Technology at the Core of Marine Electrification
Twelve active R&D workstreams spanning battery systems, power electronics, hull integration, and smart charging infrastructure — all focused on making electric propulsion viable at commercial scale.
Research Agenda
Navyra Group's R&D programme is structured around the key technical barriers to commercial-scale marine electrification. Rather than pursuing incremental improvements to existing technology, the programme targets step-change advances in energy density, power management, and system integration that will define the economics of the next generation of electric vessels.
Active R&D Workstreams
Battery Systems
Next-generation marine battery packs optimised for the unique demands of vessel operation — high cycle life, saltwater ingress resistance, thermal management in confined spaces, and rapid recharge capability.
Power Management
Intelligent power distribution and load management systems that optimise energy use across propulsion, hotel loads, and auxiliary systems — maximising range and minimising peak demand charges.
Hull Integration
Structural and hydrodynamic optimisation for battery installation in existing vessel hulls — weight distribution, stability analysis, and hull form modifications to maintain performance post-conversion.
Shore-Side Infrastructure
High-power charging systems designed for port environments — weatherproof, marinised connectors, smart grid integration, and demand response capability to minimise grid impact and energy cost.
Collaborative R&D with leading maritime engineering institutions
Research Partnerships
Navyra Group's R&D programme is conducted in collaboration with leading maritime research institutions, battery manufacturers, and port operators. Partnership structures range from joint development agreements to co-funded research programmes.
Joint research programmes with maritime engineering faculties on hull integration and hydrodynamics
Co-development agreements with battery cell manufacturers for marine-optimised chemistries
Co-funded R&D under national maritime decarbonisation grant programmes
Pilot infrastructure deployments at partner port facilities for real-world validation
Explore the full programme
R&D outcomes feed directly into the commercial conversion programme and investment case.