Representative Thesis [1] xi Chen, chengfu Wang, qiuwei wu, xiaoming dong,Ming yang, suoying he. OptImAl Operation of Integrated Energy System Considering Dynamic Heat-Gas Characteristics and UNCERTAIN WIND POWER. Energy, 198, May 1 2020, 1-17 (SCI, Communication) [2] zhe Li; chengfu Wang; bowen li; jinyu Wang; Penghui zhao; wenli zhu; ming yang; ying ding. Probability-Interval Based OF Integrated Energ Y System with Uncertain Wind Power. IEEE Transactions on Industry Applications, 18 Jan.-Feb. 2020, Page 4-13 (SCI, Communication) [3] chengfu Wang; shuai dong; shijie xu; Ming yang; Suoying He; xiaoming dong; Jun Liang. Impact of Power-to-Gas Cost Characteristics on Power-Gas-Heating Integrated SCHEDULING. Access, Volume 7: 2019, Page (s): 17654 - 17662. (IF 4.098) [4] chengfu Wang*, qijun teng, xiaoyi liu, Feng zhang, Suoying He, zhengtang liang, xiaoming dong. Optimal Size of Energy Storage Considering The Spatial-Temporal Correlation of Wind Power ForeCast Errors IET Renewable Power Generation. Source: Volume 13, Issue 4, 18 march 2019, P. 530 - 538. (IF 3.605) [5] chengfu Wang, xijuan Li, zhaoqing wang, xiaoming dong, zhengtang liang, xiaoyi liu, Jun Liang, xueshan Han. Day-AHEAD Unit Commission Methodment Time Sequence Feature of Wind Power Forecast Error, Electrical Power and Energy Systems 98 2018 156-166 (SCI) [6] chengfu Wang, zhengtang liang, Jun Liang, qijun teng, xiaoming dong, zhaoqing Wang. Modeling the Temporal Correlation of Hourly Day-Ahead Short-Term Wind Power Forecast Error Size Energy Storage System., Electrical Power and Energy Systems 98 2018 373-381 (SCI) [7] xiaoming dong, chengfu Wang(*), zhihao yun, xueshan han, Jun Liang, yiming Wang, Penghui zhao. Calculation of optimal load margin base on Improved Power Flow Model. International Journal of Electrical Power and e Nergy Systems 94 (2018) 225–233 (SCI, Communication) [8] dong xiaoming, WANG Chengfu (*). Calculation of Power Transfer Limit Considering Electro-theermal Coupling of Overhead Transmission Line.,29 (4): 1503-1511. (SCI, Communication) [9] liang zt, liang j, WANG CF, et al. Short-Term Wind Power Combined Forecasting Based on Error Forecast Correction, 2016, 119: 215-226. (SCI) [10] z. LIANG, j. LIANG, l. Zhang, C. Wang, z. yun and x. zhang, "Analysis of Multi-SCALE Characteristics of Wind Power Based on Hilbert --Huang Transform and Hurst Analysis,"Appl. Energy, Vol. 159, PP 51-61, 2015. (SCI) [11] Zhang Zhe, Wang Chengfu, Dong Xiaoming, Yang Ming, Liang Jun, Zhang Hao. Wind power field voltage coordination control strategy based on layered model prediction control. Automation of power system. 2019, 43 (EI, Communication Author) [12] Dong Shuai,Wang Chengfu(*), Liang Jun, Liang Zhengtang, Dong Xiaoming, Li Huadong. Measurement and Electric Rotating Running Costs Comprehensive Energy System Multi -target Multi -target Optimized Scheduling a few days ago，Automation of power system. 2018, 42 (11): 8-16. (EI, Communication Author) [13] Dong Shuai,Wang Chengfu(*), Zhang Li, Liang Jun, Xu Shijie. Dynamic and network dynamic characteristics-Qi-The heat comprehensive energy system has recently optimized scheduling，Automation of power system2018, 42 (13): 12-19. (EICommunication Author) [14] Wang Chengfu, Wang Zhaoqing, Sun Hongbin, Liang Jun, etc.. Consider the combination of wind turbine with the timing distribution characteristics of the prediction error. China Electrical Engineering Journal. 2016.36 (15): 4081-4090. (EI) [15] Wang Chengfu, Liang Jun, Zhang Li, Han Xueshan. Considering the wind farm without meritorious compensation capacity optimization of wind farms with wind power distribution. Automation of power system. 2012.36(14)：119-124. (EI) [16] Wang Chengfu, Liang Jun, Feng Jiangxia, Niu Yuan, Yang Fu. Failing time wind power system non -force voltage coordination control strategy research.Electricity Automation Equipment. 2011. 31(9)：15-21. (EI). [17] Wang Chengfu, Liang Jun, Zhang Li, Zhang Zhihao, Niu Yuan, Han Xueshan. Wind farm predicted power grading processing based on opportunity -based restrictions. Automation of power system. 2011.35 (17): 14-19. (EI). [18] Wang Chengfu, Liang Jun, Zhang Li, Han Xueshan. Wind power field -free voltage control strategy based on static synchronization compensator. China Electrical Engineering Journal. 2010.30 (25): 23-28. (EI). RepresentativesexPatent [1] Patent name: The energy storage capacity control method of wind farm -based wind farm -based algorithm，Wang Chengfu，Liang Jun，Patent number:ZL201210172086.7 [2] Patent name: Wind power field without meritorious compensation capacity optimization control method with rules of wind power distribution，Wang Chengfu，Liang Jun，Patent NumberZL2012101172278.8 [3] Patent name: Consider the establishment method of the wind turbine combination model distributed by the prediction error，Wang Chengfu，Wang Liping，Liang Jun，Patent NumberZL201510750398.5 [4]Patent name: Wind -electric field dynamic equivalent of wind field decentralization and unit differences，Wang Chengfu，Liang Jun，Patent NumberZL201510205252.2 [5]Patent Name: Wind -based wind farm group based on fusion information has achieved merit methods，Wang Chengfu，Li Zhe，Dong Xiaoming，Patent NumberZL201610873061.8 For other details, please refer to the personal homepage. |
The main items assumed as the person in charge of the project include: [1] Shandong University Cross Discipline Cultivation Project，Regional energy interconnection system collaborative optimization scheduling theoretical research, the person in charge of the project,2018-2020 [2] Regional comprehensive energy system Optimized operation simulation simulation experiment，Wang Chengfu，2019，The second batch of industry -academia cooperation cooperative education projects for the Ministry of Education，Ministry of Education, the person in charge of the project,2019-2020 [3] National Natural Science Foundation,On the theoretical research of wind farms voltage coordination and control theoretical research on the support capabilities of power grids, the person in charge of the project,2016-2019 [4] Scientific Research Reward Fund of Outstanding Middle -aged Scientists in Shandong Province，Hosted theoretical research on self -discipline regulatory theory of self -disciplined energy power generation based on uncertainty characteristics,Project leader, 2015-2017. [5] Funding Project Funding Project of Basic Scientific Research Business, Shandong University,Study on the gradual learning -type regulatory method of intermittent power flow under multi -dimensional intermittent power flow, the person in charge of the project,2014-2017. [6] China Postdoctoral Science Fund on the project，Multi -dimensional gradient regulation method of intermittent power flow research, the person in charge of the project,2013-2014. [7] National Key Basic Research Plan (973Plan) Project，Basic Research on the Energy Management and Operation Control of Source of Source Network Lotus，Department of Technology，The person in charge of the project unit，2013-2017. [8] National Science and Technology Support Program Project，Smart Grid Comprehensive Demonstration Project characterized by the low carbonization of grid，The person in charge of the project unit，2013-2015. [9] State Grid Shandong Electric Power Company，Comprehensive energy supply scenarios The collaborative optimization configuration and operation key technology research of multi -type distributed energy storage, the person in charge of the project,2019-2020 [10] State Grid Shandong Electric Power Company，Multi -type distributed resource Typical feature analysis and collaborative optimization scheduling methods under different network structures, the person in charge of the project,2019-2020 |
