Topics： Power Generation - Conventional and Renewable Hydropower technologies and applications Thermal power technologies and applications Safe nuclear energy generation and utilization Wind power generation and utilization Bio-energy technologies, process and utilization New technologies and design for energy efficiency New technologies for minimizing CO2 generation Environmental-friendly technologies for power generation Geothermal and tidal wave energy Photovoltaic for solar power applications Waste products as fuel Other sustainable energy Power System Management Power system management technologies Integrated substation automation technologies Power system monitoring and mitigation technologies Online monitoring and fault diagnosis system Control strategies for modern power system stability Modeling and simulation of large power systems Application of wide area measurement system (WAMS) Power system analysis and optimization Load modeling, estimation and forecast Power system planning and operation Power Transmission and Distribution Ultra High Voltage (UHV) technologies HVDC and flexible AC transmission system (FACTS) Over-voltage, lightning protection and grounding Electromagnetic transient in high voltage power systems Insulation condition monitoring in power systems Advanced distribution and SCADA technologies Electromagnetic compatibility in power systems Plasma physics and the pulsed power technology Electromagnetic analysis in power systems Smart Grid Technologies Modeling of Grid environments Agent-based mechanisms for Grid markets Resource allocation in Grid scenarios using agent-based approaches Automated negotiation for Grid resource allocation Agent-based simulation of Grid environments and markets Agent-based Computational Economics for Grid Engineering of Grid markets and Grid architectures Technical research on future application domains

会议名称（中文）：亚太电力与能源工程国际会议（APPEEC 2012）

会议名称（英文）：Asia-Pacific Power and Energy Engineering Conference（APPEEC2012）

所属学科：电气工程、动力工程及工程热物理、石油与天然气工程、冶金工程、机械工程、能源科学技术

会议类型：国际会议

会议论文集是否检索： Ei Compendex & ISTP

开始日期： 2012-3-26

结束日期： 2012-3-28

所在国家：中华人民共和国

所在城市：上海市

主办单位： IEEE 电力与能源协会 上海交通大学

协办单位：武汉大学同济大学工程信息研究院

承办单位：上海交通大学

议题： 1.电力工程

2.能源工程

会议主席：Prof. Saifur Rahman

全文截稿日期： 2011-9-30

论文录用通知日期:2011-11-30

联系人： Ms Zhang

联系电话：13247176473

E-mail： appeec@scirp.org

会议网站： http://www.appeecconf.org/2012/

会议背景介绍： Asia-Pacific Power and Energy Engineering Conference (APPEEC 2012) will be held from March 26~28, 2012 in Shanghai, China. The conference proceedings will be published by IEEE. All papers accepted will be indexed by Ei Compendex & ISTP.

Topics：

Power Generation - Conventional and Renewable
	Hydropower technologies and applications
	Thermal power technologies and applications
	Safe nuclear energy generation and utilization
	Wind power generation and utilization
	Bio-energy technologies, process and utilization
	New technologies and design for energy efficiency
	New technologies for minimizing CO₂ generation
	Environmental-friendly technologies for power generation
	Geothermal and tidal wave energy
	Photovoltaic for solar power applications
	Waste products as fuel
	Other sustainable energy

Power System Management
	Power system management technologies
	Integrated substation automation technologies
	Power system monitoring and mitigation technologies
	Online monitoring and fault diagnosis system
	Control strategies for modern power system stability
	Modeling and simulation of large power systems
	Application of wide area measurement system (WAMS)
	Power system analysis and optimization
	Load modeling, estimation and forecast
	Power system planning and operation

Power Transmission and Distribution
	Ultra High Voltage (UHV) technologies
	HVDC and flexible AC transmission system (FACTS)
	Over-voltage, lightning protection and grounding
	Electromagnetic transient in high voltage power systems
	Insulation condition monitoring in power systems
	Advanced distribution and SCADA technologies
	Electromagnetic compatibility in power systems
	Plasma physics and the pulsed power technology
	Electromagnetic analysis in power systems

Smart Grid Technologies
	Modeling of Grid environments
	Agent-based mechanisms for Grid markets
	Resource allocation in Grid scenarios using agent-based approaches
	Automated negotiation for Grid resource allocation
	Agent-based simulation of Grid environments and markets
	Agent-based Computational Economics for Grid
	Engineering of Grid markets and Grid architectures
	Technical research on future application domains