GALLAHAND Request a briefing

Industries/Physical economy

Gallahand forEnergy and Utilities

Generation, storage, charge and load, balanced as one system. We build the scheduling layer that makes distributed energy behave like a single dependable asset.

Measured in: peak kW · kWh per unit of work

Request a briefing See the use cases
Illustrative model. Not client data

The constraint

In energy, the schedule is the product.

Volatility

Tariffs, curtailment and outages move faster than any control room can rebalance by hand.

Distribution

Assets are spreading: rooftops, depots, batteries and chargers. Each one is a dispatch decision.

Evidence

Grid operators, financiers and offtakers want metered proof, not modelled estimates.

Use cases

What we build for energy.

Each use case runs on the same stack, so the second one costs a fraction of the first.

ENERGY / 01

Balancing and dispatch

Every kilowatt scheduled against price, reserve and the load that cannot wait.

CALIBURNGRAIL

  • Load forecasting

    Site and portfolio load forecast at fifteen-minute resolution, from weather, operations and history.

  • Storage dispatch

    Charge and discharge set against tariff, reserve requirements and battery health.

  • Demand response

    Flexible loads orchestrated into a programme the grid will pay for, with the evidence to claim it.

  • Peak shaving

    Peaks at sites and depots flattened by storage and scheduling, not by stopping work.

ENERGY / 02

Charging networks

Chargers run as a network with uptime, price and energy cost under one view.

CALIBURNCORBENIC

  • Depot charge scheduling

    Fleets charged for the next shift at the lowest cost the connection allows.

  • Network operations

    Uptime, fault triage, pricing and utilisation across every site, with technicians dispatched by priority.

  • Connection sizing

    Grid connections sized to the real duty cycle, often a fraction of the nameplate request.

  • Bidirectional readiness

    Vehicle to grid and vehicle to building modelled before hardware is committed.

ENERGY / 03

Asset integrity and evidence

Assets inspected by air and proven by meter.

AETOSCORBENIC

  • Aerial inspection

    Lines, substations and solar fields inspected by AETOS, with thermal anomalies located to the component.

  • Predictive maintenance

    Inverters, transformers and batteries watched for drift before they trip.

  • Metered evidence for financiers

    Generation and savings reported per asset in physical units, ready for lenders and offtakers.

  • Theft and tamper detection

    Cable, meter and equipment tampering detected and verified by camera or aircraft.

Integration

We connect to existing SCADA, inverters, meters and charge point systems through open protocols, and keep control authority bounded and audited.

Platforms in play

One stack underneath.

CALIBURNLayer 04 · Electrons

Charge, dispatch and energy on one schedule, against tariff, duty cycle and the next shift.

GRAILLayer 01 · Intelligence

The intelligence core. Model routing, agents, evaluation and the policy envelope, on your compute or ours.

CORBENICLayer 02 · Bits

The operating picture. Telemetry, state and memory joined into one live model of every asset.

AETOSLayer 03 · Atoms · Aerial

Aerial intelligence. Dock-based survey, inspection and overwatch, interpreted the same hour.

How an engagement runs

One number, moved and proven.

01 · SURVEY

Find the constraint

Two to four weeks on the asset. The number that costs most, the data that already exists, and what has to work first.

02 · INSTRUMENT

Connect what runs

Existing systems connected and gaps closed with vendor-neutral hardware. A baseline both sides sign.

03 · PROVE

Move one number

A bounded deployment against the baseline, reported in physical units, with a human gate on anything irreversible.

04 · OPERATE

Run it, or hand it over

We operate the system with your team, or transfer it with the code, the models and the playbook.

We do not publish client names or case studies. References are shared in a briefing, under agreement.

From the thinkingThe Grid Becomes Venture-ShapedFour loads hit the grid in the same decade and only one of them can wait.Read ↗

Briefings

Send the constraint, not a brief.

Most of our work arrives by introduction. If you run or back a energy operation, tell us the number that is costing you most.

  • 01The portfolio: generation, storage, chargers, sites.
  • 02The number costing you most: peak demand, curtailment or downtime.
  • 03Control systems and protocols in place.
  • 04Who needs the evidence: grid, lender, offtaker or board.

Opens your mail client addressed to briefings@gallahand.si. Nothing is stored on this site. Leave out credentials and regulated data.

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