首页> 外文期刊>Communications in Agricultural and Applied Biological Sciences >Nominee for EBA Conference Poster Award 2016 Power-to-Gas by Biomethanation- From Laboratory to Megawatt Scale
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Nominee for EBA Conference Poster Award 2016 Power-to-Gas by Biomethanation- From Laboratory to Megawatt Scale

机译:EBA会议海报奖2016年EBA会议海报奖的授权生物大甲烷 - 从实验室到兆瓦的规模

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摘要

The share of renewable energy on total energy production has been rising. Wind and solar produce electricity intermittently and generally independent of demand. Bulk energy storage by an integrated Power-to-Gas system is the most promising solution toaddress the need for such challenge. In the Power-to-Gas process, low-cost and stranded electricity from wind and solar is utilized to convert carbon dioxide into methane, the principal component of natural gas (Sterner 2009, Gotz 2015).This renewable gas can then be injected into existing natural gas pipeline infrastructure and stored for days, weeks and even months without losses. It can also be used in the transportation sector or in industrial processes.
机译:可再生能源对总能源生产的份额一直在上升。 风和太阳能间歇性,通常与需求无关。 集成的电力到天然气系统的批量储能是最有前途的解决方案,对此挑战的需要。 在电力到气体过程中,利用风和太阳能的低成本和绞合电力将二氧化碳转化为甲烷,天然气的主要成分(Sterner 2009,Gotz 2015)。然后可以注射可再生气体 现有的天然气管道基础设施并储存几天,周甚至几个月,没有损失。 它也可以用于运输部门或工业过程中。

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