Forskningen inom dessa områden omfattar avancerade tekniker för förnybar energi, effektiva, ekologiska och tillförlitliga energiproduktionssystem, distribution och drift samt kartläggning och förståelse av människors miljö.
Den energirelaterade forskningens resultat främjar Finlands energipolitik och skapar hållbara energilösningar samt omfattande energiinnovationer och -tillämpningar med global räckvidd.
Aaltos Energy Platform sammanför våra forskare med utomstående aktörer för tvärvetenskapligt samarbete inom avancerade energilösningar.
Forskningen inom dessa områden omfattar avancerade tekniker för förnybar energi, effektiva, ekologiska och tillförlitliga energiproduktionssystem, distribution och drift samt kartläggning och förståelse av människors miljö.
Den energirelaterade forskningens resultat främjar Finlands energipolitik och skapar hållbara energilösningar samt omfattande energiinnovationer och -tillämpningar med global räckvidd.
Aaltos Energy Platform sammanför våra forskare med utomstående aktörer för tvärvetenskapligt samarbete inom avancerade energilösningar.
Students from the course report on their company-driven projects to tackle energy challenges.
How can energy modelling drive the sustainable energy transition? This series looks at aspects of modelling for energy systems, through technical modelling, analysis, and building of systems.
The H2 Innovation Center works to enable a sustainable hydrogen society by facilitating world-leading research at Aalto, and collaboration between our research community, companies, policymakers and external research organizations.
We investigate the timing of the energy system disruption and the changes cascading from it, as well as their impacts on different sectors.
Smart Otaniemi is an innovation ecosystem that connects experts working on world-changing ideas for smart energy.
CompBat EU project aims to take flow batteries to the next level, identifying new prospective molecules for their chemical composition.
BATCircle aims at improving the manufacturing processes of battery chemicals and the mining and metals industries and to increase the recycling of lithium-ion batteries.
Research group led by Professor Tanja Kallio
The interest of the New Energy Technologies Group is on advanced energy systems, in particular nanomaterials for energy devices, sustainable energy systems, and multidisciplinary energy science.
Energy efficiency plays a key role in solving challenges related to developing a sustainable future for human societies, highlighting the need to optimise energy systems of all sizes.
World-class materials research
The Department of Mechanical Engineering is a leading multidisciplinary research establishment with strong industrial ties and impact on industry and society alike.
The Department of Applied Physics pursues vigorous research in physical sciences and creates important industrial applications that hold great technological potential.
The Department of Electrical Engineering and Automation is an ecosystem where scientists and engineers from different fields of microsystems, electrical engineering and automation work together to solve the most challenging scientific problems.
Department of Electronics and Nanoengineering (ELE) conducts research and arranges related teaching courses in the fields of electromagnetics, micro and nanotechnology, radio engineering, and space technology.
