Charging Infrastructure and Electric Grids

EV-cars that are charging at a charging post — Photographer: Karl 脰fverstr枚m

The electrification of society has begun and is expected to accelerate at an ever faster pace in order to achieve the environmental goals.

Our research on vehicles, charging and electrical infrastructure

Understanding the impact on the electrical system of how different choices of charging infrastructure, when vehicles are charged, and with what charging power it takes place is central to obtaining a resource-efficient system that has a broad acceptance.

The methods we use in research are data analysis, modeling, simulation, and optimization of primary charge scheduling, but also design selection of charge infrastructure.

Please visit the Swedish page for more information.

Publications

Daniel Jung and Christofer Sundstr枚m.
In: Energies 2023, Vol. 16, 7648.

Potential of intelligent vehicle charging in the low voltage grid including photovoltaics.
Christofer Sundstr枚m and Daniel Jung.
In: 5th E-mobility Power Systems Integration Symposium. Berlin, Germany, (2021).

Christofer Sundstr枚m, Maximilian Kronawitter, and Lorenz Viernstein.
In: 2nd E-mobility Power Systems Integration Symposium. Stockholm, Sweden, (2018).

Christofer Sundstr枚m, and H氓kan Sundelin.
In: 7th Transport Research Arena. Vienna, Austria, (2018).

Christofer Sundstr枚m, Daniel Jung, and Anders Blom.
In: 15th European Control Conference. 脜lborg, Denmark, (2016).

Christofer Sundstr枚m, and Mattias Krysander.
In: 4th IFAC Workshop on Engine and Powertrain Control, Simulation and Modeling ECOSM'15. Columbus, USA, (2015).

Research Group

About the division

Vehicular Systems (FS)

The research in Vehicular Systems has a clear focus on control, diagnosis, and supervision of functions in vehicles.

About the department

Department of Electrical Engineering (ISY)

At ISY, we conduct research and education in the field of Electrical Engineering. A strong emphasis is placed on research- and industrial collaborations.

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