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ElecGraph By ElectroMertic
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Next-Generation Power Engineering Platform

Precision Power System Simulation & Waveform Intelligence

ElecGraph bridges EMT/RMS model simulation benchmarking, IEEE COMTRADE oscillography analytics, and AI-powered grid compliance into a unified, high-performance platform.

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IEEE C37.111 COMTRADE
Automated IBR & EMT Testing
AI Compliance Diagnostics
High-Speed .NET 9 Engine
10x Faster Analysis High-throughput waveform parsing
ElecGraph Studio | SimulationSynchronizer.xaml
ONLINE
TOPOLOGY: GRID-CONNECTED [POI BUS 2]
MUT (IBR) Droop Active
Eq. Cable 0.85 km
Eq. TR 230/34.5 kV
Grid POI 3-Ph Fault 100ms
V_POI (Phase A, B, C) Sampling: 4.0 kHz (COMTRADE)
Fault Inception t=1.20s
AI RATING: PASS (99.4% CONFIDENCE)
NERC PRC-024 Compliant
Automated Reporting Instant PDF / Word export
IEEE C37.111 COMTRADE
NERC PRC & MOD Standards
IEC 61850 Grid Codes
SQL Server 2022 Caching
Python 3.12 Automation API
.NET 9 High Performance
Core Architecture

Engineered for Modern Power Systems

ElecGraph combines deep domain electrical engineering principles with advanced data science and automation to resolve critical grid challenges.

Simulation Synchronizer

Model Under Test (MUT) benchmarking across IBR, Droop Control, Synchronous Machines, and FACTS in grid-connected and islanded topologies.

Explore Synchronizer

Waveform & COMTRADE

Ultra-fast ingestion and multi-channel oscillography analysis for IEEE C37.111 (.cfg/.dat) files and high-density CSV time-series.

Waveform Analytics

AI Compliance Engine

Automated neural network classification (Pass / Marginal / Fail) against dynamic performance criteria with explainable confidence metrics.

AI Classification

Data Exchange & Reports

Direct integration with SQL Server databases, automatic signal slot mapping, and one-click generation of comprehensive engineering reports.

Data Integration
Live Demonstration

Interactive Waveform & Disturbance Simulator

Experience how ElecGraph detects voltage sags, harmonic anomalies, and fault transients in real-time oscillograms.

Disturbance Scenario:
Grid Frequency:
Channel A: Voltage Channel B: Current
Nominal Frequency
60.0 Hz
RMS Voltage (POI)
120.2 V
Total Harmonic Distortion
0.8%
AI Compliance Rating
PASS
Interactive Architecture

A Unified Suite for Electrical Engineers

Explore the specialized workspaces inside ElecGraph designed to simplify complex power system investigations.

Automated Model Simulation & Benchmarking

The Simulation Synchronizer streamlines EMT (Electromagnetic Transient) and RMS modeling workflows. Engineers can rapidly stage multi-contingency tests against target generation models.

  • Dynamic Target Models: Inverter-Based Resources (IBR), Synchronous Generators, Droop, and FACTS controllers.
  • Topology Modes: Seamlessly toggle between Grid-Connected and Islanding modes with active load configurations.
  • Disturbance Staging: Multi-phase faults (3-Phase, L-G, L-L-G), voltage dips, frequency sweeps, and breaker operations at the POI.
Power System Simulation Engineering

IEEE C37.111 COMTRADE & Time-Series Analytics

ElecGraph processes massive high-frequency digital fault records (DFR) and digital protective relay oscillograms with zero lag.

  • Native COMTRADE Parser: Direct parsing of ASCII/Binary .cfg and .dat file pairs.
  • Synchronized Multi-Channel Plots: Pan, zoom, delta cursor measurements, and signal phase overlays.
  • FFT & Harmonics Analysis: Instant spectral decomposition and THD computation across any selected time window.
Waveform analytics dashboard

AI-Driven Grid Code Compliance & Anomaly Detection

Eliminate manual curve-checking. ElecGraph uses specialized machine learning models trained on power system standards to validate compliance automatically.

  • Tri-State Classification: Instant rating as Pass, Marginal / Warning, or Fail.
  • Confidence Scoring: Transparent statistical confidence metrics for regulatory audit defense.
  • Automated Reporting: Export branded compliance reports with embedded plots in PDF and DOCX formats.
Artificial intelligence circuit

Hardware-in-the-Loop (HIL) Real-Time Roadmap

ElecGraph is expanding towards physical hardware integration, connecting simulation test cases directly with real-time digital simulators and protection relays.

  • RTDS & OPAL-RT Playback: Direct waveform streaming into physical amplifier test sets.
  • IEC 61850 GOOSE & SV Testing: Automated protection relay validation under staged fault playbacks.
  • Microsecond Execution: Low-latency hardware synchronizers for controller-in-the-loop (CHIL) benchmarks.
Electrical hardware test bench
Engineering Workflow

From Raw Data to Certified Engineering Report

Four streamlined steps to execute comprehensive power system studies in minutes instead of weeks.

1

Setup & Model

Configure your generator target model (IBR / Synchronous), line parameters, equivalent transformers, and POI boundary conditions.

2

Stage & Simulate

Execute multi-scenario contingency sequences: 3-phase faults, frequency excursions, voltage sags, or islanded load-shedding transitions.

3

Ingest & Analyze

Load COMTRADE (.cfg/.dat) or CSV datasets, measure delta cursors, isolate harmonic spikes, and review synchronized multi-channel plots.

4

AI Rate & Export

Run AI compliance scoring (Pass / Warning / Fail) and generate automated, publication-ready PDF and Word engineering reports instantly.

Get Started Today

Experience ElecGraph in Your Engineering Workflow

Download the free Community Edition or schedule a 1-on-1 technical consultation with ElectroMertic software architects.

Download ElecGraph v1.0

Requires Windows 10/11 & .NET 9 Runtime
Common Inquiries

Frequently Asked Questions

Answers to technical, operational, and commercial questions about ElecGraph.

What is ElecGraph and how does it differ from traditional power software?
ElecGraph is a modern electrical engineering platform built specifically for high-speed simulation benchmarking, COMTRADE waveform analysis, and AI-driven compliance testing. Unlike legacy tools with complex monolithic interfaces, ElecGraph offers a modern .NET 9 architecture, automated disturbance staging, instant oscillogram parsing, and AI classification.
What file formats and database connections are supported?
ElecGraph natively supports IEEE C37.111 COMTRADE files (both ASCII and Binary .cfg/.dat pairs), high-density CSV time-series data, Microsoft SQL Server 2022 database caching, and provides a Python 3.12 automation API for scripted batch studies.
Can ElecGraph operate in secure, air-gapped utility environments?
Yes. ElecGraph can be deployed in fully offline, air-gapped environments. We offer hardware-bound standalone licenses and offline license activations tailored for critical infrastructure and NERC CIP-compliant utility networks.
What is the relationship between ElecGraph and ElectroMertic?
ElecGraph is a proprietary software platform owned, developed, and maintained by ElectroMertic LLC. ElectroMertic provides software licensing, custom model engineering, power system consulting, and enterprise support.
What are the plans for Hardware-in-the-Loop (HIL) real-time testing?
Our forward roadmap includes direct playback interfaces for RTDS/OPAL-RT simulators and test amplifiers, enabling engineers to inject ElecGraph disturbance waveforms directly into physical relays and controllers under IEC 61850 standards.