Call for Papers

Attention: Call for Papers extended until 2 June 2019 – CLOSED NOW

Authors will be notified of the acceptance of their papers no later than 6 July.

  • Final papers must be submitted online by 31 August 2019 at the latest.
  • As the conference language is English, all abstracts and papers have to be written in English.
  • Authors will pay a REDUCED workshop fee.
  • All participants are responsible for paying their own travel and hotel expenses.


Please note that the focus of the E-Mobility Power System Integration Symposium is on the integration of large-scale E-Mobility solutions into power systems. Grid integration solutions, charging infrastructure and storage are main topics, not electric vehicle development. Due to this focus, only plug-in vehicle solutions are relevant. That includes the pure plug-in electric vehicle (PEV), plug-in hybrid electric vehicles (PHEV) as well as Vehicle-to-Grid solutions.


Best Papers

Selected E-Mobility Papers 2018 for “IET Special Issue” can be found here. For the latest publication (with papers from the Solar & Wind Integration Workshop), from April 2019, visit the IET website.




Proposed Preferential Topics of the Symposium

Project Experience

  • World-wide Project experience related to electric vehicles and power system integration and operation
  • Experience with integration of electric vehicles into power systems

Power System Aspects

  • World-wide electric vehicles grid integration studies – methods and results; also in combination with renewable wind energy/VRE grid studies
  • Electric vehicles integration study methodologies and data requirements
  • Impact of electric vehicles on demand profiles
  • Electricity demand forecast with electric vehicles
  • Power system balancing with high share of electric vehicles
  • Dynamic impact of electric vehicles on power system operation
  • Power quality issues related to electric vehicles

Distribution Grid Issues

  • Electric vehicles in weak distribution grids – connection experience and studies
  • Protection aspects related to electric vehicles in distribution grids

Market Issues

  • World-wide market design and regulatory issues related to electric vehicles
  • Design concepts for ancillary services with electric vehicles
  • Evaluation of rules and mechanisms for integrating of electric vehicles
  • Role of electric vehicles in the electricity market

Charging Infrastructure

  • Charging infrastructure concepts
  • Impact of electric vehicle charging infrastructure on distribution networks/power system
  • Required electric vehicle infrastructure and its impact on power system infrastructure
  • Standards and interoperability for charging interfaces and communication between vehicle and infrastructure
  • Electric charging monitoring and prediction systems
  • Innovative Smart Grid/IT solutions considering electric mobility

Modelling Aspects

  • Modelling of electric vehicle/charging infrastructure inverters for system integration studies including methods of testing and verification of compliance with requirements
  • Modelling of electric vehicle/charging infrastructure for power system planning and interconnection studies

Grid Code Issues

  • Interconnection standards/grid codes for electric vehicles

Smart Grid and Human Factors Aspects

  • Vehicle-to-grid (V2G) services (e.g. V2G providing ancillary services for power system)
  • Virtual power plants with electric vehicles
  • Communication, control and coordination of electric vehicles charging
  • New and emerging features of power systems with high share of electric vehicles
  • Use of blockchain concepts in electric transportation
  • Human behaviour consideration in electric transportation decisions

Decarbonization of Energy Sectors

  • Sector coupling – transportation, heat and electricity sector coupling for decarbonization of energy sectors
  • Modelling of sector coupling with focus on electric vehicles
  • Electric vehicle charging with renewable energy (Wind & Solar)

Mobility concepts

  • Conversion of (public) fleets to e-mobility: concepts, strategies and experiences and its impact on grid integration
  • New electricity based mobility concepts and its impact on power system infrastructure/operation
  • Future mobility concepts and its impact on power system infrastructure/operation