采用区块链智能合约促进可再生电力交易的风险和挑战分类

O. Alao, P. Cuffe
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引用次数: 0

摘要

环境问题和全球能源供应危机推动了人们对可再生电力行业的兴趣。然而,可再生能源发电的收入风险使它们难以从传统投资者那里吸引资金。已经提出了几种机制来尽量减少这些风险,但它们有其局限性。区块链智能合约安排已经成为一个新的市场,解决了这些传统电力对冲机制的缺点。然而,它们有其独特的挑战,可能会阻碍它们在可再生电力行业的主流采用。因此,本文开发了一种新的风险和挑战分类法,以采用区块链智能合约来促进可再生电力交易。研究这些问题表明,可再生能源行业采用区块链智能合约可以通过技术开发人员和研究人员、可再生能源公司以及政府之间的合作和伙伴关系来促进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Taxonomy of the Risks and Challenges of Embracing Blockchain Smart Contracts in Facilitating Renewable Electricity Transactions
Environmental imperatives and global energy supply crisis are driving interests in the renewable electricity industry. Yet, the revenue risks of renewable generators make it challenging for them to attract finance from traditional investors. Several mechanisms have been proposed to minimize these risks but have their limitations. Blockchain smart contract arrangements have emerged as a new marketplace, addressing the shortcomings of these traditional electricity hedging mechanisms. However, they have their peculiar challenges, potentially impeding their mainstream adoption in the renewable electricity industry. Hence, this paper develops a novel taxonomy of the risks and challenges of embracing blockchain smart contracts in facilitating renewable electricity transactions. Examining these issues indicates that the adoption of blockchain smart contracts in the renewable energy industry can be facilitated by cooperation and partnerships between technology developers and researchers, renewable energy companies, as well as governments.
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