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This means that for every 1 unit of purchased power, 6 units, more or less, of heat can be delivered at near condensing temperatures, given an adequate resource to the evaporator For many systems, the resource can be the internal heat of a building, recovered by the cooling coils The reclaimed heat can be used for heating ventilation air, for reheat, for offsetting envelope heat losses, and perhaps for heating domestic water Well water, lake water, stream waters, cooling-tower waters, etc, have all been successfully used as a heat recovery resource The coef cient of performance indicates that electricity, which is often too valuable to use for direct resistance heat, can be applied for less cost than more conventional fossil fuels such as oil and natural gas In counterpoint, the fuel utilities are promoting the use of gas or oil in fuel- red absorption chillers These chillers require 10,000- to 20,000-Btu input for every ton of effective cooling, and the heating COP can be calculated as COPH 12,000 Btu/(ton h) 10,000 Btu/(ton h) 10,000 Btu/(ton h) 22

123

When you need to display Web page data in list format, and items within the list have several options, you can create a sublist that displays additional information for the item For example, you can nest a bulleted list within a numbered list When you create a sublist, it is indented below the item from the parent list, as shown in Figure 6-3 To create a sublist for an existing list item, follow these steps:

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The operating-cost comparison, then, is whether the cost of electricity divided by the electric COP is less than the cost of fuel divided by the absorber COP, with the fuel consumption adjusted for combustion ef ciency Note that there will still be capital cost factors to consider There are still other factors to consider in the economic analysis Some chillers are tted with double-bundle condensers to segregate a heating loop from a cooling-tower loop Chillers designed for higher

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

FIGURE 6-3

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condensing temperatures may not be as ef cient in the conventional cooling range Centrifugal chillers must be carefully selected to avoid surging at reduced capacity in the higher-condensing-temperature range Heat recovery plants have the general design characteristics of conventional chiller plants They can be married to thermal storage, both heating and cooling, and they can be combined with fuel- red plants for almost any operating mode One consequence of heat recovery system design is that heating water temperatures range from 90 to 115 F Radiant and natural convection heating methods don t work well at these temperatures Fan forced-circulation schemes are required with coils similar to cooling coils for rows and n spacing Design hint: Keep a high degree of separation between the heating loop and the cooling loop Good intent notwithstanding, crossconnections between hot and cold circuits, even with controlled valving, often fail with consequent blending of hot and cold ows, which places false loads on the central system Heat recovery plants may be small or large Factory-packaged, airto-air equipment is available, starting at 3 to 5 tons up to 50 tons or more Chiller-based systems have been designed from 50 tons up to several thousand tons The technology for such systems is more than fty years old See Figs 713a and b for a simpli ed diagram of one variation of a chiller-based heat recovery system that uses deep wells as a heat source and as a heat sink 710 Central Plant Distribution Arrangements The schematic plant arrangements in Figs 71 through 78 are representative of common practice for heating or cooling plants in the HVAC industry One or two units are shown, but the principles apply to any number of units The interface to the distribution system was discussed in Sec 668 All the above gures (Figs 71 78) suggest four-pipe systems, in which chilled water and hot water or steam are separated A two-pipe distribution system is designed to provide either hot or chilled water (but not both at the same time) to air-handling units, usually individual room fan-coil units Figure 714 shows a typical arrangement The chiller and boiler are interfaced through heat exchangers to a common distribution system, so that either hot or chilled water is distributed, depending on the season (sometimes depending on the time of day) Special thermostats are required for control in the AHUs Heat exchangers, or specially controlled changeover valves, are needed to prevent thermal shock at the boiler or chiller when changeover occurs,.

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