能源区块链在电网企业中的应用前景研究

Yixin Sun, Cheng Wang, Xiaobao Yu
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引用次数: 0

摘要

区块链技术在金融领域应用广泛。比特币作为支付工具的代表,冲击了传统金融和货币的垄断地位。区块链技术作为比特币运行的关键技术,在能源领域也有着广阔的前景。本文在分析区块链技术在能源电力领域的应用前景及相关影响的基础上,提出了适合电网企业的应用模式,并给出了相应的对策建议。1区块链技术特点及应用前景判断区块链技术是一种开放的分布式数据库技术,可以按时间顺序管理数据,保证数据不被篡改。区块链技术在多个节点之间建立了自发的信任机制,可以解决商业世界中多个实体之间的交易信息记录与共享、可信数据交换和业务传输的需求,是推动数字经济和共享经济发展的新引擎。1.1区块链技术的基本特征区块链的技术特征主要体现在以下几个方面:第一,它形成了真实可靠的数据库。区块链是一种面向后台技术人员的分布式数据库。传统数据库有四种经典操作:添加、删除、修改和查询。对于全网账本来说,区块链技术相当于放弃了删除和修改两个选项,只留下添加和查询两个操作。通过块和列表等“区块链”结构,以及相应的时间戳来固化凭证,形成一套链接的、难以篡改的可信数据。二是建立多用户参与的合作基础。区块链技术通过数学原理和程序算法实现系统运行规则的公开透明,数据存储在链上,不可篡改,使交易双方无需第三方权威机构背书即可通过共识达成信任,搭建多方合作基础。
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Research on the Application Prospect of Energy Blockchain in Power Grid Enterprises
Blockchain technology used widely in the financial field. As a representative of payment tools, Bitcoin impacted the monopoly of traditional finance and currency. As the key technology of Bitcoin operation, blockchain technology also has broad prospects in the energy field. Based on the analysis of the application prospects and related influences of blockchain technology in the field of energy and power, this paper puts forward an application model suitable for power grid enterprises and gives corresponding countermeasures and suggestions. 1 Blockchain technology features and application prospect judgment Blockchain technology is an open distributed database technology, which can manage data in time sequence and ensure that the data cannot be tampered. Blockchain technology establishes a spontaneous trust mechanism among multiple nodes, which can solve the demands of transaction information recording and sharing, trusted data exchange and business transmission among multiple entities in the business world, and is a new engine driving the development of digital economy and sharing economy. 1.1 Basic features of blockchain Technology The technical features of blockchain are mainly reflected in the following aspects: First, it forms a real and reliable data base. Blockchain is a kind of distributed database for background technicians. The traditional database has four classic operations: adding, deleting, modifying and querying. For the whole network ledger, the blockchain technology is equivalent to giving up the two options of deletion and modification, leaving only two operations of addition and query. Through the "block chain" structure such as block and list, and the corresponding time stamp to solidify the voucher, a set of linked and hard to tamper trusted data is formed. The second is to establish a cooperative foundation for multi-user participation. Blockchain technology realizes the openness and transparency of system operation rules through mathematical principles and program algorithms, and the data is stored on the chain, which cannot be tampered with, so that both sides of the transaction can reach trust through consensus without the endorsement of the third-party authority, and build a multiparty cooperation foundation.
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