Vessel electrification
Battery-electric and hybrid propulsion for workboats, ferries, tour boats and tugs.
- Operating profile and energy demand
- Battery and drivetrain sizing
- Stability and weight
- System layout on board
We design and calculate the changes that let vessels, marinas and ports run on electricity and cleaner fuels, from first concept to detailed design.
Book an introductionSee projectsA team of marine and mechanical engineers. Every study has a fixed scope and a fixed fee.
Battery-electric and hybrid propulsion for workboats, ferries, tour boats and tugs.
Converting existing vessels to methanol and other low-carbon fuels.
Getting the shore side ready for electric and cleaner vessels.
Existing vessels, real constraints.
Full redesign of a historic inland vessel to sail emission-free on salt-water batteries, in a consortium with Fieldlab Loods M and Even Groene Vrienden. We carried out the complete design process. The main challenge was the added weight of the batteries: we worked out how much buoyancy and stability margin the hull had left and arranged the battery system around it.
Retrofit design to convert this offshore wind support vessel to run on methanol. The design covers fuel tank arrangement, safety systems and the new power plant, keeping DP2 redundancy and 30-day autonomy.
Knowledge and innovation research, working on new technology for some of the most demanding yachts built today.
Send a short email with the vessel type or location and how it is used. You will hear back within two working days.