We would like to thank all our speakers, delegates, sponsors and media partners who participated at our event and found the time to come to Prague. Thank you all for your contribution and making our event such a success.

If you have any further questions and recommendations, please do not hesitate to contact us.

Get the presentations from the Documentations’ s Pack:

“The role of alternative traction for sustainable urban mobility” by Alessandro Bernardini
“ACEA on e-mobility and standards” by Petr Dolejsi
“High-rate charging and high power discharging batteries through electrode nanoengineering” by Paul V. Braun and more

Read the interview about Electric Mobility with one of our speakers Mr. Petr Dolejsi from ACEA

participants will have the chance to understand how to implement latest solutions and technological innovations, get to know the latest developments regarding batteries, EV infrastructure, charging stations etc.

The largest and best-known car producers and energy companies are on our speakers panel: Toyota, Nissan, IVECO, ENEL, RWE, IVECO etc.
Take a look at the list of speakers.

Mr. Paul Braun, Professor of Materials Science and Engineering (University of Illinois) will present nanostructured batteries allowing recharge  in less then 5 minutes.

  Electrification of Transportation – from Vision to Reality
  European Market for Electric & Hybrid Vehicles
  Advances and challenges of battery development
  Battery Cost Reduction
  Charging Infrastructure Development
  Standards and Regulations Within the Industry
  5 Caste Studies & 4 Panel Discussions

  Paul Braun,  Professor of Material Science and Engineering, University of Illinois

   New emerging chemistries
“Rapid charge and discharge is an increasingly sought-out feature of electrical energy storage devices, but rapid charge and discharge rates lead to dramatic capacity reductions in most rechargeable batteries. We have now demonstrated charge and discharge rates of up to 400C and 1,000C for lithium-ion and nickel-metal hydride chemistries, respectively, with minimal capacity loss (400C is a 9 second charge or discharge and 1,000C is a 3.6 second charge or discharge) using a self-assembled colloidal crystal templated three dimensional (3D) bicontinuous nanoarchitecture consisting of an electrolytically active material sandwiched between rapid ion and electron transport pathways. The final structure also has energy densities comparable to current commercial systems. A full-cell lithium-ion battery constructed from a bicontinuous lithiated MnO2 cathode and a conventional graphite anode was charged to 90% capacity in 2 minutes. I will also cover several new emerging chemistries which utilize the bicontinuous electrode concept, including those with potential for enhanced energy densities over current battery materials.”

  More Introductions

   See all Speakers