Maritime Power & Energy Systems
Maritime Power & Energy Decisions, Backed by Physics‑Based Models.
We help shipowners, system integrators, and equipment suppliers make confident decisions about maritime power and energy system design, electrification, and operation: grounded in physics-based models and independent engineering expertise.
What We Offer
Energised:X Software
A physics-based optimisation platform for maritime power and energy system decisions: configure hybrid power plants, size energy storage, and define operating strategies with engineering rigour.
- Identify which ships should be electrified and when
- Determine optimal power plant configuration, energy storage sizing, and system architecture
- Optimise energy management strategy to maximise ROI on every voyage
Engineering Services
Independent, expert-led analysis that accelerates project decisions, validates supplier claims, and builds the evidence base your stakeholders can trust.
- Accelerate tender preparation with independent power system analysis
- Validate ESS supplier claims against real vessel operating conditions
- Build client confidence with evidence-backed electrification roadmaps
Who We Serve
Fleet & Ship Owners
- Identify high-potential vessels for electrification
- Determine optimal battery sizing and energy management strategies
- Reduce fuel costs, emissions, and implementation risk with a clear roadmap
Systems Integrators
- Iterate hybrid power system concepts rapidly with built-in battery sizing
- Produce ROI-backed bid documentation without spreadsheet guesswork
- Reduce engineering time and compete on quality, not assumptions
ESS Suppliers
- Match battery type and size to real vessel load profiles and peak demands
- Avoid costly over-sizing or under-sizing with evidence-based analysis
- Demonstrate product fit beyond spec sheets with operating-profile matching
The Maritime Electrification Challenge
Maritime power and energy system electrification decisions stall for three recurring reasons. EnergisedX is built to eliminate each one.
Uncertain ROI
Without vessel-level data and operating-profile analysis, neither shipowners nor suppliers can make confident investment commitments.
Sizing Ambiguity
Generic power system specifications miss the real operating demands of a vessel, leading to costly over-specification, performance gaps, or missed efficiency gains.
Slow Tender Cycles
Manual workflows and spreadsheet iteration lengthen concept-to-signature timelines, putting pressure on engineering teams and eroding commercial margin.
EnergisedX removes each friction point with evidence-based technical analysis, rapid power system iteration tools, and independent validation that every stakeholder in the maritime project chain can rely on.
Ready to see what Energised:X can do for your project?
Whether you're designing a hybrid power system, evaluating a fleet for electrification, or preparing a tender, we can show you exactly how our platform and engineering services apply to your situation.