[1] Zhihao Yun,Xinhui Cui. Online preventive control method for static voltage stability of large power grids, to appear in IEEE Transactions on Power Systems. [2] Zhihao Yun,Xinhui Cui,Kaigang Ma. Online Thevenin Equivalent Parameter Identification Method of Large Power Grids Using LU Factorization, IEEE Transactions on Power Systems, 2019, 34(6): 4464-4475. [3]Yun Zhihao,Sun Yujie,Fengying,Liu Daowei.Research on online identification method of static stability dominant mode of large power grid[J].Power Grid Technology,2018,42(01):276-284. [4]Yun Zhihao,Fengying,Xian Guofu,Liang Jun,Liu Daowei.Online calculation method of wide-area Thevenin equivalent parameters taking into account generator reactive power violation[J].Power system automation,2016,40(11):53-60. [5]Yun Zhihao,Liu Yutian,Liang Jun,Wang Hongtao.Leading node selection method considering the probabilistic characteristics of wind power power fluctuations[J].Power system automation,2014,38(9):20-25. [6]Yun Zhihao,Liu Yutian,Mo Hong, Thunder. Secondary voltage multi-objective control based on linear objective programming[J]. Power system automation,2008,32(19):25-29. [7]Wang Chengbin,Yun Zhihao*,Zhang Hengxu,Shi Fang,Ling Ping,Xie Bangpeng.Micro basedPMU's parameter-independent fault location algorithm for multi-branch empty line in distribution network[J].Power Grid Technology,2019,43(09):3202-3211. [8]Cui Xinhui,Yun Zhihao*,Liu Daowei,Yang Hongying,Li Zeyu,Gao Debin,Kim Hak-soo.New method for sensitivity analysis of large power grid static voltage stability online prevention and control[J].Power Grid Technology,2020,44(01):245-254. [9] Fengying, Yun Zhihao*, Zhou Qiong, Sun Jingwen. Online risk assessment and preventive control considering wind power access[J]. Power automation equipment, 2017, 37(2): 61-68. [10] Zhou Qiong, Yun Zhihao*, Fengying, Sun Jingwen. Based on wind power accessAPClustered reactive power-voltage control partitioning method[J]. Power system automation, 2016, 40(13): 19-27+158. [11] Fengying, Yun Zhihao*, Sun Jingwen, Zhou Qiong. Quick sensing method of distribution network situation for transmission and distribution coordination[J]. Power system automation, 2016, 40(12): 37-44. [Translation] [1] Yun Zhihao. Numerical Analysis of Transient and Dynamic Processes of Power System. Machinery Industry Press, Beijing,2018. [2] Yun Zhihao, Han Xueshan. MATLABApplication of numerical analysis methods in electrical engineering. Machinery Industry Press, Beijing,2014. |
1. National Key R&D Plan-2018 Smart Grid Technology and Equipment Special Project,2018YFB0904504,Analysis of dynamic characteristics of large power grid driven by multi-source information、Safety and stability assessment and trend prediction methods,2018/07-2021/12, hosted. 2. National Key Research and Development Plan-2017Smart grid technology and equipment special project,2017YFB0902805,Integrated application and demonstration of micro synchronized phasor measurement technology in smart distribution network,2017/07-2020/12, host. 3. China Electric Power Research Institute Co., Ltd.,Data-driven static stability assessment and adaptive control of large power grids,2018/05-2019/06, hosted. 4. China Electric Power Research Institute Co., Ltd.,Basic theory of power grid static stability situation assessment and control、Method Research and Testing,2017/09-2018/01, hosted. 5. National Natural Science Foundation of China general project,51177091,Research on the regulation theory of power grid aggregation through progressive learning,2012/01-2015/12, participate. 6. National 863 Program sub-project,2011AA05A301,Research on key technologies for grid connection of large-scale photovoltaic power stations,2012/01-2015/12, participate. 7. National 863 Program sub-project,2011AA05A101,Research and development of multi-temporal and spatial scale dispatching systems for intermittent energy power generation,2012/01-2015/12, participate. 8. State Grid Shandong Electric Power Company Electric Power Research Institute,Research and application of power grid planning technology to coordinate wind power and power grid,2012/01-2012/12, hosted. 9. Project funded by Shandong Electric Power Group,Analysis of Shandong Power Grid Voltage Stability under AC and DC Interconnection Mode, 2010/01-2010/12, participated. 10. National Natural Science Foundation of China Youth Science Fund Project,50807031,Theoretical Research on Quantitative Assessment of Frequency Stability of Large Receiver Power Grid, 2009/01-2011/12, participated. 11. Project funded by Shandong Electric Power Group,Shandong Power Grid’s automatic voltage control system based on multi-objective optimization,2005/11-2007/12,Question closed, participate. |