| 摘要 |
PROBLEM TO BE SOLVED: To provide a heat utilization system utilizing hydrogen occlusion alloy in which the moving quantity of hydrogen per unit time can be increased through a simple structure. SOLUTION: A cell S encapsulates a plurality of kinds of hydrogen occlusion alloy (high temperature, intermediate temperature, and low temperature alloys HM, MM, and LM) in one container wherein the high temperature, intermediate temperature, and low temperature alloys HM, MM, and LM are partitioned into three layers S1, S2, and S3 by a partitioning means 1. The partitioning means 1 passes hydrogen straight at each section and a plurality of pipe filters 2 for passing hydrogen straight penetrate each layer so that hydrogen is moved through the pipe filters 2. Since hydrogen is moved through the pipe filter 2 at each part in one container, moving distance of hydrogen is short and pressure loss is low. As a result, the moving quantity of hydrogen per unit time is increased and the performance is enhanced.
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