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Maritime Power & Energy Decisions, Backed by Physics‑Based Models.

We help integrators, shipyards, shipowners, and suppliers design, electrify, and operate maritime power and energy systems. Every number we hand over comes from a physics-based model of the vessel and its operational profile, measured where the data exists and modelled where it doesn't.

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How EnergisedX works for your role

  1. Power & Energy System Sizing

    Weighted operational scenarios size the hybrid plant and its dispatch together, giving one architecture across all of them.

  2. Battery Pack Configuration & Sizing

    The target energy from system sizing becomes a buildable pack, checked against voltage, current, power and C-rate limits.

  3. Battery Lifetime & Degradation

    A state-of-health model projects service life from the scenario profiles or the pack definition.

What We Offer

SaaS Platform

EnergisedX Software

A physics-based optimisation platform for maritime power and energy systems. Configure hybrid power plants, size the storage, and set the operating strategy against the vessel's operational profile.

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Consultancy

Engineering Services

Independent analysis when a project needs a second opinion. We check supplier claims against the vessel's operating conditions and put a figure on where they fall short.

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Benefits of Using EnergisedX

A spreadsheet works for a single, simple vessel, and in-house MATLAB or Python tools cover low to medium complexity. As the vessel count and system complexity grow, EnergisedX scales with them: its templates are reusable and intuitive to modify, so it costs less per concept and becomes the preferred method.

Cost per concept

Method by system complexity

Who We Serve

Systems Integrators

  • Iterate hybrid power concepts fast, with battery sizing built in
  • ROI numbers built into every bid
  • Less engineering time per concept
Solutions for Integrators

Shipyards

  • Build optimised hybrid power systems into newbuilds from the first design stage
  • Make retrofit and conversion calls from operational data
  • Win tenders with power system proposals that have independent analysis behind them
Solutions for Shipyards

Fleet & Ship Owners

  • Find the vessels where electrification pays back
  • Battery sizing and EMS strategy worked out from the operational profile
  • Cut fuel and project risk with a costed roadmap
Solutions for Ship Owners

ESS Suppliers

  • Match battery type and size to the vessel's load profile
  • Avoid the cost of over- or under-sizing
  • Prove product and EMS strategy fit against the operating profile
Solutions for ESS Suppliers

The Maritime Electrification Challenge

Electrification decisions tend to stall for three reasons. We built EnergisedX to deal with each one.

Uncertain ROI

Without vessel-level data and a proper look at the operational profile, neither owner nor supplier will commit the capital. The payback numbers are too soft to trust.

Sizing Ambiguity

Generic specs miss what the vessel actually does day to day. You end up over-specified and out of pocket, or short on performance.

Slow Tender Cycles

Manual workflows and spreadsheet iteration drag out the time from concept to signature, delaying decisions and eroding margin.

Tell us about your project and see how EnergisedX applies.

We'll show you how the software platform and engineering services apply to your vessels and your project.

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