区块链可再生能源投资金融服务便利化技术

Ferdinando Bosco, V. Croce, Giuseppe Raveduto
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引用次数: 11

摘要

在过去的几年里,人们对区块链技术的兴趣正在增加。该技术的特点是在设计上提供了去中心化、透明性和可靠性等相关特性。最初的应用领域主要是金融领域,但随着时间的推移,许多其他领域也得到了研究。在本文中,我们报告了一个在金融领域的真实案例,应用于当地地区的可再生能源交易。特别是,本研究报告了基于以太坊区块链私有实现的金融平台的开发,该平台为可再生能源(RES)投资提供了一系列服务。该平台实现了一个点对点(P2P)可信赖的能源市场,以价格为基础,解决了RES金融投资者和地区能源消费者的问题。交换的能量量及其货币计数器值由特定的“代币”表示,由参与者自动交换以跟踪和记录交易,确保可审计性。向投资者提供的金融服务包括从投资绩效监测到更复杂的共享收入和股权模型。市场和微电网中的所有参与者都是区块链的节点。所有平台功能都是利用以太坊智能合约实现的,确保了可信度和透明度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Blockchain Technology for Financial Services Facilitation in RES Investments
In the last years the interest around blockchain technologies is increasing. The peculiarity of this technology is to offer some relevant features as decentralization, transparency and reliability by design. Initially the application field was principally the financial one, but over the time many others have been investigated. In this paper we are reporting a real case of study in the financial sector, applied to the renewable energy exchange in a local district. In particular, this study reports the development of a Financial Platform, based on a private implementation of Ethereum blockchain, that enables a series of services for Renewable Energy Sources (RES) investments. The Platform implements a Peer-to-Peer (P2P) trustable energy marketplace, price-based, addressing both the RES Financial investors and the district energy prosumers. The amounts of energy exchanged and their monetary counter values are represented by specific “tokens”, automatically exchanged by participants to track and record trades, ensuring auditability. The financial services offered to the investors range from an investment performance monitoring to more complex models of shared revenues and equity. The marketplace and all the participants within the microgrid are nodes of the blockchain. All the platform features were implemented exploiting Ethereum smart contracts, ensuring trustworthiness and transparency.
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