Abbrevation
IEPEM
City
Istanbul
Country
Turkey
Deadline Paper
Start Date
End Date
Abstract

<table cellpadding="0" cellspacing="0" width="100%"><tbody><tr><td align="center"> <div class="cfp" align="left"><br>We are cordially inviting you to submit papers to and attend the IEPEM&#8211;2013,<br>Innovations in Energy, Power and Electrical Machines international conference: http://iepem&#8211;scoop&#046;org<br>The conference is to be held in Istanbul, on 5&#8211;7 September, 2013&#046;<br>The purpose of the conference is to provide a public forum for researchers<br>from academia, defence, government and industry to present, exchange ideas and<br>discuss developments in Energy, Power and Electrical Machines area<br>Topics include, but are not limited to, the following:<br>Generation, Transmission and Distribution<br>Distributed Power Generation<br>Energy Storage<br>Generation Scheduling<br>Microgrids and Island Systems<br>Power Transmission<br>Electricity Generation<br>Power System Protectiong<br>Power System Stability<br>Transients in Power Systems<br>Generation Systems<br>Protective Relaying<br>Modeling and Simulation of Power Systems<br>Load Modeling, Forecasting and Management<br>Power Quality and Groundingg<br>Distributed Power Systems<br>Power Line Communications<br>Power Flow Analysis<br>Generation Systems<br>Maintenance and Operation<br>Distribution System Planning and Reliability<br>Renewable energy integration<br>Power Electronics, Systems and Applications<br>Power Electronics including FACTS and HVDC<br>Soft switching converters<br>Multilevel converters<br>Matrix converterss<br>Emerging topologies<br>Electricity Generation<br>Power Converters Modelling<br>Simulation and Controly<br>Power Factor Correctors (PFC)<br>EMI and over&#8211;voltage protection<br>Active Filters and Harmonics<br>Power Supplies<br>Load Modeling, Forecasting and Management<br>Power Quality and Groundingg<br>Power Electronics Components and Packaging<br>Reliability and Fault<br>Smartgrids Technologies and Applications<br>Smart grid for distributed energy resources<br>SG for energy savings and financial management<br>SG in interdependent energy infrastructures<br>SG for intelligent monitoring and outage management<br>SG for energy management in buildings and home automation<br>Phasor measurement unit applications for SG<br>Advanced Metering Infrastructures<br>Communications and Control in Energy Systemsy<br>Demand Side Management<br>Electric Vehicles and Vehicle&#8211;To&#8211;Grid Systems<br>Home Automation<br>Phasor Measurement Unit Applications<br>SG for plug&#8211;in vehicles and low&#8211;carbon transportation alternatives<br>SG for cyber and physical security systems<br>Policies and Economics<br>Deregulation<br>Energy Efficiency<br>Energy Markets<br>Forecasting<br>Power Education<br>Power Engineering<br>Restructuring<br>Uncertainty and Risk Management<br>Breakdown Impacts<br>Deregulation of Electric Supply Industry<br>Electricity Power Pools<br>Energy and Environment<br>Energy Policies<br>Energy Pricing<br>Investment Coordination<br>Modernization of Power Grids<br>Power Economics<br>Power Engineering and Education<br>Power Market Deregulation<br>Power System Planning<br>Problems of the Power Industry<br>Regulations<br>Retail Power Marketson<br>Risk Analysis<br>ROI Caps<br>Analysis, Management and Modeling<br>Artificial Intelligence Applications in Power and Energy Systems<br>Condition Monitoring<br>Load Forecast<br>Asset Management<br>Asset Management<br>Condition Monitoring<br>Demand Side Management<br>Fault Diagnosis<br>Load Modelling, Estimation, and Forecast<br>Power Breakdown Analysis<br>Power Flow Analysis<br>Power Quality<br>Reliability<br>Security Assessment<br>Fault Diagnosis<br>Nuclear Energy<br>Fuel Cycle<br>Nuclear Power Plants<br>Nuclear Safety<br>Nuclear Technologies<br>Reactor Analysis<br>Security of Supply<br>Technology Transfer<br>Transmutation<br>Sustainable Energy<br>Environmentally Constrained Energy Systems<br>Grid Interconnection<br>Hydroelectricity<br>Photovoltaic Energy<br>Renewable Energy Sources<br>Solar Energy<br>Tidal and Wave Energy<br>High Voltage<br>High Energy Systems<br>High Current Systems and EM Launchers<br>High Power Microwaves, Radiating Structures<br>High Voltage Design and Analysis<br>High Rep&#8211;Rate Systems and Thermal Management<br>Renewable Energy Sources and Technology<br>Energy Management and Environmental issues<br>Hybrid Power Systems<br>Distributed and Co&#8211;Generation Systems<br>Wind Energy Systems<br>Marine Renewable Energy<br>Biomass Energy and Geothermal Resources<br>Solar Energy Systems<br>Hydro Power Plants<br>Renewable Energy and Distributed Systems<br>Renewable Energy Sources<br>Renewable Energy Sources<br>Hydrogen Systems and Fuel Cell<br>Hydrogen Systems and Fuel Cell<br>Energy Conservation<br>Energy Conversion<br>Fuel Cell Technology<br>Plasma Technology<br>Renewable Energy Sources<br>Water Energy<br>Electrical Machines and Adjustable Speed Drives<br>AC, PM and DC Machines and Drives, Reluctance machines and drives<br>Synchronous Machines<br>Permanent magnet machines and drives<br>Linear machines and drives<br>Sensorless control<br>Piezo and electrostatic actuators<br>Modelling and simulation<br>Maintenance and Fault Diagnosis<br>Electrical Vehicles<br>EMC related phenomena<br>Energy Conversion<br>Energy Management Systems<br></div> </td></tr></tbody></table>