Anders Nordelöf
Anders Nordelöf's research investigates how technologies for electric propulsion change the environmental impacts of road vehicles and other types of vehicles for transportation and industry, using life cycle assessment (LCA) and other environmental systems analysis tools. The purpose is to provide advice and guidance for the development of technology with reduced environmental impact and increased long-term sustainability. The research includes both in-depth technical mapping at component level, as well as an overall systems perspective. Methodological development of LCA is also an important part.
Anders Nordelöf was previously a business area manager at Consat AB, an engineering firm, and he has worked as a technical project manager focusing on electric propulsion of vehicles, charging infrastructure, electric roads and energy conversion in various forms.
Anders Nordelöf is theme leader for the research area Environment & Society within the Swedish Electromobility Center, a national competence center for electromobility where Chalmers is the host university. He is also co-responsible for the coordination of the profile area Sustainable Vehicle Technologies, which is joint between two areas of advance, Energy and Transport, with his main activities within the Area of Advance Energy.
Since June 2022, he is also a guest researcher and LCA expert advisor at "The Institute of Transport Economics" in Olso, Norway. The focus in Norway will be research projects related to circular economy and environmental assessment of vehicles and batteries.
Showing 45 publications
Assessing Metal Use and Scarcity Impacts of Vehicle Gliders
Prospective life cycle assessment of sodium-ion batteries made from abundant elements
Life cycle assessment of a two-seater all-electric aircraft
Life cycle assessment of battery electric buses (vol 112, 103498, 2022)
Metal requirements for road-based electromobility transitions in Sweden
Prospective Life Cycle Assessment of Lithium-Sulfur Batteries for Stationary Energy Storage
Quantifying the life-cycle health impacts of a cobalt-containing lithium-ion battery
Life cycle assessment of battery electric buses
How environmentally friendly are batteries with no rare or critical materials?
Blood cobalt? Life cycle human health impacts of a lithium-ion battery
Does the grade and source of lithium used in batteries matter?
Exploring automotive supplier data in life cycle assessment – Precision versus workload
A model platform for solving lithium-ion battery cell data gaps in life cycle assessment
Environmental life cycle implications of upscaling lithium-ion battery production
Screening resource assessment of next-generation battery chemistries
Comment on “Comparative life cycle assessment of high performance lithium-sulfur battery cathodes”
Implementation of the crustal scarcity indicator into life cycle assessment software
Comments on “Life cycle assessment of cobalt extraction process” by Farjana et al. [1]
A crustal scarcity indicator for long-term global elemental resource assessment in LCA
Life cycle assessment of permanent magnet electric traction motors
A research agenda for life cycle assessment of electromobility
Life cycle assessment of the second use of lithium-ion batteries from hybrid and electric vehicles
Life cycle assessment of city buses powered by electricity, hydrogenated vegetable oil or diesel
Effects on metal resource use from reusing laptops - A comparison of impact assessment methods
Environmental Assessment of Emerging Technologies: Recommendations for Prospective LCA
A Scalable Life Cycle Inventory of an Automotive Power Electronic Inverter Unit
Mindre miljöpåverkan eller bara annorlunda?
Less or different environmental impact?
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Showing 14 research projects
Circular Economy, Life-cycle assessment, Electrification and Car Transactions (CELECT)
Life Cycle Assessment of Large-Scale Lithium-Ion Battery Production and Recycling
“Blood Batteries”? Social Life Cycle Impacts of Lithium Ion Batteries
Life Cycle Assessment of All-Electric Aircrafts
Anticipating metal scarcity challenges in mobility transitions
Pre-study regarding a nexus for life cycle assessment of electromobility
LCA modelling of electric drivetrain components
LCA of public transportation with electrically propelled buses, step 2
LCA as a tool for the development of energy-efficient future cars
Electric traction motors in a circular economy