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Assessing low-carbon energy technologies against sustainability and resilience criteria: results of a European experts survey

机译:评估可持续性和恢复力标准的低碳能源技术:欧洲专家调查的结果

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摘要

The aim of this article is the assessment of low-carbon energy technologies in Europe against a set of sustainability and resilience criteria. The assessment was based on a survey that was conducted among 40 European experts. Solar Photovoltaic was the technology that proved to achieve high performance against many criteria, whereas nuclear was assessed by the experts with relatively low performance against most of the criteria. Furthermore, it became evident that there is high degree of convergence between the experts, and therefore high degree of confidence, on specific aspects such as the high level of public resistance against Nuclear and the low stability of energy generation of wind onshore. The experts had major disagreements on the performance of carbon capture and storage (CCS) technologies against technological maturity and innovative ability criteria, which reveals a high degree of uncertainty on how CCS will be deployed in the future, pointing out a direction for future research.
机译:本文的目的是评估欧洲的低碳能源技术,以防止一系列可持续性和恢复力标准。评估基于40名欧洲专家之间进行的调查。太阳能光伏是该技术,证明是为了实现高度标准来实现高性能,而核心被专家评估,而对绩效相对较低的绩效相对较低。此外,它变得明显,专家之间的收敛程度高,因此在特定方面的特定方面具有高度的信心,例如对核电的高水平以及风陆上的能量产生的低稳定性。专家们对碳捕获和储存(CCS)技术进行了重大分歧,防止技术成熟和创新能力标准,这揭示了CCS将来部署的高度不确定性,指出未来研究的方向。

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