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The pipes of the refrigerator rack have a small diameter (0,15 inches), there is so a low volume of heat transfer fluid to heat in the panel. This low inertia allows to increase fastly the temperature as soon as there is a sunbeam between two clouds and then to heat the hot water balloon. The more the diameter of the pipes increases, the more it needs time to heat a great volume of fluid and the less the system is performant.
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The pipes of the refrigerator grill have a small diameter (4mm), so there is a low volume of heat transfer fluid to heat in the panel. This low inertia quickly increases the temperature as soon as the sun appers from behind the clouds and then heats the hot water balloon. The greater the diameter of the pipes, the more time it needs to heat the larger volume of fluid. and the less efficient the system becomes.
Version actuelle datée du 19 juin 2018 à 14:46
The pipes of the refrigerator grill have a small diameter (4mm), so there is a low volume of heat transfer fluid to heat in the panel. This low inertia quickly increases the temperature as soon as the sun appers from behind the clouds and then heats the hot water balloon. The greater the diameter of the pipes, the more time it needs to heat the larger volume of fluid. and the less efficient the system becomes.
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