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首页> 外文期刊>International journal of nuclear hydrogen production and applications >Hydrogen Production By High Temperature Electrolysis Coupled With An Epr, Sfr Or Htr: Techno-economic Study And Coupling Possibilities
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Hydrogen Production By High Temperature Electrolysis Coupled With An Epr, Sfr Or Htr: Techno-economic Study And Coupling Possibilities

机译:结合Epr,Sfr或Htr的高温电解制氢:技术经济研究和耦合可能性

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摘要

Hydrogen production by high temperature electrolysis coupled with three nuclear reactors (the European pressurised reactor, the sodium-cooled fast reactor and the very high temperature reactor) was studied in terms of perspectives and hydrogen production costs. Firstly, we present the features of producing water steam by using the three nuclear reactors. Secondly, we present the hydrogen production cost for the HTE process coupled with each type of nuclear reactor. These costs are optimal values of the hydrogen production cost for the mentioned couplings and they were estimated by using a genetic algorithm procedure. High potentiality for these HTE couplings was assessed and contrary to steam source temperatures, the electricity price appeared to be a key parameter for low hydrogen production costs.
机译:从观点和制氢成本的角度研究了高温电解制氢与三个核反应堆(欧洲加压反应堆,钠冷快堆和超高温反应堆)的结合。首先,我们介绍了使用三个核反应堆生产水蒸汽的特征。其次,我们介绍了HTE工艺与每种类型的核反应堆相结合的制氢成本。这些成本是上述偶合器制氢成本的最佳值,并通过使用遗传算法程序进行估算。这些HTE联轴器具有很高的潜力,并且与蒸汽源温度相反,电价似乎是降低氢气生产成本的关键参数。

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