Power Quality
Most energy strategies focus on how much power is used.
But the quality of that power can have just as much impact on performance, reliability and cost.
Issues like harmonics, voltage fluctuations, transients and load imbalance can quietly affect systems across an estate, often without being detected until something fails.
What is Power Quality?
Power quality refers to how stable and consistent the electrical supply is.
It’s not just about having power, it’s about having the right voltage levels, a stable frequency and the correct waveform distortion for equipment to operate efficiently and reliably.
When power quality is poor, these characteristics deviate, impacting performance, operational efficiency and asset lifespan.
Why It Matters
Poor power quality can have a direct impact on operations.
It can lead to:
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Reduced operational efficiency
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Increased energy losses
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Equipment malfunction
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Shortened asset lifespan
And across an estate, these effects compound.
Common Power Quality Issues
Why Monitoring is Critical
It is imperative to monitor Power Quality across the entire EPMS, from building point of entry down to individual payloads. Without visibility, Power Quality issues are difficult to identify and even harder to resolve.
Monitoring enables organisations to:
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Detect issues in real time
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Mitigate short & long term impacts like intermittent failures, equipment damage and reduction in operational life.
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Identify trends and recurring problems
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Diagnose root causes
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Take targeted corrective action
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Moving from reactive fixes to proactive management.
Where do Power Quality Issues Come From?
How Improves Power Quality
We help organisations gain visibility and control over power quality across their estate.
Through detailed monitoring and analysis, we provide insight into:
Harmonics & Waveform Distortion
Voltage Instability
Hidden Risks & Operational Inefficiencies
Load Imbalance
Mitigating Transient Events
Enabling informed decisions and long term performance improvements.
