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Home - News - First tests completed on LFP battery cell made with North -American materials
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First tests completed on LFP battery cell made with North -American materials

solarenergyBy solarenergySeptember 7, 2025No Comments2 Mins Read
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Ulty Technologies The testing of lithium-iron phosphate (LFP) battery cells has been fully completed with North American materials completed.

Uliton, a company in Nevada, carried out cell design, assembly and tests, using High-pure phosphate and iron located from Canada First phosphate. The companies signed a memorandum of agreement in 2023 to develop this North -American supply chain.

The tested battery cells used a North -American supply chain consisting of:

  • Phosphate: High pure phosphoric acid produced from coagulation phosphate concentrate extracted from the first phosphate Bégin-Lamarche trait in the Saguenay-Lac-Saint-Jean in Quebec, Canada.
  • Iron: IJzer powder produced using magnetite concentrate from the first phosphate Bégin-Lamarche trait in Quebec, Canada, and processed by GKN Hoeganae from Tennessee, vs.
  • Lithium: Lithium carbonate produced by Century Lithium Corp. of his activities in Nevada, vs.
  • Graphite: Naturally on graphite -based active anodia material produced by Nouveau Monde Graphite from his activities in Quebec, Canada.

“We can now point out a working battery cell and say that every critical material came from North -America,” said Johnnie Stoker, CEO of Ulft Technologies. “From my finished cell, the Supply Chain is real and the performance competitions or surpassing what global leaders market.”

Ulft has assembled the cells and tested in standard 18650 Cylindrical Size (approximately the size of an AA battery). Independent validation confirmed:

  • Stable capacity of 1.6 AMP hours (AH) over all tested cells
  • Projected cycle lifespan of at least 2,000 cycles with 80% capacity
  • Reliable performance with minimal cell-to-cell variation
  • Strong stability with a 5C discharge speed.

The possibility of maintaining performance with high discharge figures is particularly important for applications such as schedule storage, data centers and defense systems that require rapid power output.

See also  Rownhouses have higher percentages of solar pv than private houses

TorusA Hybrid Fly wheel and battery storage systems based in UTAH has invested in Ultion and committed to buy the North American cells for its products for utilities, data centers and commercial and industrial facilities.

“The progress of Ulft gives us reliable offer, strong performance and a clear competitive advantage,” says Nate Walkingshaw, CEO of Torus. “What excites us most is the combination of performance and strategic value. We can now offer our storage systems for utility companies and data centers that were built in America and exceed the possibilities of imported alternatives.”

News item from Ultion

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American battery cell completed LFP materials North tests
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