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Basic Information

Name: 赵天阳
Education Level: With Certificate of Graduation for Doctorate Study
Degree: Doctor
Professional Title: Associate Professor
Status: Employed
College: School Of Electrical Engineering
Discipline: Electrical Engineering

Education & Teaching

Teaching Information

Scientific Research

-Papers

[1].刘文霞, 赵天阳, 邱威, 张建华.规模化EV 充电与风力/火电发电系统协调运行,2013,28(5):49-57
[2].刘文霞, 赵天阳, 邱威, 张建华.基于闭环供应链的集中性充-换电系统运营优化,2014,34(22):3732-3742
[3].董文康，吴雨芯，姚琦，郭俊，赵天阳*.基于深度强化学习的海上风电机组状态维护与备件库存联合优化.太阳能学报,2023,44(12):190-199
[4].赵天阳, 陈奇芳, 张建华, 于雷.基于自适应鲁棒优化的互联微网能量/备用共享调度,2016,40(12):3783-3789
[5].赵天阳,张华君,徐岩,王鹏.不确定环境下含云计算数据中心的电网韧性增强调度,2023,45(03):49-57
[6].S. Liu, T. Zhao*, X. Liu, Y. Li, and P. Wang.Proactive Resilient Day-ahead Unit Commitment with Cloud Computing Data Centers,2022,58(2):1675 - 1684
[7].S. Liu, Y. Li, X. Liu, T. Zhao*, and P. Wang.Resilient Power Systems Operation with Offshore Wind Farms and Cloud Computing Data Centers,2023,9(6):1985 - 1998
[8].Y. Li, T. Zhao*, P. Wang, H. Gooi, Z. Ding, K. Li K., and W. Yan.Flexible Scheduling of Microgrid With Uncertainties Considering Expectation and Robustness,2018,54(3):3009-3018
[9].Y. Li, T. Zhao*, P. Wang, H. B. Gooi, L. Wu, Y. Liu, and J. Ye.Optimal Operation of Multi-Microgrids via Cooperative Energy and Reserve Scheduling,2018,14(8):3459 - 3468
[10].Y. Li, T. Zhao*, C. Liu, Y. Zhao, P. Wang, H. B. Gooi, K. Li and Z. Ding.An Interactive Decision-Making Model Based on Energy and Reserve for Electric Vehicles and Power Grid Using Generalized Stackelberg Game,2019,55(4):3301-3309
[11].Y. Li, T. Zhao*, C. Liu, Y. Zhao, Z. Yu, K. Li, and L. Wu.Day-Ahead Coordinated Scheduling of Hydro and Wind Power Generation System Considering Uncertainties,2019,55(3):2368-2377
[12].Q. Xu, Y. Xu, P. Tu, T. Zhao*, and P. Wang.Systematic Reliability Modelling and Evaluation for On-board Power Systems of More Electric Aircrafts,2019,34(4):3264 - 3273
[13].H. Zhang, L. Cheng, S. Yao, T. Zhao*.Spatial-temporal Reliability and Damage Assessment of Transmission Networks under Hurricanes,2020,11(2):1044 - 1054
[14].S. Yao, P. Wang, T. Zhao*.Transportable Energy Storage Systems for Resilient Distribution Systems with Multiple Microgrids,2019,10(3):3331 - 3341
[15].X. Liu, T. Zhao*,P. Wang, C. B. Soh, and P. Wang.Distributed Operation Management of Battery Swapping-Charging Systems,2019,10(5):5320 - 5333
[16].Yao, P. Wang, X. Liu, H. Zhang, T. Zhao*.Rolling Optimization of Mobile Energy Storage Fleets for Resilient Service Restoration,2020,11(2):1030 - 1043
[17].H. Zhang, P. Wang, S. Yao, X. Liu, and T. Zhao*.Resilience Assessment of Interdependent Energy Systems under Hurricanes. IEEE Transactions on Power Systems,2020,35(5):3682 - 3694
[18].Y. Li, Z. Ni, T. Zhao*, T. Zhong, Y. Liu, L. Wu, and Y. Zhao.Supply Function Game-based Energy Management Between Electric Vehicle Charging Stations and Electricity Distribution System Considering Quality of Service,2020,56(5):5932-5943
[19].X. Liu, C.B. Soh, S. Yao, H. Zhang, and T. Zhao*.Operation Management of Multiregion Battery Swapping–Charging Networks for Electrified Public Transportation Systems,2020,6(3):1013-1025
[20].S. Wen, T. Zhao*, Y. Tang, Y. Xu, M. Zhu, and Y. Huang.A Joint Photovoltaic-Dependent Navigation Routing and Energy Storage System Sizing Scheme for More Efficient All-Electric Ships,2020,6(3):1279-1289
[21].X. Liu, CB Soh, T. Zhao*, and P. Wang.Stochastic Scheduling of Mobile Energy Storage in Coupled Distribution and Transportation Networks for Conversion Capacity Enhancement,2021,12(1):117-130
[22].H. Yan, T. Zhao*, and Z. Guan.Proactive Resilience Enhancement of Power Systems with Link Transmission Model-based Dynamic Traffic Assignment among Electric Vehicles,2024,10(3):1320 - 1330
[23].X. Yang, X Liu*, T. Zhao*, and P. Wang.Resilient Unit Commitment for Transmission Lines Hardening under Endogenous Uncertainties,2025,40(1):204 - 217
[24].X. Liu, T. Zhao*, H. Deng, P. Wang, J. Zhen, and F. Blaabjerg.Microgrid Energy Management with Energy Storage Systems: A Review,2023,9 (2):483 - 504
[25].Y. Wu, T. Zhao*, H. Yan, M. Liu, and N. Liu.Hierarchical Hybrid Multi-Agent Deep Reinforcement Learning for Peer-to-Peer Energy Trading among Multiple Heterogeneous Microgrids,2023,14(6):4649 - 4665
[26].X. Qi, T. Zhao*, X. Liu, and P. Wang.Three-stage Stochastic Unit Commitment for Microgrids Toward Frequency Security via Renewable Energy Deloading,2023,14(6):4256 - 4267
[27].X. Liu, Y. Wang, X. Liu*, T. Zhao*, and P. Wang.More Efficient Energy Management for Hybrid AC/DC Microgrids with Hard Constrained Neural Network-Based Conversion Loss Surrogate Models,2023,15(3):2534 - 2552
[28].T. Zhao, J. Zhang and P. Wang.Flexible Active Distribution System Management Considering Interaction with Transmission Networks Using Information-gap Decision Theory,2016,2 (4):76 - 86
[29].T. Zhao, P. Wang and J. Zhang.Closed-loop Supply Chain Based Battery Swapping and Charging System Operation: A Hierarchy Game Approach,2020,5(1):35 - 45
[30].T. Zhao, J. Qiu, S. Wen, and M. Zhu.Efficient Onboard Energy Storage System Sizing for All-Electric Ship Microgrids Via Optimized Navigation Routing Under Onshore Uncertainties,2022,58(2):1664 - 1674
[31].T. Zhao, X. Liu, P. Wang, and F. Blaabjerg.More Efficient Energy Management for Networked Hybrid AC/DC Microgrids with Multivariable Nonlinear Conversion Losses,2023,17(2):3212 - 3223
[32].T. Zhao, Y.Z. Li, X. Pan, P. Wang and J. Zhang.Real-time Optimal Energy and Reserve Management of a Fast Electric Vehicle Charging Station: Hierarchical Game Approach,2018,9(5):5357 - 5370
[33].T. Zhao, Q. Xu.Two-stage Planning for Smart Buildings with Flexible Heating Load Considering Climate Change Induced Heat Waves,2025,16(3):2012 - 2025
[34].T. Zhao, H. Yan, X. Liu, and Z. Ding.Congestion-aware Dynamic Optimal Traffic Power Flow on Coupled Transportation Power Systems,2023,19(2):1833 - 1843
[35].T. Zhao, H. Zhang, X. Liu, S. Yao and P. Wang,.Resilient Unit Commitment for Day-ahead Market Considering Probabilistic Impacts of Hurricanes,2021,36(2):1082 - 1094
[36].T. Zhao, X. Pan, S. Yao, C. Ju and L. Li,.Strategic Bidding of Hybrid AC/DC Microgrid Embedded Energy Hubs: A Two-stage Chance Constrained Stochastic Programming Approach,2021,11(1):116 - 125

-Projects