuts) ♦ Weight: The average density of the insulating plates and the balancing weights was

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Residential CO2 Heat Pump System for Combined

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