The 2012 edition
| ESARS’12 International Conference will be held in Bologna, at San Giovanni in Monte palace. The aim of the Conference is to promote a Forum, where people involved with electrical systems problems may compare their experiences and present solutions found for actual and further requirements. |
Suggested Topics
T1 – AIRCRAFT ELECTRICAL APPLICATIONS
T1.1 Advanced concepts and technologies to enable the all-electric aircraft
- Embedded Systems,
- Electromechanical actuators,
- Electrical auxiliary systems,
- New storage systems,
T1.2 Power generation and distribution
- New sources of aircraft main propulsive power,
- On-board electrical systems (Electrical generators, et al.),
- On-Board energy management
T1.3 Electrical Drives and Power Systems
- Design of Motors and their Control
- Fault Diagnostics,
- Power Systems Control and Stability,
- Reliability,
T2 – SHIPBOARD ELECTRICAL APPLICATIONS
T2.1 Electrical propulsion
- Power converters and Drives,
- All electric ships,
- Hybrid ships
T2.3 Integrated power systems
- System integration,
- Storage systems for shipboard,
- Modeling, simulation and design methodologies
T2.4 Power Generation
- Power System Control,
- Stability and quality,
- Topologies of electrical generators,
- Design methodologies
T2.5 Large all electric ships and pleasure crafts applications
- cruise, ferry, oil & gas, piping, naval,
- yachts, mega-yachts, sailing boats
T2.6 Ship functional safety
- reliability and dependability,
- re-configurability, diagnostics
T2.7 Electric solutions for improving efficiency
- Actuators,
- On-Board energy management
T3 –ELECTRICAL RAILWAY TRACTION SYSTEMS
T3.1 Power Train
- Innovative power converter, motor topologies and devices ( multilevel modular power converter, electronic medium frequency transformer, PM Brushless Drives, Synchronous motors, et al.),
- On board Energy management (traction and energy saving control)
T3.2 Power Supply Systems
- Substations (regenerative systems, Converter topologies),
- Wayside storage system (flywheel, supercapacitor, et al.)
- Overhead systems and Conductor rail systems (system using non-standard voltages, three-phase systems, et al.),
- Energy management system
T3.3 Autonomous and dual mode vehicle
- New energy sources and storage systems,
- Electric-Hybrid power trains
- Multi winding-Transformer and rectifier
T3.4 Modeling, simulation and design methods
- Complex Systems (substation, grid and trains),
- Load flow, optimization method design and control
T3.5 Electromagnetic compatibility
T3.6 Safety and security systems
T3.7 Railway signaling and interoperability systems
T4 -ELECTRICAL SYSTEMS FOR URBAN MOBILITY
- Public transport (bus, light railway vehicles, metro),
- Energy supply infrastructure (quick charging systems, et al.),
- Energy efficiency and saving in public transport
T5 - ELECTRICAL SYSTEMS IN ROAD VEHICLES
- Electric propulsion systems for electrified vehicles,
- Control strategies in hybrid vehicles,
- Power converters for electrified vehicles,
- On-Board energy management: generation (e.g. fuel cells), storage, components, systems and control,
- EMC related phenomena,
- Modeling, simulation and design methods, reliability issues