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Reliability Modeling and Assessment for Integrated Energy System: A Review of the Research Status and Future Prospects

机译：综合能源系统可靠性建模与评估：研究现状与未来前景综述

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摘要

The increasingly imminent problems of energy exhaustion and environmental pollution promote the emergence and development of a novel energy utilization system named integrated energy system (IES). IES is a novel energy system that integrates multiple energy carriers such as electricity, natural gas and heat/cooling, and fully consumes renewable energy such as wind and solar, etc. Similar to the traditional single energy supply subsystem, the basic requirements for the planning and operation of IES are safety, reliability and economy. In this paper, the development background and significance of IES, as well as the concept and necessity of reliability assessment in IES are briefly introduced. Then, the research status of reliability assessment in IES is summarized from two aspects: the reliability modeling and assessment methods, and the reliability assessment indices. Finally, the current challenges faced by reliability assessment of IES and the prospects for future research directions are explored.
机译：能源耗尽和环境污染的越来越大的问题促进了名为综合能源系统（IES）的新型能源利用系统的出现和发展。 IES是一种新型能源系统，可集成多种能量载体，如电力，天然气和热/冷却，并充分消耗可再生能源，如风和太阳能等，类似于传统的单一能源子系统，规划的基本要求IE的操作是安全，可靠性和经济性。在本文中，简要介绍了IES的发展背景和意义，以及IE中可靠性评估的概念和必要性。然后，IE中可靠性评估的研究状况从两个方面概述：可靠性建模和评估方法，以及可靠性评估指标。最后，探讨了IES可靠性评估所面临的当前挑战以及未来的研究方向的前景。

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