回热型吸附式空调样机性能

余热驱动的回顾吸附式空调能有效利用工业余热并且无环境公害的问题，研究该空调样机性能随工作参数的变化规律，可指标优化运行和进一步的优化设计，基于已建立的实用三热源模型，通过大量实验，分析了余热驱动的回热型吸附式空调样机冷媒水进出口温度和蒸发温度随时间的变化规律，并定义了样机实验性能指标，研究表明，样机性能随热源温度和供风温度的变化与模型预测的规律比较吻合，并且具有一定的竞争力。

Performance of a Heat-Regenerative Adsorption Air-Conditioning Prototype

As a CFC free and energy saving refrigeration technology, the waste heat powered heat regenerative adsorption air conditioning system seems to be attractive compared with the traditional technologies. A waste heat powered heat regenerative adsorption air conditioning prototype has been constructed previously. This study aims at its performance research, which can be used to guide the optimal running of the prototype. It is also a key step for the real application of this kind of system. Based upon the practical three heat reservoir model and a lot of experiments on the prototype, the orderliness of cooling water inlet & outlet temperature and evaporating temperature verse time was analyzed. Experimental performance objectives were defined. It is proved by the experiments that the prototype performance is satisfactory if compared with other cycles and experimental result is in good agreement with the simulation. So the application of the heat regenerative adsorption air conditioning system is achievable and beneficial in real use.