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Heating and cooling of buildings with air cycles

机译：带有空气循环的建筑物的加热和冷却

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The present project will demonstrate that a packaged air cycle heating and cooling unit for buildings is feasible and offers a practical alternative to boilers and chillers. The unit has been built and will provide the heating and cooling for the conference suit at FRPERC. In the remainder of the project the predicted performance will be verified, and the energy consumption and CO2 emissions calculated for the annual load profiles of a range of buildings and compared to conventional systems. The energy consumption of this unit is less than that of conventional systems for buildings that have a significant proportion of their heating and cooling loads coincident. Therefore emissions of greenhouse gasses from the unit, both direct and from power stations supplying them with energy, are reduced compared to conventional systems. There is no possibility of local emissions of ozone depleting or harmful gasses emanating from the unit. Finally the reliability of the units and their ability to operate for long periods of time without attention will be very attractive to building users and owners.
机译：本项目将证明用于建筑物的成套空气循环加热和冷却装置是可行的，并为锅炉和冷却器提供了实用的替代方案。该单元已经建成，将为FRPERC的会议服提供加热和冷却。在项目的其余部分，将验证预测的性能，并针对一系列建筑物的年度负荷曲线计算能耗和二氧化碳排放量，并将其与常规系统进行比较。该单元的能耗低于传统系统的能耗，因为传统建筑的供暖和制冷负荷比例很高。因此，与传统系统相比，该装置的直接和发电站所排放的温室气体均减少了。该装置不可能局部消耗臭氧或消耗有害气体。最终，这些装置的可靠性及其长时间运行而无需引起注意的能力将对建筑用户和业主非常有吸引力。

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