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.
On 5 April we welcome Martin Karlsson from Northvolt to the SEC doctoral network lunch webinar. He will give a presentation entitled "On industrial-academic partnership while pioneering a new European […]Find out more »
Course Goal After the course, the participants have learnt: • How systems of battery electric vehicles and stationary charging can be made cost-effective and fit the need of different users. […]Find out more »
Agriculture is heavily dependent on fossil fuels, and it is a sector that is difficult to electrify due to challenging demands. In this open online seminar arranged by the thematic […]Find out more »
Intelligent Vehicles and Systems 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.
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 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.
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.
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.