LI Yang

发布者:黄允凯发布时间:2016-01-20浏览次数:577

LI Yang

Title: Professor

Research directions:power system'soperation, Power Market, Demand Response Management

Email: li_yang@seu.edu.cn

office phone: 025-83793371




Biography

Professor Li has been working at institute of electrical engineering in Southeast University since August 1982. He is a doctoral supervisor and the director of the institute of demand side management inSoutheast University.In recent years, he has supervised 8 doctors and at least 40masters.He published more than 80 papers in the global and undertook a number of national key scientific research projects.



Publications:       

Name

Department/journal

Vol. , no., pp

Date

《中国电力百科全书》(供用电卷)需求侧管理分支(专

China Electric Power Press

80,000 words

2014.7

电力系统的市场化运营(教材)

China Electric Power Press

86,000 words

2005.9

电力需求侧管理工作指南(专

China Electric Power Press

68,000 words

2007.4

Modification method to deal with the accumulation effects for summer daily electric load forecasting

INTERNATIONAL JOURNAL OF ELECTRICAL POWER & ENERGY SYSTEMS

vol. 73

no.

pp 913-918

2015.12

On deloading control strategies of wind generators for system frequency regulation

International Transactions on Electrical Energy Systems

vol. 25

no.4

pp 623-635

2015.04

FPGA-Based Design of Grid Friendly App liance Controller

IEEE TRANSACTIONS ON SMART GRID  

vol. 5

no.2

pp 924-931

2014.03

Comparative study of vol. tage oriented and frequency coordinated control of grid connected doubly fed induction generator

JOURNAL OF RENEWABLE AND SUSTAINABLE ENERGY

vol. 6

no.2

pp 1-17

2014.03

Critical line affecting power system vulnerabilityunder N-k contingency condition

Electric Power Automation Equipment

vol. 35

no.3

pp 60-67

2015.03

Modeling and Optimal Dispatch for Residential Load Based onHome Energy Management System Under Time-of-Use Pricing

Power System Technology

vol. 39

no.2

pp 367-374

2015.02

Outlook and Thinking of Flexible and Interactive Utilization of Intelligent Power

Automation of Electric Power Systems

vol. 39

no.17

pp 2-9

2015.09

Research on large-scale cascading failureof power systems using synergistic effect

Journal of Southeast University(English Edition)

vol. 30

no.1

pp 32-38

2014.03

Demand Response Based Virtual Power Plant Modeling Considering Uncertainty

Proceedings of the CSEE

vol. 34

no.22

pp 3630-3637

2014.08

Improvement of temperature adjusting method for aggregated Ari-conditioning loads and its control strategy

Proceedings of the CSEE

vol. 34

no.31

pp 5579 -5589

2014.11

Analysisofcomplexnetwork characteristics based onquasi-steady PTDFforpower system

Electric power automation equipment

vol. 33

no.9

pp 47-53

2013.9

Fine-mining of Multi-dimension Electrical Characteristics Considering Demand Response

Automation of electric power systems

vol. 36

no.20

pp 54-58

2012.10

Electrical Component Vulnerability Analysis from Complex Network Characteristics of Power Systems

Automation of electric power systems

vol. 36

no.23

pp 12-17+77

2012.12

Multi-objective Transmission Network Planning Based on Non-dominated Sorting Differential Evol. ution

Power System Technology

vol. 35

no.3

pp 85-89

2011.03

Fault locating with coordination of travelling wave arrival time and velocity

Electric Power Automation Equipment

vol. 30

no.11

pp 44-47+52

2010.11

Demand side management planning and implementationmechanism for smart grid

Electric Power Automation Equipment

vol. 30

no.12

pp 19-24

2010.12

Real-time power dispatch strategy considering energysaving and environmental protection

Electric Power Automation Equipment

vol. 29

no.3

pp 42-45

2009.03

Distributed Optimization of Generation Dispatch Schedule Considering Environmental Protection and Economic Profits

Proceedings of the CSEE

vol. 29

no.16

pp 63-68

2009.06

Available transfer capability calculation with particle swarm optimization considering risk and commercial components of power market

Electric Power Automation Equipment

vol. 28

no.10

pp 8-13

2008.10

A NewMechanism for Reliability Transaction of PowerMarket Based on Reliability Price Discrimination of Demand Side

Automation Of Electric Power Systems

vol. 31

no.4

pp 18-22

2007.02

Influence of Demand Elasticity on Optimal SystemSpinning Reserve

Automation Of Electric Power Systems

vol. 30

no.11

pp 13-17

2006.06

Influence of Demand Elasticity on Withholding Generation Capacity Under Uniform Clearing Pricing

Power System Technology

vol. 29

no.14

pp 10-14

2005.07



Research

Name

Resource

Number

Date

Research on multidimensional demand response mechanism model and application considering the uncertainty

National Natural Science Foundation of China

51277028

2013.01

Research on Key Technologies of Flexible Interactive Smart Power Consumption

National High Technology Research and Development of China 863 program

2015AA050401

2015.01

DSM项目实施管理系统及企业用电负荷特性分析的研究 

江苏省其他厅局2002-1640-7

7616005033

2003-01

华东区域电力市场环境下江苏电网日前调度策略研究 

江苏省电力公司

8816005006

2007-07

苏州市电力需求侧管理综合试点规划与研究 

NDRC(NationalDevelopment and Reform Commission )

7616005554

2007-09

节能发电调度政策和电力市场机制结合方法的研究和应用

USEF

8616001085

2008.4.1

苏州市电力需求侧管理城市综合试点实施方案研究 

USEFG-1108-14582

8816000004

2011-08

苏州市电力需求侧管理战略规划

国家电网公司电力需求侧管理指导中心

8516001093

2006-01

江苏省能效电厂潜力调查分析

国家电网公司电力需求侧管理指导中心

8516002035

2007-07

电力需求侧管理网站能效评估软件开发及能效电厂实施机制研究 

国家电网公司电力需求侧管理指导中心

8516000034

2008-07

江苏省“十一五”能效电厂实施总结及江苏省电力需求侧管理“十二五”规划研究 

国家电网公司电力需求侧管理指导中心

8516000161

2010-09

电网规划辅助支撑软件开发 

江苏省电力设计院

8516000147

2010-01

南京市电力客户供电需求及满意度调查分析及软件编制 

南京供电公司

8516000090

2010-01

需求响应基础理论和关键技术框架研究外委服务 

国网电力科学研究院

8516000214

2011-05

合同能源管理在南京应用效果分析研究 

泰州供电公司

8516000220

2011-10

配电网规划辅助支撑软件开发及应用 

扬州供电公司

8516000244

2012-03

南京市电力负荷特性分析 

南京供电公司

8516000362

2013-01

需求侧资源优化运行关键技术研究、装备研制及示范

江苏省电力公司南京供电公司

8516000339

2013-01

江苏公司电力需求侧管理与售电市场分析系统建设二

江苏省电力公司

8516000536

2014-8

配电网规划引领项目信息化平台的研发

扬州供电公司

8516000589

2015-01

需求响应机理分析与评价技术研究

南方电网科研院

8516000632

2015-01



Teaching

Undergraduate Courses: <The Theory and Application of DSM>, <The Basis of Power Market>, etc.

Postgraduate Courses: <The Basis of Power Market >, <Electricity Production Technology>, <Introduction to Electrical Disciplines>, etc.