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Experimental facility for gas-fired desiccant systems: capabilities and performance analysis

机译:天然气干燥剂系统的实验设施:能力和性能分析

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An experimental faiclity for evaluating the performance of gas-fired desiccant-based air conditioning systems is described.to demonstrate the operating characteristics of a commercially-available desiccant unit,the results of a test run are presented an discussed.The test system is a rotary desiccant dehumidifier incorporating a gas-fired boiler for regeneration.The performance parameters,including hte moisture removal capacity and coefficient of performance,are reported with the the uncertainties prescribed.Other subject matters investigated in this study are the temporal and spatial variations of the supply air properties and their probable causes.The relatively high uncertainties reported for the performance data are attributed to the presence of spatial variations in the supply air properties,tmperature and humidity ratio.This implies that these measurements,particularly the humidity ratio,should be taken in locations where the air is well mixed.The control scheme of the regeneration heating system is found to be the governing factor for the temporal fluctuations.
机译:描述了用于评估燃气燃烧的基于干燥剂的空调系统的性能的实验性成种。为了证明商业化的干燥剂单元的操作特性,展示了测试运行的结果。测试系统是旋转的含有用于再生的燃气锅炉的干燥剂除湿器。包括所规定的不确定性,包括HTE水分去除能力和性能系数的性能参数。在本研究中调查的其他主题问题是供应空气的时间和空间变化属性及其可能的原因。报告的性能数据报告的相对高的不确定性归因于供应空气性质,Tmperature和湿度比的空间变化。这意味着这些测量,特别是湿度率,应在位置采取空气充分混合的地方。regenerati的控制方案在加热系统上被发现是时间波动的控制因素。

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