AN FLEXIBILITY OPERATIONS BACKBONE

Built to fit your stack and scale with you

Fusebox OS is a configurable operations layer for energy flexibility, combining control, aggregation, and market execution in one modular system. It integrates with your existing tools and scales across assets, partners, and TSOs without lock-in.
Live in
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European countries
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TSO
integrations
0
+ assets
& 300+ MW per deployment
0
+ years
in flexibility operations

What this means in practice

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Modular by design

Scale energy portfolio capabilities as your assets, markets, and operations grow.
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Hardware-agnostic

Connect mixed fleets without forcing a rip-and-replace.
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A toolbox, not a black box

Transparent logic, inspectable data, controllable strategies.

Control - Run sites reliably in real time

Operate PV, wind, BESS, and flexible loads through one centralized control layer for reliable dispatch across mixed fleets.

Key control functionalities

  • Asset integration & onboarding – standardized telemetry and command models
  • Real-time monitoring & dispatch – automated control loops based on forecasts, prices, and constraints
  • Hybrid site optimization – coordinated PV + BESS + loads behind the meter

Aggregation - Portfolio orchestration at scale

Aggregate distributed energy resources into portfolios that behave like one system – measurable, reliable, and market-ready.

Key aggregation functionalities

  • Portfolio orchestration – groups, rules, and participation logic across regions and TSOs
  • Availability & constraint management – buffers, fallback logic, and committed vs available capacity
  • Dispatch coordination – prioritized activations to protect assets and delivery reliability

Market workflows - Automate bidding & activation

Standardize market execution from portfolio to TSO workflows while keeping strategy fully in your hands.

Key market execution functionalities

  • Bid & activation templates – repeatable logic per product, market, and portfolio
  • Dispatch aligned to requirements – ramping, tolerances, and operational constraints
  • Workflow automation – fewer handoffs across operations, trading, and reporting

Interoperability - Connect your stack, don’t replace it

Fusebox OS connects outward, so your forecasting tools, trading desk, controllers, and partner systems run as one.

Key interoperability functionalities

  • Open APIs & integrations – telemetry, plans, results, and reporting outputs
  • Partner readiness – repeatable onboarding across fleets and third parties
  • Commitment coordination – align site control with day-ahead and intraday positions

Visibility & proof - Measurable, auditable performance

Track what happened, why it happened, and what it delivered – across site, portfolio, and market levels.

Key visibility functionalities

  • Operational transparency – KPIs for delivery, availability, deviations, and reliability
  • Traceability – clear records of actions, activations, and outcomes
  • Reporting outputs – standardized exports for stakeholders and settlement workflows

6 operational outcomes with Fusebox OS

  1. Reduced imbalance exposure through standardized real-time control and TSO-aligned market workflows
  2. Fewer manual handoffs across energy control, portfolio orchestration, trading, and reporting
  3. Predictable portfolio performance across distributed energy resources (PV, wind, BESS, flexible loads)
  4. Faster expansion into new TSOs and energy markets with repeatable bidding and activation logic
  5. Lower long-term integration and development burden through modular architecture and open APIs
  6. No structural vendor lock-in thanks to interoperable, hardware-agnostic energy management

FAQ – Frequently asked questions

Can we keep our trading desk / optimizer?

Yes. Fusebox OS standardizes control, orchestration and market workflows, while you keep strategy and the tools you prefer for optimization and trading.

Do we need to replace our controllers or site hardware?

Not by default. Fusebox is designed to be hardware-agnostic and integrate into mixed fleets. The goal is consistent operations without rip-and-replace.

How do you handle constraints and asset protection?

Availability, buffers, and portfolio rules are first-class operational concepts, so dispatch respects technical limits and committed capacity stays dependable.

Is this a “black box aggregator”?

No. Fusebox OS is built for transparency: configurable strategies, inspectable logic, and traceable outcomes.

What does “getting live” look like?

Start with architecture + market fit, connect first sites, validate control + telemetry + workflows, then replicate onboarding to scale.

Is Fusebox OS a Virtual Power Plant (VPP) platform?

Yes. Fusebox OS enables Virtual Power Plant operations by aggregating distributed energy resources and standardizing control and market workflows.

What happens if our markets, or regulatory requirements change?

Fusebox OS is designed to evolve with you. As your portfolios grow or rules shift, you can reconfigure workflows, add modules, and expand into new markets or TSOs without re-platforming. The system adapts to your operations, not the other way around.

Ready to see how this fits your stack?

Book a call

Built to communicate with any stack