Vessel Audit and Retrofit Feasibility Studies
We begin with an onboard assessment covering propulsion layout, displacement sensitivities, hull form, shaft line constraints, generator relationships, hotel loads, and owner expectations. This feasibility phase identifies what can be electrified efficiently, what should remain auxiliary, and where structural or thermal adjustments may be required. It provides a decision-grade foundation for owners who need clarity before entering a full yard program.
Electric and Hybrid Propulsion System Design
We specify motor packages, reduction strategies, battery banks, charging interfaces, inverters, control layers, and redundancy logic according to the yacht’s mission profile. The goal is not merely to install components, but to create a propulsion ecosystem that accelerates predictably, supports hotel comfort, and remains understandable to crew and service partners over time.
Battery Rooms, Safety Architecture, and Cooling Integration
Energy storage must be planned with containment, ventilation, temperature stability, emergency isolation, and maintenance access in mind. We develop battery-room strategies and protective segmentation that align with operational safety while still fitting the vessel’s spatial realities. Cooling paths, sensor placement, and enclosure logic are tuned to marine conditions rather than copied from land-based systems.
Charging Infrastructure and Shore-Power Coordination
A propulsion conversion only works well if marina and berth-side charging are considered early. We assess docking routines, turnaround windows, local electrical availability, and smart energy scheduling so the yacht can recharge practically without compromising itinerary flow. This includes connector selection, onboard management logic, and coordination with technical contacts where the vessel is based or regularly berthed.
Installation Oversight, Testing, and Sea-Trial Validation
During implementation, we monitor fitment quality, system integration consistency, commissioning steps, and test outcomes. Sea trials focus on throttle response, thermal stability, maneuver control, energy reporting, and crew familiarity. The objective is a completed retrofit that performs confidently under real marine conditions and feels intuitive during day-to-day ownership.
Lifecycle Support and Upgrade Path Planning
After launch, we help owners maintain a clear roadmap for software updates, battery health checks, charging adjustments, and future expansion possibilities. Whether the next step is greater electric range, improved regeneration, smarter remote diagnostics, or revised hotel-power balance, we structure support around continuity so the retrofit remains a living asset rather than a one-time intervention.
