Together we create the electromobility of the future

The Swedish Electromobility Centre aims to generate knowledge within the field of electromobility, to build the foundation for a sustainable society where it is possible to stay mobile and at the same time make environmentally conscious choices.

Together we create the electromobility of the future. Together we create sustainmobility. 

EVENTS

01 December 2020

Electromobility Systems – Design Project

Swedish Electromobility Centre is happy to invite you to the centre’s PhD Course "Electromobility Systems - Design Project". This course is open for PhD students...

02 February 2021

Repetition of SEC Lectures Part 2

SEC Lectures: Introduction to electromobility Repetition of Part 2: Electrical machines, drives and charging Swedish Electromobility Centre and Bombardier are happy welcome you to our...

03 February 2021

Virtual conference”Sustainable Nordic cities with focus on climate smart mobility”

Welcome to the virtual conference Sustainable Nordic cities with focus on climate smart mobility. The Conference is the final activity within the project Sustainable Nordic cities...

 

NEWS

Call for project – No.3 2020

Call and evaluation of project proposals Swedish Electromobility Centre is a node for research and development of electric transport and charging infrastructure. Our driving force is the development of sustainable and energy efficient transportation. We...
The picture of the office building is an early conceptual rendering.

Successful seminar with Bombardier

Around 50 people participated in an exclusive virtual tour of Bombardier's Powerlab, followed by three breakout sessions.

“Energy management is the main focus of our research”

Professor of Mechatronics Jonas Fredriksson is one of two thematic leaders for Systems Studies and Methods. Fredriksson believes in increased interactions between the thematic areas as a way of further developing the centre.
SYSTEMS STUDIES AND METHODS

SYSTEMS STUDIES AND METHODS

System studies and methods develops methods and algorithms, which are adopted and utilized in hybrid (and)or electric vehicle setting by exploiting dynamic models, computational methods, and simulation techniques. Our main topics are mathematical modelling, dynamic simulation, performance analysis, control design and optimization.

ELECTRICAL MACHINES, DRIVE SYSTEMS AND CHARGING

ELECTRICAL MACHINES, DRIVE SYSTEMS AND CHARGING

Theme Electrical machines, drive systems and charging is a competence base for technologies related to electric energy transfer and conversion between the electric utility grid and the wheels of electric vehicles. This includes charging equipment, the traction system, and auxiliary systems on board the vehicles.

ENERGY STORAGE

ENERGY STORAGE

Energy for electromobility is stored in electrochemical cells, such as batteries or fuel cells. For sustainable storage, economically and environmentally viable cells with long lifetime need to be developed, with even better performance than today’s materials and systems. Therefore, we focus on optimizing the key factors preventing ageing and sustaining health of the energy storage.

ELECTROMOBILITY IN SOCIETY

ELECTROMOBILITY IN SOCIETY

Theme area Electromobility in society investigates the electrified vehicle from a societal and environmental perspective. The research gather data and analyzes drive patterns, different actors influence, governance and other requirements for vehicles and infrastructure, for different types of transport services. 

INTERACTION BETWEEN VEHICLES AND GRID

INTERACTION BETWEEN VEHICLES AND GRID

In the theme area Interaction between vehicles and grid we investigate the challenges and possibilities with an electrified transport sector. The research investigates how the electric power system is affected and how it can be controlled. It also looks into how the transports acts as a load; how much power that is required and when and where and what requirements the transports will have on the power system and vice versa. 

Our centre of excellence transfer spearhead research to its everyday use in society.

Nils-Gunnar Vågstedt, PhD Chairman of SEC´s Program council and Head of Innovation R&D, Scania

OUR DOCTORAL STUDENT NETWORK

Are you a PhD student in the field of emobility? The Swedish Electromobility Centre’s doctoral student network is open for all PhD students in Sweden who study aspects of electrification and hybridization of vehicles. The network is an arena for collaboration for PhD students and stimulates their interaction with the Swedish automotive industry.

Apply to the network

GLOBAL WATCH

OmEV, our global news watch project led by editor in chief Magnus Karlström. On a daily basis, OmEV provides subscribers with the latest information regarding the hottest topics within the field of energy efficient vehicles. 

Read more here and subscribe