IEEE PES Asia-Pacific Power and Energy Engineering Conference (APPEEC 2012)

The IEEE PES Asia-Pacific Power and Energy Engineering Conference (APPEEC) covers topics such as:

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