Coupled ammonia-salt/mietal hydride sorption deveice

机译：氨盐/金属氢化物耦合吸收装置

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Thermally driven sorption devices for heating and/or cooline can partly replace conventional cojpression refrigenators and heat pumps (1, 2, 3). It the demand profile and the boundary conditions are suitable, significant economical advantages can be achieved. Embedding such a sorption system in the infrastructure of the user can provide a variety of advantages: rational use of energy, covnering a wide range of heating and cooling demands (most of them simultaneously) and-as a consequence-a reasonable rentability of the device. Using coupled systems, coefficients of performance system is analysied consisting of an ammonia salt topping cycle using ammonia as refrigerant and a metal hydride bottoming cycle using hydrogen as refrigerant. The driving heat for the bottoming cycle is provided by the ammonia salt system.

机译：用于加热和/或冷却的热吸附装置可以部分替代传统的共压制冷器和热泵（1、2、3）。如果需求曲线和边界条件合适，则可以实现显着的经济优势。将这种吸附系统嵌入用户的基础设施中可提供多种优势：合理使用能源，涵盖广泛的加热和冷却需求（大多数同时使用）以及因此而产生的合理的设备可出租性。使用耦合系统，对性能系数进行了分析，该系统包括以氨为制冷剂的氨盐顶循环和以氢为制冷剂的金属氢化物底循环。底部循环的驱动热量由氨盐系统提供。

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《World hydrogen energy conference;WHEC》|1998年|p.865-875|共11页
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E.Willer; M.Groll;
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中图分类能源与动力工程;
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Coupled ammonia-salt/mietal hydride sorption deveice

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