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The Innovation

Due to the shift towards e-mobility, battery cell production has experienced an unprecedented uplift - which is expected to continue. The battery demand is constantly rising. By 2030, nearly 5.000 Gwh will be required through respective demand - production capacity even higher.

The Challenge

However, many manufacturers face significant challenges in production - for example, when considering cell quality. Besides a scrap rate of 5-30%, the cell aging/grading process is particularly time-consuming, with up to a 14-day storage period, making it immensely costly. 

"Up to this point, the battery cell finishing process remains a cost-intensive, quality-critical process chain."

World Electr. Veh. J. 2023

Limatica

The new Standard of Cell Aging

like a "stethoscope" for battery cells

1. Limatica Hardware

Retrofit Limatica-developed hardware to production site

2. Novel Data
Stream

Create unique data stream by measuring intrinsic cell activity

3. Data
Modelling

Precisely analyse data points to identify cell ​quality & understand micro-defects

4. Customer Access

Provide Insights to endusers (e.g. Operators, RnD departments)​

Proof-of-concept partner wanted! 

Our prototype (TRL 4) has been evaluated in our lab with over 100 cells and is ready to be tested in real life. We are confident that we can scale our solution fast. 

Want to innovate with us?
Reach out.
*Classification of two different battery cells through data analytics

Benefits 

1 / Acceleration of Cell Aging Time 

Up to 95% faster cell aging ​process through combining a adapted measurement method with advanced data modelling

2 / Joint Fight against Scrap Rate 

Decreased scrap rate/costs through direct detection of discharge as well as root-cause identification

3 / Innovate through our Unique Data Set 

Great potential for innovation in battery technology and/or Production process design through unique data points

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