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Research of hydrogen storage system using LabVIEW software

机译:用LabVIEW软件研究储氢系统

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This paper deals with research in the field of hydrogen production and consumption within the experimental fuel cells laboratory of VřB-TUO to achieve optimization of operation and high efficiency. This system operates as an island system and it is powered from a photovoltaic power plant. Hydrogen is supplied from the electrolyzer Hogen GC600. The hydrogen produced then serves as fule for the fuel cell module NEXA Ballard Power System. The main part of this paper focuses on fuel cell operation based on experimental measurements with the potential utilisation of a software model created for optimization and simulation of operation conditions. Parameters, constants and mutual mathematical-physical relations will be used to developed a software model of the source with a fuel cell within the LabVIEW program environment. Such model provides an opportunity to design an ideal fuel cell operation with high efficiency.
机译:本文在VřB-TUO的实验性燃料电池实验室内从事氢气生产和消耗领域的研究,以实现运行优化和高效率。该系统作为孤岛系统运行,由光伏电站供电。氢气由电解槽Hogen GC600提供。然后产生的氢气用作燃料电池模块NEXA Ballard Power System的燃料。本文的主要部分集中在基于实验测量的燃料电池运行上,并可能利用为优化和模拟运行条件而创建的软件模型。在LabVIEW程序环境中,将使用参数,常量和相互的数学-物理关系来开发带有燃料电池的源的软件模型。这种模型为设计理想的高效率燃料电池运行提供了机会。

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