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From Forecast Signal
to Asset Action, With
Every Step Documented

Signal Orchestrator manages the full dispatch workflow. It ingests plant data, applies forecast-driven optimization and guardrails, routes operator approvals, and maintains a complete audit trail — from the first signal to the final controlled action.

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Why It Matters

Dispatch Automation Without Accountability Is Risk at Scale

Automating dispatch without audit trails, approval routing, and configurable guardrails creates compliance exposure and operational blind spots. Speed matters in dispatch — but not at the cost of control. Signal Orchestrator supports phased adoption. Start with human-in-the-loop oversight at every step and expand automation as operational confidence builds.

Signal Orchestrator is built on the premise that automation and accountability are not in tension. Every automated action is bounded by rules you define. Every decision is logged. Every step requiring operator judgment gets routed for confirmation before execution.

Wind turbines in a field under a clear blue sky with some scattered clouds.
CHALLENGES

Where Dispatch Automation Typically Falls Short

What Better Market Intelligence Delivers

Asset signals arrive from multiple sources with different formats and protocols

Plant data, site feeds, and grid signals need normalization before they can drive decisions. Latency in that process delays execution and erodes capture rate.

Optimization without guardrails creates operational risk

Automated dispatch acting outside of asset constraints, operating limits, or regulatory requirements is a compliance liability. Guardrails need to be enforceable, not advisory.

Human approval requirements create bottlenecks without routing intelligence

Systems that either bypass approvals or route everything through the same queue fail both requirements. Fast automated execution where appropriate; human oversight where required.

Audit trails are often incomplete or reconstructed after the fact

Compliance and regulatory requirements demand real-time documentation, not records assembled retroactively. Every action needs a log entry at the moment it occurs.

Forecast intelligence and execution run in separate systems

When the optimization layer does not have direct access to forecast outputs, it acts on stale inputs. The gap between intelligence and action is where capture rate erodes.

Multi-asset dispatch creates conflicting instructions across the portfolio

Without a unified dispatch workflow layer, generation, BESS, flexible load, and gas assets compete rather than coordinate — missing position or creating operational conflicts.

How It Works

The Full Dispatch Workflow, End to End

Dashboard showing status of four energy components: Mesa Solar BESS with 38 md and 71% charge, Ridgeline Generator with 118 md and 15 MW/min ramp, Desert Flex with 45 md and 30 MW curtailable, and ERCOT HB_NORTH Grid priced at $47 per MWh with DA settled and RT open.
Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Signal Ingestion

[ 01 ]
Every Asset. Every Feed. Normalized in Real Time.

Signal Orchestrator ingests plant signals, site data, and generation feeds from your assets through standard integration protocols. Inputs are normalized, validated, and made available to the optimization layer in real time — without manual preprocessing or latency.

Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Optimization

[ 02 ]
Highest-Value Decision at Every Market Interval

Arcobi AI Forecasts — covering price, demand, ancillary service conditions, and grid state — feed directly into the optimization engine. Signal Orchestrator applies these alongside your operational parameters to identify the highest-value dispatch decision at each interval.

Dashboard showing six metrics: Ramp Rate within limit at 12 MW/min of 15, Operating Range approaching max at 110 MW of 120, Regulatory Limit blocked with commitment 95 MW proposed 118, State of Charge optimal at 71% with target 20%, Curtailment Budget available with 1.5 hours used of 4 hour limit, and Market Participation monitoring RT with DA cleared.
Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Guardrails

[ 03 ]
Every Decision Bounded by Rules You Define

Operational boundaries are configured per asset class: operating limits, ramp constraints, regulatory requirements, and participation rules. Signal Orchestrator enforces these at every step. Automated actions do not execute outside of defined parameters — instructions that breach guardrails are blocked and routed for operator review. Automated actions do not execute outside of defined parameters — instructions that breach guardrails are blocked and routed for operator review.

Panel showing four dispatch process steps: Decision evaluated with dispatch instruction generated from forecast, Routing threshold checked for operator confirmation need, Auto-execute or route for confirmation based on threshold, and Guardrail breach blocked and escalated before execution.
Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Approval Routing

[ 04 ]
Fast Where Appropriate. Human Where Required.

Decisions that require human confirmation are routed to the appropriate operator before execution. Routing logic is configurable based on decision type, asset class, and approval threshold. The operations center acts on the instructions Signal Orchestrator surfaces, with full context at each decision point.

Dashboard showing energy dispatch status: Clearwater BESS 80MW confirmed ISO ack, Ridgeline Gen 110MW confirmed operator approved, Mesa Solar + BESS confirmed auto-executed, Desert Flex 118MW blocked due to regulatory limit.
Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Execution

[ 05 ]
Instructions Issued. Outcomes Confirmed.

Dispatch instructions are issued to assets as confirmed, controlled actions. Signal Orchestrator tracks each action through to confirmation, logging the outcome alongside the forecast inputs and approval record that generated it.

Table displaying energy dispatch events for assets Clearwater, Desert Flex, Ridgeline, and Mesa Solar with timestamps, types, event details, and statuses such as Confirmed, Blocked, Auto, and Ingested.
Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Audit Trail

[ 06 ]
Every Signal. Every Decision. Every Action. Logged.

Every signal ingested, every optimization decision, every approval routed, and every action executed is recorded with a complete, timestamped audit trail. Access is governed by least-privilege controls. Compliance documentation is available immediately — not reconstructed after the fact.

Use Cases

What Signal Orchestrator Handles for You

Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Plant Optimization

[ 01 ]
Challenge

Plant and site signals need normalization before they can drive dispatch decisions.

What signal orchestrator handles

Ingests and normalizes signals from multiple asset sources in real time.

Outcome

Clean, structured inputs reach the optimization layer without latency.

Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Optimization

[ 02 ]
Challenge

Optimization needs to honor asset-specific operating constraints.

What signal orchestrator handles

Configurable guardrails enforce limits per asset class at every decision point.

Outcome

Automated dispatch stays within operational and regulatory parameters.

Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Operator Confirmation

[ 03 ]
Challenge

Some decisions require operator confirmation; others do not.

What signal orchestrator handles

Approval routing logic distinguishes which decisions require human confirmation and routes accordingly.

Outcome

Reduced operational complexity and fewer gaps between strategy and execution.

Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Compliance

[ 04 ]
Challenge

Compliance requires a complete record of every dispatch action.

What signal orchestrator handles

Real-time audit trail captures every signal, decision, approval, and action as it occurs.

Outcome

Full compliance documentation available immediately, not reconstructed after the fact.

Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

Forecast Intelligence

[ 05 ]
Challenge

Forecast intelligence and execution run on separate timelines.

What signal orchestrator handles

Forecast outputs feed directly into the optimization engine without a manual handoff.

Outcome

Dispatch decisions reflect current market intelligence, not the last available snapshot.

Three circular icons labeled Design, Develop, and Create arranged horizontally with thin connecting lines, representing a process flow.Black background with evenly spaced thin diagonal light gray lines creating a striped pattern.

BESS and Generation Assets

[ 06 ]
Challenge

BESS and generation assets need coordinated dispatch without conflicting instructions.

What signal orchestrator handles

Multi-asset dispatch coordinated within a single workflow layer, honoring each asset's constraints.

Outcome

Portfolios dispatch cohesively without operational conflicts.

USE CASES

Configurable Guardrails, Not Black-Box Automation

Sun setting behind a row of electrical transmission towers with power lines stretching across the sky.
Forecast-Connected from the Ground Up

Signal Orchestrator does not sit downstream of AI Forecasting — it runs on it. Forecast outputs feed the optimization engine directly. No manual translation between what the model predicts and what gets dispatched.

Close-up of electrical insulators and connectors on high voltage power lines at sunset.
Audit Trail as a Core Feature, Not an Add-On

Documentation of every action is built into the workflow architecture. Compliance is not a reporting function appended after execution; it is native to how Signal Orchestrator operates.

Cooling towers emitting steam against a sunset sky with trees and water in the foreground.
Human Oversight at Every Configurable Point

Automation does not mean removing judgment from dispatch. Signal Orchestrator routes the decisions that require human confirmation and executes the ones that do not, based on rules your team sets and can adjust over time.

Wind turbine blades turning above a thick layer of fog under a clear sky.
You Define the Constraints

Operational boundaries, approval thresholds, and dispatch parameters are defined by your team. Signal Orchestrator works within those boundaries. The system does not operate without them.

Why Arcobi?

Configurable Guardrails, Not Black-Box Automation

Forecast-Connected from the Ground Up

Signal Orchestrator does not sit downstream of AI Forecasting — it runs on it. Forecast outputs feed the optimization engine directly. No manual translation between what the model predicts and what gets dispatched.

Audit Trail as a Core Feature, Not an Add-On

Documentation of every action is built into the workflow architecture. Compliance is not a reporting function appended after execution; it is native to how Signal Orchestrator operates.

Human Oversight at Every Configurable Point

Automation does not mean removing judgment from dispatch. Signal Orchestrator routes the decisions that require human confirmation and executes the ones that do not, based on rules your team sets and can adjust over time.

You Define the Constraints

Operational boundaries, approval thresholds, and dispatch parameters are defined by your team. Signal Orchestrator works within those boundaries. The system does not operate without them.

Results

What Controlled Automation Delivers

Across the Arcobi customer base, more than $1B in energy cost savings opportunities have been identified. For organizations running automated dispatch, the compounding benefit is capture rate — the percentage of available market value that converts to actual revenue, continuously, without manual intervention.

Reduced dispatch overhead. Compliance documentation that satisfies regulatory requirements without added administrative burden. And market participation that runs at the speed of conditions — not the speed of your operations team's shift schedule.

$1B+

Energy cost savings opportunities identified across the Arcobi customer base

100%

Compliance documentation coverage — no undocumented dispatch actions.

24/7

Continuous market participation — automated execution runs at market speed, not shift schedule
FAQ

Frequently asked questions

  • Does Signal Orchestrator work without the Power Operations Center?

    Signal Orchestrator can operate with configurable levels of human oversight. The Power Operations Center provides expert market operators who work within the Signal Orchestrator workflow. Organizations configure the approval routing and automation levels that match their operational model.

  • Can Signal Orchestrator handle multiple asset types simultaneously?

    Yes. Generation, BESS, flexible load, and gas facilities participate through the same workflow layer, with asset-specific guardrails and constraints applied independently to each.

  • How does the audit trail work?

    Every event in the dispatch workflow — signal ingestion, optimization decision, approval routing, and executed action — is logged in real time with a timestamped record. Access to the audit trail is governed by least-privilege controls.

  • What happens if a dispatch instruction falls outside of defined guardrails?

    The instruction is blocked and routed for operator review. Signal Orchestrator does not execute actions outside of configured parameters — and every blocked instruction is logged with the reason for the block.

  • How are guardrails configured?

    Operational boundaries are defined per asset class during onboarding and can be updated as operating conditions or regulatory requirements change. Guardrail configuration does not require software development.

  • How does Signal Orchestrator connect to existing plant systems?

    Signal Orchestrator ingests plant signals and site data through standard integration protocols. The integration is designed for minimal disruption to existing operational infrastructure.

  • GET STARTED

    Controlled Dispatch, at Market Speed

    Arcobi turns uncertainty into opportunity for everyone who touches a wire. Signal Orchestrator is the system that makes execution as reliable as the intelligence behind it.