Products
Three entry points.
Our products share the same rule-verified ML backend powered by GRYDMASTER.
Power Quality & Resilience Check
Pro
See where your site is losing performance — before you invest in the wrong fix. For sites with hidden inefficiencies, imbalance, or avoidable electrical losses that need a decision-ready first view.
Know where likely losses sit
Likely inefficiencies ranked by relevance and severity — not just flagged.
See how your site is behaving electrically
Voltage, phase balance, reactive behaviour, and load patterns mapped across the monitoring window.
Understand your site's electrical health
A structured view across voltage, load, power factor, efficiency, and infrastructure.
Build a clear case for action
GRYDGUARD relevance and potential suitability included where relevant.
Get a report built for both decision-makers and technical teams
Executive summary plus full graph evidence in one PDF.
Power Quality & Resilience Check
Deep Dive
Find the physical cause, not just the visible symptom. For sites with recurring disturbances, complex load behaviour, or unresolved power-quality problems.
Identify the dominant source of distortion and instability
Harmonic fingerprinting and spectrum analysis up to the 31st order, per phase.
See whether the issue comes from the grid or from inside the site
Disturbance events classified as upstream or internally generated.
Assess harmonic-related stress on transformers and infrastructure
Distortion impact on transformer and infrastructure efficiency evaluated and ranked.
Review flicker and waveform quality
Pst/Plt severity checked against EN 50160 limits with waveform anomaly snapshots.
Prioritise the right fix first
Insights mapped to targeted remediation across the grid-connected microgrid.
Active Resilience
GRYDGUARD
The active hardware layer for site-focused power quality optimisation, reducing inefficiencies and strengthening operational resilience.
Powered by innovative NILC™ in GRYDMASTER
Uses non-intrusive load clustering (NILC™) to interpret site behaviour and quantify savings potential without device-level submetering.
Operating-condition-based optimisation
Responds to how the site actually behaves electrically, not to fixed generic assumptions.
Reduces avoidable inefficiencies
Helps reduce electrical losses across real operating conditions.
Built for resilience and continuity
Supports sites where instability threatens uptime, process continuity or production reliability.
Start with analysis or direct scoping
Use GRYDMASTER first for efficiency-led cases, or scope GRYDGUARD directly where continuity risk is the priority.
Deployed where impact matters
Installed where resilience, efficiency or continuity needs justify active optimisation.