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首页> 外文期刊>International Journal of Sustainable and Green Energy >Hydrogen Production by Water Electrochemical Photolysis Using PV-Module
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Hydrogen Production by Water Electrochemical Photolysis Using PV-Module

机译:使用PV-模块的水电化学光解法制氢

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摘要

The experimental research on hydrogen production by water electrochemical splitting is presented in the article. In the study low temperature electrolytic unit with 26th% KOH liquid solution and small-scale photovoltaic module (PV-module) were used to convert solar energy into molecular hydrogen. Speeds and volumes of average monthly hydrogen production are defined for Kyiv insolation using experimental facilities. The method applied can be proposed to estimate hydrogen amount generated when combining the conventional electrolysis process and photovoltaic module for compensating the long term fluctuations of solar photovoltaics.
机译:本文介绍了水电化学裂解制氢的实验研究。在这项研究中,使用含有26%KOH液体溶液的低温电解装置和小型光伏组件(PV组件)将太阳能转换为分子氢。使用实验设备定义了Kyiv日晒的平均每月氢气生产速度和数量。可以提出所应用的方法来估计当将常规电解过程与光伏模块结合以补偿太阳能光伏的长期波动时产生的氢量。

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