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The KIproBatt project aims at increasing the Overall Equipment Effectiveness (OEE) by improving the quality factors:
The KIproBatt project aims at increasing the Overall Equipment Effectiveness (OEE) by improving the quality factors:
* Reduction of scrap parts
*Reduction of scrap parts
* Reduction of reworking parts
*Reduction of reworking parts
* Integration of real-time sensor data
*Integration of real-time sensor data
<math>Quality = \frac{\text{flawless products}}{\text{actual output}} \times 100</math>
<math>Quality = \frac{\text{flawless products}}{\text{actual output}} \times 100</math>
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'''Base value'''
'''Base value'''
<math>Quality = \frac{\text{no. produced parts - (no. rework + no. scrap)}}{\text{no. produced parts}}</math>
<math>Quality = \frac{\text{no. produced parts - (no. rework + no. scrap)}}{\text{no. produced parts}}</math>
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'''Current state'''
'''Current state'''
No improvement achieved yet, as laboratory battery production has not yet started.
No improvement achieved yet, as laboratory battery production has not yet started.
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'''Target value'''
'''Target value'''
The quality parameter should be increased by approx. 5%.
The quality parameter should be increased by approx. 5%.
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The KIproBatt project aims at decreasing the Total Cost of Operations (TCO) by improving the subsequent factors:
The KIproBatt project aims at decreasing the Total Cost of Operations (TCO) by improving the subsequent factors:
* Reduction of energy consumption
*Reduction of energy consumption
* Cost of operating materials (e.g., reduction in the use of operating materials, avoidance of waste)
*Cost of operating materials (e.g., reduction in the use of operating materials, avoidance of waste)
* Integration of real-time sensor data
*Integration of real-time sensor data
The KIproBatt project aims at increasing the share of digital interfaces that are integrated in the production process. This share is measured by combining two factors:
The KIproBatt project aims at increasing the share of digital interfaces that are integrated in the production process. This share is measured by combining two factors:
* Share of data points that are recorded for a single cell.
*Share of data points that are recorded for a single cell.
* Share of data points that is assigned to a single cell without human intervention (automatically).
*Share of data points that is assigned to a single cell without human intervention (automatically).