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IEEE Transactions on Sustainable Energy
出版商:Institute of Electrical and Electronics Engineers · ISSN:1949-3029, 1949-3037 · 国家/地区:US · 类型:journal · 官网:http://ieeexplore.ieee.org/servlet/opac?punumber=5165391
研究主题:Microgrid Control and Optimization · Smart Grid Energy Management · Optimal Power Flow Distribution · Electric Power System Optimization · Energy Load and Power Forecasting
核心指标
- 影响因子(JCR 2024):10.000
- JCR 分区:Q1(ENERGY & FUELS(SCIE);ENGINEERING, ELECTRICAL & ELECTRONIC(SCIE);GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY(SCIE))
- 中科院分区(2025):工程技术 1区(Top);小类:ENGINEERING, ELECTRICAL & ELECTRONIC 工程:电子与电气 1区
- 新锐分区(2026):工程技术 1区
- SJR:4,318(Q1)
- h-index:197
- i10 指数:2360
- 近两年篇均被引:5.32
- 载文量 3375 · 总被引 193378
逐年趋势
- 近年影响因子:2020 7.92 → 2021 8.31 → 2022 8.8 → 2023 8.6 → 2024 10
- 近年 SJR:2021 4.16(Q1) → 2022 3.75(Q1) → 2023 4.36(Q1) → 2024 4.26(Q1) → 2025 4.32(Q1)
投稿参考
- 审稿周期:首次审稿意见平均约 3.7 个月
- 投稿人评价:3.3 分(24 条评价)
- 提供 LaTeX 投稿模板(IEEEtran.cls)
- 提供投稿指南
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- Renewable and Sustainable Energy Reviews — IF 18.0 · JCR Q1 · 中科院1区(Top)
常见问题
《IEEE Transactions on Sustainable Energy》的影响因子是多少?
根据 JCR 2024 年数据,《IEEE Transactions on Sustainable Energy》的最新影响因子(IF)为 10.000。
《IEEE Transactions on Sustainable Energy》是几区期刊?
《IEEE Transactions on Sustainable Energy》中科院分区(2025年版)为工程技术1区(Top 期刊),JCR 分区为 Q1。
《IEEE Transactions on Sustainable Energy》的审稿周期多久?
根据投稿经验数据,《IEEE Transactions on Sustainable Energy》首次审稿意见平均约 3.7 个月返回,实际周期因稿件而异。
本刊近期代表论文
- Deriving the Robust Operating Region for Multistage Dispatch of Power Systems: A Decision-Dependent Uncertainties Based Modeling Approach (2026 · 被引 3)
- Reconfigurable Converter-Formed Soft Open Point- Assisted Dynamic Restoration for Distribution Systems With Cold-Load Pickup (2025 · 被引 14)
- A Multi-Objective Bi-Level LVRT Control Strategy for Two-Stage PV Grid-Connected System Under Asymmetrical Faults (2025 · 被引 13)
- Optimal Energy Storage Configuration for Primary Frequency Regulation Performance Considering State of Charge Partitioning (2025 · 被引 11)
- A Risk-Averse Just-In-Time Scheme for Learning-Based Operation of Microgrids With Coupled Electricity-Hydrogen-Ammonia Under Uncertainties (2025 · 被引 10)
- Station-Network Cooperative Optimization Planning of Urban Integrated Energy System Considering Heat Storage Capacity of Heat Network (2025 · 被引 10)