Institute of Electrical Theory and New Technology
Yu Dayang
Published on: April 29, 2019 14:32    Author:    点击:[]

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Renewable Energy and Smart Grid Research Institute

Academic identity

Personal information

Name

Yu Dayang

Gender

Male

Date of birth

1979.03

Place of Origin

Jiaozhou, Shandong

Professional title

Associate Professor

Position

 

Telephone

 

Email

yudayang@email.sdu.edu.cn

Work experience

2003, Shandong University, Lecturer

2007, University of Cambridge, joint PhD program

2010, Shandong University, associate professor

Research direction

Power system optimization method

Academic works

[1] DayangYu,   XueshanHan, JianguoZhao. A Method to Assess the Regional Wind Power   Fluctuation Based on the Meteorological Observing System[J]. International   Journal of Green Energy, 2010, 7(5):516-529.

[2] Yu D, Liang J,   Han X, et al. Profiling the regional wind power fluctuation in China[J].   Energy Policy, 2011, 39(1):299-306.

[3] Yu Dayang, Han Xueshan, Liang Jun,etc.. Based onNASAAnalysis of regional wind power power fluctuation characteristics of Earth observation database[J]. Power system automation, 2011, 35(5):77-81.

[4] Yu Dayang, Song Shuguang, Zhang Bo,etc.. Analysis of regional grid electric vehicle charging and wind power coordinated dispatch[J]. Power system automation, 2011, 35(14):24-29.

[5] Dayang Y U, Song   S, Bo Z, et al. Synergistic Dispatch of PEVs Charging and Wind Power in   Chinese Regional Power Grids[J]. Automation of Electric Power Systems, 2011,   35(14):24-29.

[6] Yu D, Bo Z, Liang   J, et al. The influence of generation mix on the wind integrating capability   of North China power grids: A modeling interpretation and potential   solutions[J]. Energy Policy, 2011, 39(11):7455-7463.

[7] Yu Dayang, Huang Haili, Thunder,etc.. Analysis of carbon emission reduction benefits of electric vehicle charging and wind power coordinated dispatch[J]. Power system automation, 2012, 36(10):14-18.

 

Undertake scientific research projects

1 Research and system development of key technologies for smart energy based on collaborative dispatch

2 Research and development of key technologies for intelligent power operation and maintenance based on big data

3 Internet-based+Research on smart energy Internet intelligent management and control and operation model

4 A power system simulation software input data conversion method

5 A network electric vehicle charging pile

6 Research on fault detection information modeling and online training technology based on transportation inspection big data

7 Research and system development on collaborative dispatching technology of distributed resources in distribution network

8 Control integrated data processing technology research and system development

9 Research and system development of power equipment fault early warning technology based on infrared images

10 Research on fault detection information modeling and online training technology based on transportation inspection big data

11 Theoretical research on collaborative dispatching of power systems

12 Operation and maintenance analysis and testing of Hangzhou charging and swapping facilities

13 Research on the dynamic characteristics of DC multi-infeed hybrid Shandong power grid

14 Transportation inspection big data analysis research and system development

15 Microgrid system collaborative dispatching system

16 Microgrid access system

17 Distributed photovoltaic power generation collaborative dispatch application system

18 Charging and battery replacement service network planning algorithm and planning and operation simulation system development

19 Research on control technology of distributed power supply access to main network and coordinated operation technology of microgrid and main network

20 Establishment and application of electromagnetic transient model of DC multi-feed hybrid Shandong power grid

21 Distributed energy storage collaborative dispatch application system

22 Distributed power generation, energy storage and microgrid access communication system

23 Research on the regulation theory of power grid aggregation through progressive learning

24 Research on the theory of coordinated dispatch of distributed power grids

25 Research on key technologies for grid connection of large-scale photovoltaic power stations

26 Electric vehicle charging and swapping network planning system maintenance

27 Research and development of intelligent dispatching system for electric vehicle charging and discharging stations

28 Theoretical research on maintenance and operation coordination decision-making in power system dispatching

29 Research on the interaction mechanism between distributed resources and power grid and its collaborative dispatch technology

30 Research on the coordination control theory between intermittent power supply and regional power grid

31 Research on the coordinated dispatching of electric vehicle charging and discharging and wind power generation and its carbon emission reduction benefits

Academic Type

Academic and Professional

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