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In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

A visual look at Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention.

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calendar_today September 17, 2026 at 8:00 PM

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In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Laboratory testing equipment arranged on a sterile workbench

Topsoe's LNMO breakthrough rests on rigorous laboratory testing of cell chemistry and durability.

Photo by Pavel Danilyuk on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Students assembling and testing electronics projects in a lab

The 1,500-cycle milestone could accelerate adoption of cobalt-free cathodes in EV batteries.

Photo by Elements Interactive on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Jumper cables clamped to a car battery in an engine bay

Improved cycle life addresses a key durability barrier that has long limited LNMO in vehicle applications.

Photo by Julia Avamotive on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Hands assembling an electronic circuit board with small components

Scaling LNMO-graphite cells from the bench to production demands precise cell assembly.

Photo by Willquezada on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Smartphone charging from a power bank on a wooden desk

Longer-lasting, cobalt-free cells promise more durable energy storage for everyday devices and vehicles alike.

Photo by Towfiqu barbhuiya on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Technician repairing a smartphone under a microscope at a workbench

Detailed cell inspection underpins Topsoe's claims of 80 percent capacity retention after 1,500 cycles.

Photo by Tima Miroshnichenko on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Electrician installing a home battery storage unit on a wall

Durable LNMO chemistry could extend to grid and home storage as well as electric vehicles.

Photo by Elite Power Group on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Woman in a pink suit working in a bright modern laboratory

Researchers continue refining manganese-rich cathode formulations to close the gap with conventional lithium-ion.

Photo by ThisIsEngineering on Pexels

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

Young engineer repairing electronics at a workshop desk with tools

Engineers remain central to translating lab-scale cycle-life gains into commercial battery production.

Photo by Tima Miroshnichenko on Pexels

Inspired by our coverage: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

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In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

In Pictures: Topsoe Claims Major LNMO Battery Breakthrough With 1,500 Cycles at 80% Capacity Retention

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