Test your power system virtually, before you build or retrofit it
A physics-based simulation of your vessel's electrical power system, run against your actual operational profile. Component sizing, fuel use, battery utilisation and regulatory figures, computed from a model of your specific vessel.
Sizing decisions shouldn't rest on assumptions.
Power system components are often sized from a limited information basis and limited scenario analysis. The result is over-sizing that ties up cost and weight, or under-sizing that only shows up once the vessel is in operation.
A simulation built from your vessel's real operational profile shows how the system behaves across the conditions it will actually meet, so the decision is made on data, before the build is committed.
What it simulates
Computed from your model and operational profile, across every scenario you choose to test.
- Fuel consumptionFuel & energy
- Engine running hoursMaintenance
- Power reserveSafety & sizing
- Battery degradationBattery health
- Emissions & CIIRegulatory
- OPEX & paybackEconomics
What you get
Size generators, batteries and converters to the real load profile, not worst-case assumptions.
See projected fuel use and engine running hours across operating modes before anything is committed.
Emissions and CII computed from the model, ready for design choices and reporting.
Everything in one place.
The complete result is delivered inside MIIRA Lab, live in the browser. We build the model from data you already have.
- Interactive single-line diagram with component states
- Configuration matrix to test and compare design variants
- Adjust component sizings and re-run simulations without re-engaging MHS
- Full KPI suite across all simulated scenarios
- Live in the browser: no installation required
See your power system before you build it.
We build the model from simple data you already have and deliver the result inside MIIRA Lab. Minimal time from you.