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F R A U N H O F E R I N S T I T U T E F O R M A N U F A C T U R I N G

T E C H N O L O G Y A N D A D VA N C E D M AT E R I A L S I F A M

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Contact

Christian Ruether 张春燕Manager and Trainer 助理Wiener Strasse 12 中国北京潮阳区东三环28359 Bremen 北路8号亮马河大厦二座Germany 0606室 100004

Phone +49 421 2246 7006 电话: +86 1 0659 06135-11

e-mail training-emobility@ifam.fraunhofer.de

News and Application

Please check our website for further information on our electromobility

seminars: www.ifam.fraunhofer.de/diandongche

Seminar: Electromobility Technologies

This two-day seminar provides a comprehensive overview of electro-

mobility technologies, which will be presented in three modules: Energy

storage, powertrain and vehicle concepts.

Target group: Professionals, managers and engineers of national and

international medium-sized or large enterprises.

Your benefit: Insights into future developments in electromobility

technologies straight from the Fraunhofer research laboratories.

Module Content

energy

Storage

Structure, functionality and characterization

of energy storage systems, as well as future

systems beyond lithium-ion batteries.

Powertrain Concepts and functionality of powering

tomorrow’s vehicles and integration potential

into complete systems.

Vehicle

concepts

Trends in vehicle design concepts with regard

to handling, performance and lightweight

construction.

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Seminars

Consulting Studies

Seminars

In our seminars leading experts provide an overview of the develop-

ments in the field of electromobility technologies.

For the Chinese market, we offer two special electromobility courses

on future local challenges:

Electromobility in the Future (1-day seminar)

Electromobility Technologies (2-day seminar)

Consulting and Studies

Using our expertise, we analyze and develop customized education

strategies for firms in China, e. g. in the style of the German dual

vocational education and training system (VET).

Fraunhofer-Gesellschaft

The Fraunhofer-Gesellschaft is the leading application-oriented

research organization with more than 66 institutes and independent

research units with more than 22,000 employees in Europe.

The Fraunhofer-Gesellschaft is engaged in a number of international

activities. Since 1999 the Representative Office in Beijing has been

building bridges between the Chinese market and Fraunhofer

institutes.

The Fraunhofer Institute for Manufacturing Technology and Advanced

Materials IFAM, located in Bremen, Germany, is increasingly

engaged in China. It is one of Europe’s largest independent and

applied R&D centers for shaping and functional materials as well as

adhesive bonding technology and surfaces.

Electromobility

Today the world faces multifaceted challenges, such as environmental

protection and efficient urban infrastructure. In this regard mobility,

particularly electromobility, is a central topic. Fraunhofer IFAM

conducts contract research in a range of aspects of electromobility,

e. g. lightweight materials, energy storage, powertrain, and vehicle

concepts. To transfer this research into industrial knowledge, we

develop, prepare, and implement training courses, conduct studies as

well as offer consulting services in the field of electromobility for our

customers worldwide.

Seminar: Electromobility in the Future

This 1-day seminar provides answers to questions on energy supply,

environmental aspects, mobility concepts and charging infrastructure.

Target group: Decision makers, managers and engineers of national

and international medium-sized to large enterprises.

Your benefit: Identify trends and developments of electromobility

at an early stage.

Module Content

energy

Supply

Grid stability, vehicle-to-grid and integration of

electric vehicles into micro-grids.

environment Well-to-wheels efficiency and analysis of

electric vehicle life cycles.

Mobility

concepts

Opportunities and challenges of electric

vehicles in car sharing systems and future

mobility trends.

charging

infrastructure

Charging infrastructure technologies, inductive

and intelligent charging systems.