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Octopus Twin

Industries

Energy & Utilities

Solar, storage, hydrogen and the grid as one dispatchable system — on an industrial campus or a single house.

What operators struggle with

  • Sizing PV, batteries and hydrogen against real irradiance and load, not nameplate
  • Choosing a dispatch strategy and proving its value before buying hardware
  • Explaining energy flows to owners, operators and financiers in one picture

What a twin answers

  • Hourly 8,760-hour energy balance with exact conservation
  • Strategy comparison: PV-only, battery, self-sufficiency, economic
  • Grid-outage and islanding scenarios
  • Live single-line diagrams tied to the 3D plant

Projects

Live twins in energy & utilities

Energy & Utilities

Home Energy Twin

Detached house · PV + battery + hydrogen

A detached house in Japan with rooftop PV, a hybrid PCS, an LFP battery and a residential hydrogen system (electrolyser → metal-hydride store → fuel cell). An hourly 8,760-hour year driven by real typical-year irradiance compares four operating strategies, with a live single-line diagram and the 3D house in one view.

Services

How we would start with you

Twin Strategy & Discovery

Find the questions a twin should answer, and the data it needs.

Rapid Twin Prototype

A clickable, browser-based twin of your site or process — in weeks, not quarters.

Data Integration & Connected Twins

From prototype to a twin that knows what is happening now.

Have a system you want to see, question or rehearse?

Tell us about the site, the process and the decision. We will come back with what a twin could answer, which data it needs, and how fast a prototype can be in front of your team.