The World’s First Virtual PQ, PD and PMU

EcoPhi is the first to combine vPQ, vPD and vPMU monitoring in a single, fully virtualized platform—no extra hardware needed.
Stay ahead with real-time insights, smarter diagnostics, and streamlined substation operations.

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Virtual PQ, PD and PMU

No Extra Hardware. Maximum Insight.

No Extra Hardware. Maximum Insight.

EcoPhi’s dashboard integrates three powerful functions—Virtualized Power Quality (vPQ), Partial Discharge (vPD), and Phasor Measurement (vPMU)—directly into software. By processing IEC 61850 Sampled Values from your existing EcoPhi devices, you gain real-time insights without adding any extra hardware. It's advanced grid monitoring, made simpler, faster, and more scalable.

  • No extra hardware required

  • No extra hardware required

  • No extra hardware required

  • Class‑leading accuracy

  • Class‑leading accuracy

  • Class‑leading accuracy

  • Early‑warning intelligence

  • Early‑warning intelligence

  • Early‑warning intelligence

  • Future‑proof & secure

  • Future‑proof & secure

  • Future‑proof & secure

Performance & Features

Virtual PQ, PD and PMU

Virtual PQ, PD and PMU

A fully virtual solution that combines Partial Discharge (PD) monitoring, Power Quality (PQ) analysis, and Phasor Measurement Unit (PMU) functionality—enabling advanced diagnostics, grid stability, and predictive maintenance without additional hardware.

Virtualized PQ

Our virtualized Power Quality (vPQ) solution delivers real-time insights into voltage, current, harmonics, flicker, and transients—directly from digital substations. With no need for dedicated hardware, vPQ simplifies monitoring and makes advanced power quality analysis accessible, scalable, and cost-efficient.

No extra hardware needed

No extra hardware needed

No extra hardware needed

Cuts costs and scales easily

Cuts costs and scales easily

Cuts costs and scales easily

Detects harmonics, flicker, dips, and spikes in real time

Detects harmonics, flicker, dips, and spikes in real time

Detects harmonics, flicker, dips, and spikes in real time

Power Quality Overview
Power Quality Overview

Current / Voltage

Current / Voltage

All in one dashboard

Transients

Transients

Frequency

Frequency

Power

Power

Harmonics

Harmonics

Partial Discharge Density
Partial Discharge Density

Trend Analysis

Choose your own timespan and thresholds

Choose your own timespan and thresholds

B1F3

B1F3

Central Station

11:43 AM Today

Critical

Critical

B1F2

B1F2

Central Station

06:39 AM Today

Warning

Warning

B1F3

B1F3

Central Station

04:17 PM Yesterday

Normal

Normal

Download Report

Download Report

Real-Time Monitoring

Real-Time Monitoring

Real-Time Monitoring

Virtualized PD

Virtualized Partial Discharge (vPD) enables early detection of insulation faults using advanced algorithms that process Sampled Values in real time. By replacing traditional sensors and local devices, vPD provides non-intrusive, continuous monitoring for improved asset protection and system reliability.

No physical PD sensors required

No physical PD sensors required

No physical PD sensors required

Always-on monitoring, zero downtime

Always-on monitoring, zero downtime

Always-on monitoring, zero downtime

Catches insulation faults early—before they fail

Catches insulation faults early—before they fail

Catches insulation faults early—before they fail

Virtualized PMU

Our virtualized Phasor Measurement Unit (vPMU) offers synchronized, high-speed measurements without physical PMU hardware. Leveraging IEEE C37.118 protocols and IEC 61850 Sampled Values, vPMU supports dynamic grid monitoring, wide-area visibility, and event detection across your power network.

Delivers PMU data without extra hardware

Delivers PMU data without extra hardware

Delivers PMU data without extra hardware

Uses IEEE C37.118 and IEC 61850 Sampled Values

Uses IEEE C37.118 and IEC 61850 Sampled Values

Uses IEEE C37.118 and IEC 61850 Sampled Values

Enables wide-area monitoring and fast event detection

Enables wide-area monitoring and fast event detection

Enables wide-area monitoring and fast event detection

Phasor Measurement Unit
Phasor Measurement Unit

Customizable thresholds and timestamps

Customizable thresholds and timestamps

183.35 A

183.35 A

+29.08%
+29.08%

See Details

Benefits

Operate with Confidence

Operate with Confidence

  • Millisecond-Level Real-Time Monitoring

  • Millisecond-Level Real-Time Monitoring

  • Millisecond-Level Real-Time Monitoring

  • Less Hardware, More Functionality

  • Less Hardware, More Functionality

  • Less Hardware, More Functionality

  • Early Detection of Grid Anomalies

  • Early Detection of Grid Anomalies

  • Early Detection of Grid Anomalies

  • Seamless IEC 61850-Based Integration

  • Seamless IEC 61850-Based Integration

  • Seamless IEC 61850-Based Integration

  • Secure Remote Data Access Anywhere

  • Secure Remote Data Access Anywhere

  • Secure Remote Data Access Anywhere

  • High-Fidelity Data for Smart Analytics

  • High-Fidelity Data for Smart Analytics

  • High-Fidelity Data for Smart Analytics

  • Effortless and Scalable Deployment

  • Effortless and Scalable Deployment

  • Effortless and Scalable Deployment

  • Unified Dashboard for Total Visibility

  • Unified Dashboard for Total Visibility

  • Unified Dashboard for Total Visibility

Compliancy of EcoPhi

Built on Global Standards

Built on Global Standards

EcoPhi solutions interoperate and stay future‑proof because every layer— from process‑bus streaming to cyber‑security— is anchored in the core power‑system standards below.

IEC 61850‑9‑2

Precision‑Time‑Protocol‑stamped Sampled Values for accurate, time‑aligned measurements across the substation.

IEC 61850‑9‑2

Precision‑Time‑Protocol‑stamped Sampled Values for accurate, time‑aligned measurements across the substation.

IEC 61850‑9‑2

Precision‑Time‑Protocol‑stamped Sampled Values for accurate, time‑aligned measurements across the substation.

IEC 61850‑9‑3

Network‑wide time synchronisation profile that keeps every device on the same micro‑second clock.

IEC 61850‑9‑3

Network‑wide time synchronisation profile that keeps every device on the same micro‑second clock.

IEC 61850‑9‑3

Network‑wide time synchronisation profile that keeps every device on the same micro‑second clock.

IEC 61850 (General)

Unified object models, GOOSE, MMS and SCL files for seamless plug‑and‑play with any 61850‑compliant IED.

IEC 61850 (General)

Unified object models, GOOSE, MMS and SCL files for seamless plug‑and‑play with any 61850‑compliant IED.

IEC 61850 (General)

Unified object models, GOOSE, MMS and SCL files for seamless plug‑and‑play with any 61850‑compliant IED.

IEC 61869‑9

Digital interface for merging‑unit data, ensuring process‑level interchangeability of current & voltage samples.

IEC 61869‑9

Digital interface for merging‑unit data, ensuring process‑level interchangeability of current & voltage samples.

IEC 61869‑9

Digital interface for merging‑unit data, ensuring process‑level interchangeability of current & voltage samples.

IEEE 1588 (PTP v2)

Sub‑microsecond clock synchronisation over Ethernet—critical for phasor accuracy, event correlation and protection schemes.

IEEE 1588 (PTP v2)

Sub‑microsecond clock synchronisation over Ethernet—critical for phasor accuracy, event correlation and protection schemes.

IEEE 1588 (PTP v2)

Sub‑microsecond clock synchronisation over Ethernet—critical for phasor accuracy, event correlation and protection schemes.

IEC 62351

End‑to‑end security (TLS, role‑based access, key management) that protects data integrity and operator credentials.

IEC 62351

End‑to‑end security (TLS, role‑based access, key management) that protects data integrity and operator credentials.

IEC 62351

End‑to‑end security (TLS, role‑based access, key management) that protects data integrity and operator credentials.

Let's Build the Future of Energy Together

Join us in building a smarter, more reliable, and efficient energy grid with cutting-edge technology, real-time insights, and AI-driven solutions.

Let's Build the Future of Energy Together

Join us in building a smarter, more reliable, and efficient energy grid with cutting-edge technology, real-time insights, and AI-driven solutions.

Let's Build the Future of Energy Together

Join us in building a smarter, more reliable, and efficient energy grid with cutting-edge technology, real-time insights, and AI-driven solutions.