This thesis studies the model building energy dispersing water from a standard hose TYPE VI USBR by adding speed reduction Panel. The aim is to help to reduce and solve problems, damage caused by water cooling has been designing experiments is selected, create a model building energy by dispersing water USBR standard TYPE VI building energy dispersing the water received shock (Impact Basin) from the water and add the Panel reduces the speed. 3rd floor, which incorporated a study Panel is to increase speed is calculated in a charge table and a graph to compare the flow rate and velocity of the water according to the number of panels, increasing speed and throughput, including speed can be calculated from these theories. The energy equation The flow in the pipes in the direction of the flow of water from such experiments found that the second experiment is a model building energy standard cladding. An additional storey speed can reduce speed and dispersing energy water best. By found that water velocity decreased, on average, 34.8%.
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