Paper Publications
- [1]1. Xiaoming Mao, et al. Modeling and application of dq-sequence dynamic phasors under unbalanced AC conditions. International Journal of Electrical Power & Energy Systems, 2025, 166:110524. SCI检索:X9O8N.
- [2]2. Xiaoming Mao, et al. Optimal configuration of dynamic VAR compensators considering uncertainty and correlation, Energy Science & Engineering, 2024,12(11):5287–5298. SCI检索:N4M6F.
- [3]3. Xiaoming Mao, et al. Comparative study on methods for computing electrical distance. International Journal of Electrical Power & Energy Systems, 2021,130:106923. SCI检索:SA9XU.
- [4]4. Xiaoming Mao, et al. Simulation of LCC-MMC HVDC systems using dynamic phasors. IEEE Access, 2021,9:122819-122828. SCI检索:UQ4WG.
- [5]5. Mao Xiaoming, et al. A configuration optimization framework for renewable energy systems integrating with electric-heating energy storage in an isolated tourist area. Energy Science & Engineering, Energy Science & Engineering, 2021,9(6):865-883. SCI检索:SK7UI.
- [6]6. Mao Xiaoming（第一通讯作者）, et al. Risk early warning method for distribution system with sources-networks-loads-vehicles based on fuzzy C-mean clustering. Electric Power Systems Research, 2020, 180:106059. SCI检索:KM3IR.
- [7]7. Xiaoming Mao, et al. Optimal allocation of dynamic VAR sources using zoning-based distributed optimization algorithm, International Journal of Electrical Power & Energy Systems, 2019年, 113：952-962页. SCI检索：IM1XC.
- [8]8. Xiaoming Mao, Junxian Chen, A Fast Method to Compute the dynamic response of induction motor loads considering the negative-sequence components in stability studies，Energies，2019, 12(9): 1802. SCI检索:IA7UD.
- [9]9. X M Mao, et al. Improving power system dynamic performance using wide-area high voltage direct current damping control. IET Generation, Transmission & Distribution, 2008, 2(2):245-251. SCI检索:279ZG.
- [10]10. Mao Xiao-ming, et al. Coordinated control of interarea oscillation in the China Southern Power Grid. IEEE Transactions on Power Systems, 2006, 21(2):845-852. SCI检索:039NO.
- [11]11. 容景超，毛晓明，等．基于CBAM-CNN多任务模型的暂态电压稳定定量评估方法[J]．高电压技术，2025，51(01)：281-289. EI检索：20251218078853.
- [12]12. 陈圣博，毛晓明，等．考虑源-荷不确定性的动态无功补偿优化配置[J]．电力自动化设备，2025，45(02)：201-208. EI检索:20250717877968.
- [13]13. 毛晓明, 等. dq-序动态相量建模方法及其在电力电子设备建模中的应用[J].中国电机工程学报, 2023,43(24): 9711-9720. EI检索:20240215336241.
- [14]14. 毛晓明，等. 交流故障后MIDC系统交错协调恢复研究[J]. 高电压技术,2019,45(2):571-578. EI检索:20191706819585.
- [15]15. 毛晓明, 等. 奇异值分解结合均匀设计采样的半不变量法概率潮流计算[J].电力自动化设备，2019,39(6):159-165+172. EI检索:20193107267166.
- [16]16. 毛晓明, 等. 分时电价机制下含蓄电池微网的优化调度. 电网技术, 2015,39(5):1192-1197. EI检索:20152300925120.
- [17]17. 毛晓明,等. 城市高负荷密度新区电压层级方案适用性研究.电网技术,2014,38(3): 782-788. EI检索:20141417548334.
- [18]18. 毛晓明，等. 基于机组实测相频特性的PSS参数整定．电力自动化设备，2011,31(10):56-60. EI检索：20114614524782.
- [19]19. 毛晓明, 等. 基于广域测量信息的直流调制新方法. 电力系统自动化, 2007,31(7): 45-49, 65. EI检索:072010603048.
- [20]20. 毛晓明, 等. 含有多馈入直流的交直流混合电网高压直流建模研究. 中国电机工程学报, 2004,24(9): 68-73. EI检索:04468459399.
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毛晓明
 PostalAddress:2b71b03a6da59420010a21ab68566f5b116e119aed5e4c2c3308aedecf4a7de738df3ed61797727ff4a01a9812d09509bf9d43b37e3e43deec50164263ee7ed8fdc2c775be753fc2fbef8e767ecb04df092eba9e827cc5990fe6cfaf916807aae4970fdadf1cf798a74b0120a1fc8ff0dc1367938653dda93d547584ad11d193 Email:176741520116ed679704a79edd8a3ecb61a3b7f4632d477d6c0f625857b5df8a365b6e2d8bc71f3f9a938bcab630f8be3187c2e8312a688d22e23af8b481fd8fd495e1c1042bc84d971e6470a1c3a92ce864e6bf419deee0ae17f4b1a258d2681ccb0b07664d7f6dcd7354e1faee039dd1fb5cc17dc88e18dea7ce905f8bf45f
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MOBILE Version
