Energy

A grid with a million edges still has to balance in real time.

TrustHouse ContextTalk turns distributed resources into an orchestrated virtual power plant, mapped to the properties and easements that make them reachable.

Question

SCADA · GIS · DER Data

Context Engine

Grounded Answer

+ Chain of Custody

For

Grid operations, distributed energy, and utility leaders

The problem

Uncoordinated resources and unknown access rights

The outcome

Orchestrated capacity and dynamic balancing

Reference Architecture

TrustHouse ContextTalk: High Level Reference Architecture

End-to-end visibility from grid to capacity.

Grid Inputs

  • SCADA Telemetry
  • GIS Parcel Data
  • DER Registrations

Grid Operations

  • Resource Aggregation
  • Dynamic Balancing
  • Easement Mapping
  • Scenario Planning

Capacity Tracing

  • Dispatch Logs
  • Access Rights Records

TrustHouse ContextTalk: Context Engine & Trust Layer

TrustHouse Context Engine

Connect · Analyze · Explain · Act

Context Intelligence

Generation-to-Topology MappingVirtual Power Plant OrchestrationEasement and Access VerificationChain of CustodyDynamic Balancing Analysis

Faster Response

dispatchable capacity identified as conditions shift

Lower Risk

easements and access rights confirmed before deployment

Greater Efficiency

scenarios modeled against live topology, not a generic grid

End-to-end visibility from grid to capacity

What teams ask

The questions your best people wish they could just ask.

Ask
“Which properties in this service area can aggregate into dispatchable capacity today?”

Process Workflows

Where TrustHouse sits in your grid workflows

Four mapped processes: click each to see where trust is enforced.

Distributed Resource

Registered

Eligibility Check

Property and topology matched

CONTEXTTALK

Aggregates into dispatchable capacity

Trust Enforced

Orchestrated Capacity

Ready to dispatch

Answer

+ Chain of Custody

Aggregates distributed resources into dispatchable capacity.

The language of your industry

A question asked in your language returns an answer in it.

Your teams already describe the work this way. ContextTalk maps each term to a semantic context layer.

Distributed Energy Resources
Generation and storage spread across many small sites rather than concentrated in a few plants.
Aggregates them into a single dispatchable capacity figure.
Generation-to-Topology
The relationship between where power is produced and the physical network carrying it.
Correlates topology with parcel lines to establish easements and access permissions.
Virtual Power Plant
Many distributed resources coordinated to behave as one dispatchable plant.
Identifies eligible properties and orchestrates them as conditions shift.

Integrations

Connects to the systems you already run.

EAM

IBM MaximoSAP EAMHexagon EAM

SCADA

Ignition (Inductive Automation)AVEVA System PlatformGE Digital iFIX

EMS

Siemens Spectrum PowerGE Digital ADMSOSI Monarch

What you get

Outcomes leaders sign for.

Virtual power plant orchestration

Aggregate distributed resources into dispatchable capacity.

Dynamic grid balancing

Balance supply and demand as conditions shift.

Easement and access mapping

Deploy edge resources without the paperwork drag.

Grounded planning

Model scenarios against your live topology, not a generic grid.

Questions we get asked

Straight answers to the recurring ones.

Energy

Balance the grid. Just ask.