Abstract: As a CFC-free and energy-saving refrigeration technology, the waste heat powered heat-regenerative adsorptive reversible heat pump seems to be attractive compared with traditional technologies. An experimental prototype for this kind of heat pump has been built.This study aims at its performance research, which can be used to guide the optimal running and design of the heat pump. It is also a key step for the real application of this kind of system. In this paper, the main simulation and experiment performance objectives for the heat pump are defined. Based on the practical three-heat-reservoir model, the influence of various parameters is studied, such as heat source temperature, fan-coil temperature, environment temperature, heat capacity ratio and final heat-recovery temperature difference, etc. Research indicates that the prototype performance is satisfactory if compared with other cycles and the experimental result is close to simulation. So the application of the heat-regenerative adsorptive reversible heat pump is achievable and beneficial.

摘要： 余热驱动的回热吸附式可逆型热泵能有效利用工业余热并且无环境公害问题 ,在一定意义上优越于传统热泵 ,针对此类热泵的实验样机研究其性能随工作参数的变化规律可指导优化运行和进一步的优化设计 ,是产品化过程中的必要环节 .从模型和实验的角度分别定义此热泵的主要性能指标 ,基于实用三热源模型研究其变工况特性 ,即分析热源温度、供暖温度、环境温度、热容比和最终回热温差等参数对热泵性能 (供暖系数COA ,单位质量供暖功率SHP)的影响。样机实验结果表明 ,样机性能较优且与模型预测接近 ,说明回热吸附式可逆型热泵商业前景乐观。