论文部分内容阅读
报道了溴化锂吸收式制冷和供热两用装置在由模拟太阳能集热器提供的６５—７５℃热水驱动下，实施制冷循环及Ⅱ型热泵循环的试验研究结果。给出了驱动热水温度为定值及变值时吸收式装置的性能和经济指标随运转参数的变化关系，并分析了经济运行工况、制冷量与供热量间匹配关系及系统的节能效果。
This paper reports the experimental results of a refrigeration cycle and a type-Ⅱ heat pump cycle driven by a lithium-bromide absorption refrigeration and heating dual-purpose device driven by hot water at 65-75 ° C provided by a simulated solar collector. The relationship between the performance and the economic index of the absorption device and the operating parameters when the driving hot water temperature is constant and variable is given. The matching between the economic operation condition, the cooling capacity and the heating capacity and the energy saving of the system are analyzed effect.