Design Maritime Hybrid Power Systems and Document the Engineering Behind Them.
Energised:X is a physics-based platform for designing maritime power and energy systems faster, more accurately, and with documentation that holds up under review. The result is a sizing case the client can verify against their own numbers.
Integrators work under commercial pressure. Clients want fast answers, accurate sizing, and a proposal they can trust. Energised:X replaces manual spreadsheet iteration with one optimisation-based design environment that brings battery sizing, operating strategy, and bid documentation into a single workflow.
Make Your Technical Designs Smarter and More Competitive
Energised:X lets you evaluate hybrid power system concepts quickly and consistently in the design phase. It handles battery sizing, operating-strategy assessment, and comparison of options against the vessel's duty requirements. It replaces most of the slow spreadsheet iteration.
You can size batteries, fuel cells, and diesel gensets against the vessel's actual operating profile and your performance objectives. That cuts concept development time and improves sizing accuracy. It also lets you deliver sound designs under time pressure without dropping the rigour.
Submit Bids That Clients Can Trust
The software turns your engineering outputs into bid-ready documentation. The report tools are built in, and they capture the operational-profile inputs, the sizing calculations, and the component-selection rationale behind the design. The whole engineering process sits in front of the client, easy to follow.
You no longer have to assemble that record by hand from separate calculation sheets. The report sets out the proposed system and the reasoning behind it, so the client can check the sizing against the inputs you used.
Speed up your next design cycle.
Send us a current bid or concept and we'll run a live demo on it — battery sizing, operating strategy, and bid documentation in one workflow, so you can see how it fits your process before committing to anything.