Research and Demonstration of Key Technologies for Reliable and Efficient Application of New Energy Vehicles in China and Norway (KeyTech-NeVe-ChiNo)

Research project

Research and Demonstration of Key Technologies for Reliable and Efficient Application of New Energy Vehicles in China and Norway (KeyTech-NeVe-ChiNo)

A collaborated research and demonstration of the intelligent connected new energy vehicles (NEVs) in China and Norway.


Research activity

Project timeline

Project timeline

2020-2023


Publications

Publications

Publications will show here.


Work Packages (WPs)

Work Packages (WPs)

The  project is organized in 3 Work Packages (WPs) on Norwegian side and 5 WPs on Chinese side

 

Norway: 

  • WP1 – Monitoring, information exchange system, and charging infrastructure
  • WP2 – Wireless Charging System
  • WP3 – Battery modelling and measurements; Comparative investigation of NEVs policies


China: 

  • WP1 – Battery Technology for EVs
  • WP2 – Terminal Device and Information Platform for EVs
  • WP3 – Wireless Charging Technology
  • WP4- Electric Bus Demonstration
  • WP5- Electric Passenger Cars Demonstration
  • WP6- Policy Investigation of NEVs industry
     

People at KeyTech-NeVe-ChiNo

People at KeyTech-NeVe-ChiNo

Project Leaders:

Odne Stokke Burheim, Norwegian University of Science and Technology

Junjun Deng, Beijing Institute of Technology
 

Norway

WP1 leaders:

Olav Bjarte Fosso, NTNU
Bendik Torsæter, SINTEF

WP2 leaders:

Guiseppe Guidi, SINTEF
Jon Are Suul, SINTEF

WP3 leaders:

Dr. Preben Vie, IFE
Dr. Jinsong Hua, IFE

 

China

WP1 leader: 
Lei Zhang, BIT

WP2 leader: 
Baoxuan An, BITNEI

WP3 leader: 
Lantian Li, QIZNET

WP4 leader:
Edison (Hao Yin), BYD Europ E.V. 

WP5 leader:
Heng Wang, Chery New Energy Auto

WP6 leader:
Liu Di, Beijing CATARC Science and Technology Center Co. 
 


Description of KeyTech-NeVE-ChiNo Logo

Description of KeyTech-NeVE-ChiNo Logo

The logo illustrates the project content by its classical battery research and e-
mobility by its classical battery shape. The connected dots are meant to
illustrate our research focus on grid infrastructure, power charging, societal
aspects and machine learning for new energy vehicles. It is also meant to
illustrate the bilateral and national network collaborations within the project
by connecting different nodes.
 


Project partners

Project partners

Norwegian partners

Norwegian industry partners

Chinese partners:

Chinese Industry Partners: