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WASTE HEAT UTILIZATION ABSORPTION TYPE REFRIGERATION SYSTEM AND ABSORPTION TYPE REFRIGERATOR

机译:废热利用吸收式制冷系统及吸收式制冷机

摘要

PROBLEM TO BE SOLVED: To provide a waste heat utilization absorption type refrigeration system and an absorption type refrigerator capable of reducing the possibility of an abnormal stop state of a power generator and more smoothly returning to rated operation while suppressing electric power consumption required for avoiding the abnormal stop state.;SOLUTION: In a waste heat utilization absorption type refrigeration system 1, a temperature of heat source water is raised by using cooling water of which temperature has been raised by cooling a power generator 10, and by using the heat source water, diluted solution is heated in a regenerator 21 of an absorption type refrigerator 20. The absorption type refrigerator 20 includes a concentrated solution bypass pipe 27 for guiding concentrated solution obtained by heating in the regenerator 21 to an absorber 24 without spraying the solution into an absorption heat transfer pipe 24a. A control panel 29 controls a ratio between the concentrated solution flowing without the concentrated solution bypass pipe 27 interposed and the concentrated solution flowing via the concentrated solution bypass pipe 27 by adjusting an opening of a control valve 28 in accordance with a temperature of cooling target fluid detected by a temperature sensor T in an operating state, so as to control absorption capacity of the absorber 24.;SELECTED DRAWING: Figure 1;COPYRIGHT: (C)2018,JPO&INPIT
机译:解决的问题:提供一种废热利用吸收式制冷系统和吸收式制冷机,其能够减少发电机异常停止状态的可能性并且更平稳地返回到额定操作,同时抑制避免产生该功率所需的电力消耗。解决方案:在废热吸收吸收式制冷系统1中,通过使用冷却水来提高热源水的温度,其中冷却水的温度已通过发电机10的冷却而升高,并且通过使用热源水稀释液在吸收式制冷机20的蓄热器21中被加热。吸收式制冷机20包括浓缩液旁通管27,该浓缩液旁通管27将通过在再生器21中加热而获得的浓缩液引导至吸收器24,而不将溶液喷入吸收器中。传热管24a。控制面板29根据冷却对象流体的温度,通过调节控制阀28的开度,来控制不插通浓缩液旁通管27而流动的浓缩液与流过浓缩液旁通管27的浓缩液之间的比例。温度传感器T在工作状态下检测到的温度,以控制吸收器24的吸收能力。;选图:图1;版权:(C)2018,JPO&INPIT

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