ElecGraph Logo
ElecGraph By ElectroMertic
Request Demo
Architectural Overview

The ElecGraph™ Software Platform

A unified electrical engineering environment engineered for automated EMT/RMS simulation benchmarking, IEEE COMTRADE analytics, and AI grid compliance.

Coming February 2027 — ElecGraph_v1 Software

Bridging Traditional Power Engineering with Modern Computing

ElecGraph was designed from the ground up to solve the computational and analytical bottlenecks of modern power system studies. Operating on a modern .NET 9.0 runtime and paired with high-performance OxyPlot graphics and Python interoperability, ElecGraph delivers unmatched speed and analytical precision.

Whether you are benchmarking Inverter-Based Resources (IBR), verifying grid code compliance under NERC standards, or slicing high-frequency COMTRADE oscillograms, ElecGraph provides the clarity and automation required for mission-critical operations.

ElecGraph V1 Software is scheduled for release in February 2027.

Explore Modules Request Architecture Walkthrough
ElecGraph Platform Interface
Core Module 01

Simulation Synchronizer & Model Benchmarking

Automate EMT and RMS contingency testing against target generation models across grid-connected and islanded network topologies.

Model Under Test (MUT) Framework

Directly benchmark dynamic generation sources with interactive parameter configuration:

  • Inverter-Based Resources (IBR): Grid-forming & grid-following inverter controls.
  • Synchronous Generators: Exciter, governor, and PSS dynamics.
  • Droop Control Systems: Frequency/Voltage droop benchmarking.
  • FACTS Devices: STATCOM, SVC, and active filtering control loops.

Disturbance & Fault Staging

Stage complex contingencies with millisecond precision:

  • Fault Types: 3-Phase Symmetrical, Single Line-to-Ground (L-G), Line-to-Line (L-L), Double Line-to-Ground (L-L-G).
  • Point of Interconnection (POI): Adjustable equivalent cables, two-winding transformers, and disconnect switches.
  • Islanding & Load Shedding: Duplicate model bench with load trip triggers.
Core Module 02

High-Throughput Waveform & Oscillography Engine

Analyze multi-channel analog and digital waveforms from protective relays, fault recorders, and simulation outputs.

IEEE C37.111 COMTRADE

Directly parses ASCII and Binary COMTRADE .cfg and .dat files. Automatic channel scaling, sample rate interpolation, and zero-offset correction.

Multi-Channel Visualizer

High-performance OxyPlot rendering supporting dozens of synchronized analog voltage/current traces with delta cursors and pan/zoom.

Harmonics & FFT Spectrum

Instant Fast Fourier Transform (FFT) analysis, Total Harmonic Distortion (THD) calculation, and sub-synchronous resonance (SSR) identification.

Core Module 03

AI-Powered Grid Code Compliance Engine

Replace tedious manual spreadsheet calculations with neural-network assisted compliance classification.

Automated Verification Against IEEE & NERC Standards

ElecGraph evaluates simulated or recorded transient waveforms against regulatory ride-through envelopes (NERC PRC-024, IEEE 1547-2018, and IEEE 2800-2022).

PASS Waveform strictly inside regulatory envelope
MARGINAL Boundary threshold warning; damping check
FAIL Tripping threshold or distortion violation

Each assessment outputs a mathematical Confidence Score along with detailed performance criteria flags, saving engineering teams hundreds of manual verification hours.

Automated Engineering Reports

With a single click, export comprehensive, auditable engineering reports complete with:

  • Single-Line Diagram schematics & model parameters
  • High-resolution oscillograms with highlighted disturbance zones
  • AI Compliance Ratings, confidence scores, and pass/fail tables
  • PDF, Microsoft Word (.docx), and PNG figure exports
Core Module 04

Bi-Directional SQL Data Exchange & Automation

ElecGraph integrates seamlessly with enterprise databases, automated Python pipelines, and multi-format time-series datasets:

  • Microsoft SQL Server 2022: Cache study datasets, load tables dynamically, and execute frequency band scans with sub-millisecond response.
  • Flexible CSV Mapping: Ingest custom high-density CSV datasets with dynamic delimiter detection and header mappings.
  • Python 3.12 Automation: Script batch simulations, export raw arrays, and integrate with custom analytics workflows.

Enterprise Integration Architecture

Built on a high-throughput .NET 9 engine, ElecGraph connects analytical models directly with engineering databases, SCADA historian archives, and automated report pipelines.

.NET 9.0 Python 3.12 SQL Server
Specifications

System Requirements & Runtime Environment

Operating System

Windows 10, Windows 11 (64-bit), or Windows Server 2019/2022.

Framework & Hardware

Microsoft .NET 9.0 Desktop Runtime. Minimum 8 GB RAM (16 GB Recommended), Quad-core CPU.

Database & Python

Microsoft SQL Server 2019/2022 (Local or Remote). Python 3.10+ for custom scripting modules.

Coming February 2027 — ElecGraph_v1 Software

ElecGraph V1 Software is scheduled for release in February 2027.

Connect with our software architects to schedule an architecture walkthrough or pre-register for launch updates.

Request Personalized Demo Pre-Register for Launch