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Mechanical System Diagram We selected the VRF Geothermal systems because it is the best system for our given location. The high water table maintaining moist soils creates a more efficient, more consistent means for heat exchange through the loops. With the flight path limiting the vertical dimension of the building, interstitial space is valuable. the VRF system pumps refrigerant is small pipes, thereby reducing the need for lots of duct work. Also, the structure of our building is such that the interstitial space above the building corridors are larger, allowing for even more space for the VRF units. The ability to heat and cool spaces at the same time within the building is an asset to a software headquarters. Server rooms always producing heat creates a continious means of waste heat recovery.

Mechanical

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VRF CORRIDOR DETAIL SCALE: 1/32” = 1’- 0” 16

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32

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G 109

Integrated Design Competition Drawing Set  

Drawing set from Kent State University's Integrated Design Competition Spring 2013- Third place winner

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