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All of the fan shaft power eventually converts to heat in the system, either initially as fan losses or downstream as duct friction losses. Motor inefficiencies are an added load if that motor is in the airstream. Whether the fan is upstream of the cooling coil (blow-through) or downstream (draw-though) affects how this load must be accounted for. The effect of these gains can be considerable, particularly in process applications. 5°F per inch of water static pressure. • The supply duct may gain or lose heat from the surroundings.
Locating major equipment in roof penthouses may pose significant access problems for repair and replacement. For single high-rise central plants, intermediate-floor locations that are closer to the load may allow pumping equipment to operate at a lower pressure. A life-cycle cost analysis (LCCA) should include differences in plant location to identify the most attractive plant sustainability options during the planning stage. The LCCA should consider equipment maintenance access, repair, and replacement during the life of the plant, as determined in the owner’s criteria.
Zhou. 2007. Optimizing chilled water plant control. ASHRAE Journal 49(6). Peterson, K. 2014. Engineer’s notebook: Improving performance of large chilled water plants. ASHRAE Journal 56(1). , 2014. Simplified chiller sequencing for a primary/secondary variable chilled water flow system. ASHRAE Journal 56(10). C. 2004. Making them work: Primary-secondary chilled water systems. ASHRAE Journal 46(7). T. 2011. Optimizing design and control of chilled water plants: Part 1: Chilled water distribution system selection.