Research and Application of Digital Twin Technology in Power Grid Development Business

Tao Liu, Haibo Yu, H. Yin, Zhenlei Zhang, Zhiwei Sui, Dianchao Zhu, Lu Gao, Zhen Li
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引用次数: 10

Abstract

This article introduces the research and application of digital twin technology in the development of power grids. It relies on the Planning Information System management platform of the State Grid Corporation of China, with the goal of scientifically leading the development of a strong smart grid. It takes the Internet of things, blockchain, big data and other technologies as the support, and integrates massive data such as power, pipe trench corridor, regulatory planning and meteorological data, to build an online platform on which the power grid can be planned, constructed, and operated. At present, the Planning Information System platform is based on digital twin technology, which has integrated 22 sets of professional systems such as infrastructure, dispatching, equipment and marketing, and has access to 334 categories and 56 billion pieces of data such as equipment ledger, operation curve, project data and space resources. Through the above research, we have realized the "digital twin" of "physical power grid" and "online power grid", which supports the high-quality development of power grid business.
数字孪生技术在电网开发业务中的研究与应用
本文介绍了数字孪生技术在电网发展中的研究与应用。依托中国国家电网公司规划信息系统管理平台,以科学引领强智能电网发展为目标。以物联网、区块链、大数据等技术为支撑,整合电力、管沟走廊、监管规划、气象数据等海量数据,构建电网规划、建设、运营的在线平台。目前,规划信息系统平台基于数字孪生技术,集成了基础设施、调度、设备、营销等22套专业系统,可访问设备台账、运行曲线、项目数据、空间资源等334类、560亿条数据。通过上述研究,实现了“实体电网”和“在线电网”的“数字孪生”,支撑电网业务高质量发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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