(Highlights)
> 420 Wh/l
> 175 Wh/kg
> 175 Wh/kg
(↑)
High energy density*
*Depending on cell format
> 10,000 cycles
(↑)
Excellent lifetime*
*Depending on operating conditions
-77%*
(↑)
Reduced carbon emission target, compared to industry average LFP cells*
*Internal estimates
Our cutting-edge Norwegian facility combines automated precision with European manufacturing excellence to produce competitive LFP cells.
.jpg)
Excellent safety
High thermal stability
Low carbon footprint
Customer specific solution and format
Manufactured in Europe
(LFP benefits)
Strategic advantages of Morrow's LFP technology compared to similar chemistries:
Our LFP platform delivers superior longevity and unmatched safety, even in large-format cells, while outperforming cobalt-based NMC and NCA alternatives on cost.
The technology demonstrates exceptional cycle stability with over 3,000 charging cycles - three times more than conventional chemistries. This robust platform combines competitive energy density with industry-leading thermal stability and sustainable cobalt-free composition.
The technology demonstrates exceptional cycle stability with over 3,000 charging cycles - three times more than conventional chemistries. This robust platform combines competitive energy density with industry-leading thermal stability and sustainable cobalt-free composition.
(Segments)
Our advanced LFP platform delivers customisable energy density, optimised by our R&D team to meet precise customer specifications.
Our expert team customises cell solutions for key market segments:
BESS
(↑)
We deliver sustainable, reliable, and safe energy storage solutions - optimized for diverse BESS applications.
Commercial mobility
(↑)
Commercial mobility spans trucks, rail, buses, and marine vessels, each with unique operational and regulatory demands.
Industrial & off-road
(↑)
Industrial and off-road vehicles serve construction, mining, and intra-logistics operations, demanding robust performance and enhanced durability.
Passenger vehicles
(↑)
Passenger vehicle electrification demands high-performance batteries that balance range, safety, and cost-effectiveness.
