The Operating System for Power Quality at the Edge

Voltry builds a holistic edge intelligence stack to measure, predict, and improve power quality — harmonics, voltage stability, and DER interactions.

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Privacy-by-Design
Edge NPU + Secure Elements
Verified PQI Metrics

Real-Time Power Quality Monitoring

Advanced waveform analysis detecting harmonics, voltage variations, and grid disturbances at microsecond precision

Distributed Grid Intelligence

Edge nodes form a resilient mesh network, enabling neighborhood-level coordination and autonomous optimization

Harmonic Fingerprinting

Advanced FFT analysis identifies and mitigates harmonic distortions, protecting sensitive equipment and improving power factor

DIGITAL TWIN

Feeder-Level Digital Twin

Real-time state estimation and predictive modeling enable proactive grid management and optimal DER integration

Leadership Snapshot

Transforming grid intelligence from the edge up

Why It Matters

  • CapEx deferral
  • Higher DER utilization
  • Reliability gains under electrification

Holistic Power Quality

  • Voltage + harmonics + flicker
  • Neighborhood-aware coordination
  • PQI: dual-sided accountability

Trust & Compliance

  • Hardware-rooted identity
  • Minimal data exfiltration
  • Regulatory sandbox ready

Platform Overview

Four pillars of edge power intelligence

1
Intelligent Node (Edge)
  • • Integrated in meters/panels
  • • Signed PQ telemetry
  • • Local harmonic analysis
2
Localized Digital Twin (Feeder)
  • • Hierarchical state estimation
  • • Bad-data detection
  • • Safe setpoints for edge actions
3
Governed Multi-Agent System
  • • Transformer-scope peer negotiation
  • • Guardrails + fallback controls
  • • Neighborhood coordination
4
Power Quality Index
  • • Dual-sided: inbound & outbound
  • • Local computation, auditable
  • • Phased incentives → dynamic tariffs

R&D Portfolio

Advancing the frontier of power quality management

Harmonics
Events & Flicker
DER Coordination
Privacy & Security

Harmonics Research

Advanced harmonic management through adaptive fingerprinting, active filtering, and PQI-H extensions. Our research focuses on real-time harmonic detection and mitigation at the edge, enabling proactive power quality management.

  • • Adaptive fingerprinting algorithms
  • • Active filtering techniques
  • • PQI-H metric extensions

Events & Flicker Detection

Non-stationary event detection with root-cause localization and privacy-preserving insights. Our algorithms identify and classify power quality events in real-time while protecting customer privacy.

  • • Non-stationary detection algorithms
  • • Root-cause localization
  • • Privacy-preserving insights

DER Coordination

Local multi-agent system protocols with incentive design and resilience modes. We're developing autonomous coordination mechanisms that optimize DER behavior while maintaining grid stability.

  • • Local MAS protocols
  • • Incentive mechanism design
  • • Resilience mode operations

Privacy & Security

Hardware-rooted identity with minimal data exfiltration and full auditability. Our security architecture ensures trust and compliance while enabling sophisticated edge intelligence.

  • • Hardware-rooted identity
  • • Minimal data exfiltration
  • • Complete auditability

Papers & IP

Published research and intellectual property

MINERVA Concept Paper

Comprehensive framework for edge-based power quality management

Selected to pilot
PQI-H (Harmonics)

Novel metric for quantifying harmonic contributions and accountability

Provisional under review
MAS for DER Neighborhoods

Multi-agent system architecture for distributed energy resource coordination

Published

Pilot Program

Transform your grid with edge intelligence

Pilot Overview

2
Feeders
500-1K
Residences
≥95%
Estimation Accuracy
≥20%
Fewer Violations

Who Should Talk to Us

  • • Utilities seeking CapEx deferral
  • • OEMs integrating PQ intelligence
  • • Regulators designing sandbox programs
Start a Pilot Request Briefing Security Review Kit

Roadmap

Three phases to grid transformation

1
Visibility
Signed PQ measurements, feeder twin, baseline PQI-H
2
Optimization
Governed MAS, OEM incentive hooks, harmonic mitigation
3
Homeostasis
Guardrailed autonomy, dynamic tariff pilots, SAIDI/SAIFI improvements