The electrification of the transport sector in combination with an increased demand for storage solutions for renewable energy is contributing to a rapid growth of the battery market. Lithium-ion batteries have shown to be a promising technology for efficient energy storage the last two decades. A rapidly increasing battery production will however cause challenges within waste management and put pressure on current recycling infrastructures. Within research, insufficient attention has been given to how traditional manufacturing strategy is applied within recycling environments. The objective of this study was, therefore, to investigate if and how the unique characteristics of battery recycling affect its manufacturing strategy. A case study...
Road freight transport is changing, with an uncertain future and climate change calling for adaptati...
In recent years the amount of newly registered electric vehicles, hybrid electric vehicles, and plug...
Denna State of The Art rapport handlar om den senaste elbilsbatteritekniken, batteritillverkning för...
The electrification of the transport sector in combination with an increased demand for storage solu...
With the current shift towards renewable energy sources, the demand for batteries is expected to fol...
As the use of lithium-ion batteries exponentially increases through demand for electric vehicles and...
Med en snabbt tillväxt av elfordon på marknaden för att uppfylla alla globala mål som satts upp för ...
The master thesis tackles the problem of recycling of end-of-life Li-ion batteries from heavy electr...
Efterfrågan på eldrivna fordon ökar ständigt och övergången från en fossilbaserad fordonsflotta är a...
Rapporten identifierar befintliga återvinningsmetoder för litiumbatterier och analyserar två avmetod...
I Sverige läggs stort fokus på omställningen till ett hållbart och klimatneutralt samhälle, där avka...
Together with electrification of the transportation sector and the introduction of renewable energy ...
The conventional Li-ion battery technology has been dominating the battery market for over twenty ye...
Electrification is essential to decarbonise the transport sector, which accounts for the highest sha...
Road freight transport is changing, with an uncertain future and climate change calling for adaptati...
In recent years the amount of newly registered electric vehicles, hybrid electric vehicles, and plug...
Denna State of The Art rapport handlar om den senaste elbilsbatteritekniken, batteritillverkning för...
The electrification of the transport sector in combination with an increased demand for storage solu...
With the current shift towards renewable energy sources, the demand for batteries is expected to fol...
As the use of lithium-ion batteries exponentially increases through demand for electric vehicles and...
Med en snabbt tillväxt av elfordon på marknaden för att uppfylla alla globala mål som satts upp för ...
The master thesis tackles the problem of recycling of end-of-life Li-ion batteries from heavy electr...
Efterfrågan på eldrivna fordon ökar ständigt och övergången från en fossilbaserad fordonsflotta är a...
Rapporten identifierar befintliga återvinningsmetoder för litiumbatterier och analyserar två avmetod...
I Sverige läggs stort fokus på omställningen till ett hållbart och klimatneutralt samhälle, där avka...
Together with electrification of the transportation sector and the introduction of renewable energy ...
The conventional Li-ion battery technology has been dominating the battery market for over twenty ye...
Electrification is essential to decarbonise the transport sector, which accounts for the highest sha...
Road freight transport is changing, with an uncertain future and climate change calling for adaptati...
In recent years the amount of newly registered electric vehicles, hybrid electric vehicles, and plug...
Denna State of The Art rapport handlar om den senaste elbilsbatteritekniken, batteritillverkning för...