Special session on : Battery and Fuel Cell Systems for Hybrid Road Vehicles
Special Session
M. Grötsch
| Development of a Fuel Cell Range Extender for Commercial Vehicles
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A. Otto
| Battery Management Network for Fully Electrical Vehicles Featuring Smart Systems at Cell and Pack Level
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M. Hammadi
| Multidisciplinary approach for modelling and optimization of Road Electric Vehicles in conceptual design level
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G. Romeo
| Design of Inter-City Transport Aircraft Powered by Fuel Cell & Flight Test of Zero Emission 2-Seater Aircraft Powered By Fuel Cells fuelled by Hydrogen
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M. Santarelli
| Solid oxide fuel cells for stationary and APU applications
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O. Veneri
| A Zebra Battery based propulsion system for urban bus applications: preliminary laboratory tests
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A. Adebusuyi
| Review and comparison of different commercial vehicle hybridisation techniques
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N. Cesario
| Testing of Integrated Circuit for Li-ion Battery Management Systems based on passive balancing
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P. Corbo
| Optimization of Fuel Cell Performance in Vehicles by Electrochemical Impedance Spectroscopy
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F. Migliardini
| Management issues of direct hydrogen fuel cell systems for application in automotive field
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Special Session on “Electric Power Systems Modeling, Analysis and Control”
organized by
Dr Serhiy Bozhko, The University of Nottingham (serhiy.bozhko@nottingham.ac.uk)
Prof Mark Sumner, The University of Nottingham (mark.sumner@nottingham.ac.uk)
Papers:
| S.Seeman
| Control & Monitoring of an Over-determined EMA Swashplate System
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| S. Bozhko
| Application of dynamic phasors for accelerated simulations of aircraft electric power system
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| F.Re
| Towards an automated electric aircraft ground operation
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| D.Schlabe
| Energy management of aircraft electrical system – state of the art
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| Qian Zhou
| Conducted emission analysis of Electric nacelle anti ice system in aircraft
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| P. Norman
| Optimisation of energy storage system control under network fault conditions
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| P. Norman
| Aircraft power system design and optimisation
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| S. Bozhko
| Aircraft EPS stability: comparative analysis of AC and DC distribution
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| T.Yang
| Functional modelling of aircraft AC/DC converters using dynamic phasors concept
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