Research on the Technology Framework of Integrated Energy System and Recent Progress

Yajun Zou, Wei Wang, Dawei Wang, Yanbo Wang, Xiaojun Wang, Weitao Chen
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Abstract

Along with the need to balance economic development with emission reductions, clean and efficient utilization of energy has remained a strategic and research focus on a global scale in recent years. Integrated energy system (IES), which integrates the production, transportation, distribution, conversion, storage and consumption of various energy sources enables the integrated management and economic dispatch of electricity, heat, gas, etc., and plays a critical role in the comprehensive utilization of energy. Building the key technology framework of IES and revealing its development status are of great significance for guiding the planning and operation decision-making of IES. This paper summarizes key technologies of IES and their recent development progress based on the previous technology-focused reports. The paper aims to prompt discussions and inform the further work needed to chart the path of IES in the future.
综合能源系统技术框架研究与进展
随着平衡经济发展与减排的需要,清洁和高效利用能源近年来一直是全球范围内的战略和研究重点。综合能源系统(IES)将各种能源的生产、运输、分配、转换、储存和消费集成在一起,实现了电、热、气等的综合管理和经济调度,在能源综合利用中起着至关重要的作用。构建工业自动化系统的关键技术框架,揭示其发展现状,对指导工业自动化系统的规划和运营决策具有重要意义。本文在总结前人技术报道的基础上,总结了IES的关键技术及其最新发展进展。这篇论文的目的是促进讨论,并为未来绘制IES路径所需的进一步工作提供信息。
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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