SUMMARY
Use Batch Performance Analysis to review how a completed production batch performed compared to its planned targets. This helps manufacturers understand timing, output, downtime, and efficiency for individual batches after production is complete.
WHAT THIS IS
- Batch Performance Analysis is the ability to review historical production batches and compare planned production data against actual production results.
- The analysis is centered on a single completed batch and provides visibility into operational performance metrics such as start and stop times, produced quantity, scrap, speed, downtime, and OEE.
- The system connects batch information with analytics tools so production teams can evaluate how a batch performed across different operational views.
WHY IT MATTERS
- Batch Performance Analysis helps manufacturers understand whether production batches are running as expected.
- By comparing planned values with actual results, teams can identify:
- Delays or early starts
- Production overruns
- Output differences
- Speed performance issues
- Downtime patterns
- Efficiency trends
- This makes it easier to evaluate production consistency and improve future batch performance.
WHEN YOU WOULD USE THIS
- Use this when:
- Reviewing completed production runs
- Comparing planned production targets to actual results
- Investigating why a batch finished late or early
- Evaluating downtime during a specific batch
- Measuring OEE for an individual production batch
- Analyzing scrap or production speed for a completed batch
HOW IT WORKS
- Each batch contains both planned production information and actual production data collected during execution.
- Completed batches can be identified by their status and opened for analysis. The batch view displays core production KPIs, including:
- Planned versus actual start and stop times
- Planned versus produced quantity
- Scrap values
- Expected and validated production speed
- The batch also acts as a filter context for other system views. When a user opens related analytics pages from the batch view, the system automatically limits the data to that specific batch.
- This allows production teams to review:
- Downtime events related only to the batch
- OEE calculations for the batch
- Live Graph history for the batch period
- Control activities connected to the batch
- The result is a focused analysis of one production run without mixing data from other batches or production periods.
KEY TERMS / COMPONENTS
- Batch:
- A defined production run for a specific product or quantity.
- A defined production run for a specific product or quantity.
- Planned Start and Stop:
- The scheduled production times defined before the batch begins.
- The scheduled production times defined before the batch begins.
- Actual Start and Stop:
- The real production times recorded during execution.
- The real production times recorded during execution.
- Produced Amount:
- The quantity actually produced during the batch.
- The quantity actually produced during the batch.
- Scrap:
- Material or products rejected during production.
- Material or products rejected during production.
- Expected Speed:
- The target production speed planned for the batch.
- The target production speed planned for the batch.
- Validated Speed:
- The measured or confirmed production speed achieved during the batch.
- The measured or confirmed production speed achieved during the batch.
- Downtime Analysis:
- A view showing stops and interruptions that occurred during the batch.
- A view showing stops and interruptions that occurred during the batch.
- OEE:
Overall Equipment Effectiveness measured specifically for the batch.
COMMON MISUNDERSTANDINGS
- Batch Performance Analysis is not limited to production quantity tracking. It also includes timing, downtime, speed, and efficiency analysis.
- Viewing analytics from a batch does not show factory-wide data. The system filters the information to the selected batch only.
- A batch finishing with the correct produced quantity does not necessarily mean the batch performed efficiently. Timing delays, downtime, or speed losses may still affect performance.