What is Disturbance Direction Detection?
To determine the root cause of a disturbance, a consultant or experienced engineer might be required to analyse and interpret data captured by a PQ meter. But, it could be a slow (and expensive) process to acquire the relevant information and come to the correct solution. It’s easier (and less expensive) to troubleshoot a power quality problem when it occurs, rather than days or weeks later.
This is where Disturbance Direction Detection (DDD) comes in. |
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DDD uses comprehensive algorithms to analyse wave shape and disturbance alarm data.
It gives the user feedback on;
It gives the user feedback on;
- The location of a disturbance with respect to the meter location (whether upstream or downstream)
- A confidence rating
Benefits of DDD
DDD is useful in pinpointing the source of the disturbance, and ultimately solving the problem.
The benefits of DDD include:
The benefits of DDD include:
- determining the source of power quality events more accurately
- minimizing repetitive events by quickly locating disturbance sources
- increasing production uptime by improving facility PQ levels
X Marks the Spot
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In this example, DDD determines that the disturbance was Downstream of Meter A, Downstream of Meter B, Upstream of Meter C, Upstream of Meter D, and Upstream of Meter E
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