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【Advances in Applied Energy最新综述论文】大规模交通电气化电网集成的电力系统规划和运营管理系统综述

AEii国际应用能源  · 公众号  ·  · 2023-06-27 18:30

正文

原文信息:

A Systematic Review on power systems planning and operations management with grid integration of transportation electrification at scale

原文链接:

https://www.sciencedirect.com/science/article/pii/S2666792423000264?via%3Dihub=

Highlights

电动汽车相关设计、占空比和技术的审查。

探索电网到车辆系统中的充电基础设施和智能充电方法。

可靠电力系统的车联网技术的辅助服务分析。

识别电力系统规划和运行,以增加电动汽车的采用。

电动汽车动力系统脱碳途径的讨论。

摘要

交通电气化在减少温室气体排放和实现电力系统脱碳方面发挥着至关重要的作用。然而,目前对电动汽车的研究仅对其对电力系统规划和运营的影响进行了零散的研究,缺乏对输电和配电水平的全面概述。这限制了电力系统解决方案的有效性和效率,以促进电动汽车的广泛应用。本文对电动汽车对输电和配电系统(如电网整合、规划、运营等)的影响进行了系统综述,旨在通过关注交通电气化和电力系统之间的相互作用,将有关该主题的零散文献联系起来。该研究揭示了交通电气化和电力系统之间的相互作用,深入探讨了根据动力总成设计、占空比和典型特征对电动汽车和充电基础设施进行分类的重要性,以及捕捉充电模式和确定时空充电状况的方法。此外,我们还深入讨论了智能充电的好处,以及为保持电力系统可靠性而提供的车联网(G2V)和车联网(V2G)服务。利用整体系统方法,本文可以确定输电和配电系统在适应大规模交通电气化方面的主要目标和潜在障碍。同时,它为全面了解技术创新、交通电力系统脱碳、政策途径、环境优势、场景设计和未来研究途径铺平了道路。


更多关于“transportation electrification”的研究请见:

https://www.sciencedirect.com/search?qs=transportation%20electrification&pub=Applied%20Energy&cid=271429

Abstr act

Transportation electrification plays a crucial role in mitigating greenhouse gas (GHG) emissions and enabling the decarbonization of power systems. However, current research on electric vehicles (EVs) only provides a fragmented examination of their impact on power system planning and operation, lacking a comprehensive overview across both transmission and distribution levels. This limits the effectiveness and efficiency of power system solutions for greater EV adoption. Conducting a systematic review of the effects of EVs on power transmission and distribution systems (e.g., grid integration, planning, operation, etc.), this paper aims to bridge the fragmented literature on the topic together by focusing on the interplay between transportation electrification and power systems. The study sheds light on the interplay between transportation electrification and power systems, delving into the importance of classifying EVs and charging infrastructure based on powertrain design, duty cycle, and typical features, as well as methods of capturing charging patterns and determining spatial-temporal charging profiles. Furthermore, we provide an in-depth discussion on the benefits of smart charging and the provision of grid-to-vehicle (G2V) and vehicle-to-grid (V2G) services for maintaining power system reliability. With the holistic systems approach, this paper can identify the main objectives and potential barriers of power transmission and distribution systems in accommodating transportation electrification at scale. Concurrently, it paves the way for a comprehensive understanding of technological innovation, transportation-power system decarbonization, policy pathways, environmental advantages, scenario designs, and avenues for future research.


Keywords

Electric vehicles

Grid to vehicle

Vehicle to grid

Planning and operation

Power transmission and distribution

Fig. 2. Overall framework of this paper for evaluating the impacts of large-scale transportation electrification on system planning and operation in power transmission and distribution systems.

Fig. 3. Electric vehicle powertrain design and engine setting: (a) hybrid electric vehicles, (b) plug-in hybrid electric vehicles, (c) battery electric vehicles, and (d) fuel cell electric vehicles.







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