2018 IEEE International Conference on Electrical Systems for Aircraft, Railway, Ship Propulsion and Road Vehicles & International Transportation Electrification Conference (ESARS-ITEC)

Topics for ESARS-ITEC2018

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
• – 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 and 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
• – On board Energy management

T3.2 Power Supply Systems

• – Substations (regenerative systems, Converter topologies),
• – Wayside storage system (flywheel, supercapacitor, et al.)
• – Overhead systems and Conductor rail systems
• – 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

T3.8 Light railways vehicles for urban mobility

T3.9 Metro and underground urban railways systems

T4 – ELECTRICAL SYSTEMS IN ROAD VEHICLES

• – Public transportation vehicles;
• – Electric propulsion systems for electrified vehicles,
• – Control strategies in hybrid vehicles,
• – Power converters for electrified vehicles,
• – On-Board energy management: generation storage, components, systems and control,
• – EMC related phenomena,
• – Modeling, simulation and design methods, reliability issues;
• – Connected vehicles
• – Charging stations and infrastructures for electric vehicles;
• – Wireless Power Transfer

T5 - Aircraft, Railways, Ship and Road Vehicles: cross-border topics

• – Energy storage and management;
• – Manufacturing technologies;
• – Energy generation and management.
• – Infrastructures integration
• – Electrical Systems and Components
• – Modeling, Simulation, and Control
• – Special electrical machines and actuators
• – Standards, Policies, and Regulations
• – Wireless Power Transfer
• – High efficiency onboard energy management
• – Smart connection for transportation systems
• – Transportation technologies applied to aerospace
• – Fuel cells applications

T6 : Aerospace

T6.1 : Storage systems

• -Li Ion battery management
• -LiS
• -supercacitors applications

T6.2 : Application of Power GAN Transistors
T6.3 : Power Processing Unit for Electric Propulsion

• -topologies
• -technical requirements

T6.4 : News Electrical Architectures for spacecraft
T6.5 : Miscellaneous Electricals topics for spacecraft