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Unlocking High-Resolution Power Quality Insights with Cycle-Level Triggered Data Recording
This white paper explores advanced power quality monitoring using cycle-level triggered data record types‚ Significant Change, Event Change, and Flicker. It explains how these methods efficiently capture and report voltage disturbances, providing detailed, actionable insights while minimizing data overload. By leveraging precise trigger logic and memory-efficient recording, these tools enable rapid identification and analysis of power quality events, supporting both routine monitoring and in-depth disturbance investigations.
Key topics include:
- Introduction to Data Record Types
- Triggered vs. Non-Triggered Record Types
- Significant Change Record Type
- Event Change Record Type
- Flicker Record Type
- Trigger Logic and Settings
- What's Recorded and How to Use the Data
- Correlating Reports for Deeper Analysis
Why utilities should care:
Efficiently identifying and analyzing voltage sags, swells, and flicker events at high time resolution enables faster root cause analysis, improved power quality, and optimized resource allocation, all while minimizing unnecessary data storage and simplifying event reporting.
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