Deep insight into More Electric Aircraft and effective energy management of electrical power conversion systems • Understand More Electric Aircraft architecture which offers significant cost benefits with lower recurring costs, integration of key sub-systems and multi-use of electronic components • Explore important possibilities for reducing the overall costs of operation by increasing overall aircraft performance and reducing fuel consumption and energy usage • Find out more about model-based design for Energy Optimized Aircraft to achieve an optimum efficiency and performance both at aircraft and at systems level • Discuss opportunities for intelligent and effective energy management by developing software tools, innovative components and architectures that provide higher levels of power and thermal efficiency • Learn how this technological opportunity for aircraft power systems is rapidly advancing the evolution of power electronics and electronic actuators, as well as fault tolerant power distribution systems http://bit.ly/MEA_Event

1. • Understand More Electric Aircraft architecture which offers
significant cost benefits with lower recurring costs, integration
of key sub-systems and multi-use of electronic components
• Explore important possibilities for reducing the overall costs of operation by
increasing overall aircraft performance and reducing fuel consumption and
energy usage
• Find out more about model-based design for Energy Optimized Aircraft to achieve an
optimum efficiency and performance both at aircraft and at systems level
• Discuss opportunities for intelligent and effective energy management by developing
software tools, innovative components and architectures that provide higher levels of power
and thermal efficiency
• Learn how this technological opportunity for aircraft power systems is rapidly advancing the evolution
of power electronics and electronic actuators, as well as fault tolerant power distribution systems
Highlight Speaker:
Interactive Workshop Day | Wednesday, 27 November 2013
A | How power electronics support More Electrical Aircraft architecture
B | Challenges of centralized vs. decentralized electrical architecture
C | Energy and thermal management – Discover the benefits of electronic power systems
D | Efficient storage solutions for electronic power systems
MORE ELECTRIC
AIRCRAFT
Confirmed companies:
• Boeing Company
• Lufthansa Technik AG
• Honeywell Aerospace
• Safran Group
• Goodrich Actuation Systems
• GE Aviation
• Hamburg University of Technology
• University of Nottingham
Further invited companies
• Airbus Operations
• Air Asia
• Air Berlin
• Air France S.A.
• American Airlines
• Australia Airlines
• British Airways
• Cathay Pacific
• Delta Air Lines
• Deutsche Lufthansa AG
• Emirates Airlines
• Iberia Airlines
• KLM Royal Dutch
Airlines
• Korean Air
• Qantas Airlines
• SWISS International
Air Lines
• TUIfly Nordic
• Turkish Airlines
• United Airlines
• Virgin Atlantic Airways
Ltd.
• Airberlin Technik GmbH
• German Aerospacenter
Supported by
International Conference
Advancements in electric power systems
Deep insight into More Electric Aircraft and
effective energy management of electrical
power conversion systems
25 – 27 November 2013 | Radisson BLU Hotel, Hamburg Airport, Germany
Electrical power conversion systems • Model-based design • Power/energy/thermal
management • Storage concepts for electronic systems
Save
up to € 480,- with our
Early Birds if you book
and pay by 06 August 2013!
To Register | T +49 (0)30 20 91 33 88 | F +49 (0)30 20 91 32 10 | E eq@iqpc.de | www.more-electric-aircraft.com/PM
Kamiar J. Karimi,
Senior Technical Fellow
and Chief Engineer,
Boeing Company, USA
Dr. Hao Huang,
Chief Technologist,
Engineering and
Technology,
GE Aviation – Electrical
Power, USA
Prof. Pat Wheeler,
Director of the Institute
for Aerospace Technology,
Electrical and Electronic
Engineering,
University of Nottingham,
UK