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Online: 3K+ Agents Active
Digital Worker 7 AI Agents Active

Grid Resilience & Operations Digital Worker

A collaborative multi-agent system monitors grid health, forecasts load and generation, coordinates DER assets, and orchestrates responses to grid events with human-in-the-loop approvals for critical actions, ensuring grid stability and reliability..

Parent Portal Nexgile-VoltIQ Grid
7 AI Agents
6 Tech Stack
AI Orchestrated
24/7 Available
Worker ID: grid_resilience_worker

Problem Statement

The challenge addressed

Grid operators face increasing complexity from renewable integration, distributed energy resources, and extreme weather events. Traditional SCADA systems cannot provide predictive insights or coordinate autonomous responses across multiple operationa...

Solution Architecture

AI orchestration approach

A collaborative multi-agent system monitors grid health, forecasts load and generation, coordinates DER assets, and orchestrates responses to grid events with human-in-the-loop approvals for critical actions, ensuring grid stability and reliability.
Interface Preview 4 screenshots

Workflow configuration with scenario selection and multi-agent architecture for outage management

Real-time agent orchestration dashboard with DAG visualization and live activity monitoring

Outage resolution success summary with 1,240 customers restored in 79 minutes via FLISR automation

Business analyst view showing agent contributions, performance metrics, and workflow analytics

Multi-Agent Orchestration

AI Agents

Specialized autonomous agents working in coordination

7 Agents
Parallel Execution
AI Agent

Grid Monitor Agent

Real-time grid state awareness requires continuous monitoring of thousands of sensors, detecting anomalies, and correlating events across the distribution network.

Core Logic

Continuously ingests SCADA telemetry, transformer loading, voltage measurements, and power flow data. Applies ML models to detect grid anomalies and predict equipment stress. Monitors SAIDI/SAIFI reliability metrics. Triggers alerts when thresholds are exceeded and initiates response workflows.

ACTIVE #1
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AI Agent

Load Forecast Agent

Accurate load forecasting is essential for grid balancing but requires analysis of historical patterns, weather impacts, and special events.

Core Logic

Uses GPT-4 Turbo to analyze historical load curves, weather forecasts, calendar events, and economic indicators. Generates hourly, daily, and weekly load forecasts with confidence intervals. Identifies demand response opportunities and peak shaving potential. Feeds forecasts to DER coordination and trading systems.

ACTIVE #2
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AI Agent

Renewable Generation Forecast Agent

Variable renewable generation from solar and wind assets creates forecasting challenges that impact grid stability and market operations.

Core Logic

Integrates weather forecasts (irradiance, wind speed, cloud cover) with generation asset characteristics. Produces short-term (intraday) and day-ahead generation forecasts for solar PV and wind farms. Calculates forecast uncertainty and provides probabilistic scenarios for grid planning.

ACTIVE #3
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AI Agent

DER Coordination Agent

Distributed energy resources (solar, batteries, EVs) must be coordinated to support grid stability while respecting customer preferences and equipment constraints.

Core Logic

Manages virtual power plant aggregation across DER assets. Optimizes battery charge/discharge schedules, coordinates EV smart charging (OCPP), and dispatches demand response signals. Balances grid support with customer comfort settings. Uses Claude 3.5 Sonnet for complex optimization decisions.

ACTIVE #4
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AI Agent

Outage Management Agent

Grid outages require rapid detection, impact assessment, crew dispatch, and customer communication to minimize restoration time.

Core Logic

Correlates smart meter last-gasp signals with SCADA alarms to detect and locate outages. Estimates affected customers and critical loads. Optimizes crew dispatch based on location, skills, and restoration priority. Generates ETR estimates and triggers customer notifications. Tracks restoration progress.

ACTIVE #5
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AI Agent

Grid Self-Healing Agent

Manual switching operations during outages delay restoration and require skilled operators who may not be immediately available.

Core Logic

Analyzes grid topology and available switching options during faults. Identifies isolation and restoration sequences that minimize affected customers. Prepares automated switching plans for operator approval via HITL workflow. Executes approved sequences through SCADA with rollback capability.

ACTIVE #6
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AI Agent

Human Approval Coordinator Agent

Critical grid operations require human oversight but approval workflows must be fast, informed, and auditable.

Core Logic

Routes high-impact decisions (load shedding, switching, large DER dispatch) to appropriate operators. Provides context including AI reasoning, risk assessment, and recommended actions. Tracks approval status, escalates timeouts, and logs all decisions. Supports mobile approvals for field personnel.

ACTIVE #7
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Technical Details

Worker Overview

Technical specifications, architecture, and interface preview

System Overview

Technical documentation

The Grid Resilience Worker implements collaborative agent execution where multiple AI agents work together on complex grid operations. Agents communicate via structured A2A messaging, share context through memory systems, and coordinate approvals through HITL workflows. Full observability via distributed tracing enables real-time monitoring and post-incident analysis.

Tech Stack

6 technologies

SCADA/DMS integration for real-time grid monitoring

Weather API access for forecasting inputs

DER management system (DERMS) connectivity

LLM API access (GPT-4 Turbo, Claude 3.5 Sonnet)

OpenTelemetry tracing infrastructure

Approval workflow system for HITL integration

Architecture Diagram

System flow visualization

Grid Resilience & Operations Digital Worker Architecture
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