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NanoDeck™

The world’s most advanced modular solar energy platform built for marine environments.

 

NanoDeck™ can transform the vast unused surfaces of ships into active energy assets. By harvesting solar energy, it generates three-phase AC electricity that feeds directly into the vessel’s power grid – powering navigation equipment, engine room machinery, accommodation, and cargo operations.

 

Unlike land-adapted systems, NanoDeck™ solar tiles are engineered for saltwater exposure, high vibration, dynamic loading, and the real constraints of active, working decks.

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Built for every fleet

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Whether you’re running an existing diesel-powered fleet or transitioning to alternative fuels, NanoDeck™ fits – it is fuel-agnostic, retrofit-compatible, and works across all vessel types.

 

It also integrates seamlessly with other decarbonisation technologies, such as e-fuels and wind-assisted propulsion, as well as energy-saving devices like air-lubrication, hybrid battery propulsion and ultrasonic systems.

 

Unlike biofuels or e-fuels, NanoDeck™ generates renewable electricity with minimal operating cost once installed.

Benefits of NanoDeck™

  • High conversion efficiency: Photovoltaic (PV) cell technology captures up to 25% of solar energy
     

  • Superior performance: The power conversion units are designed to deliver electricity with minimal energy losses, offering as much energy as possible in areas with low solar intensity
     

  • Cost-saving solution: Once installed, it produces power at virtually no cost per megajoule
     

  • Carbon compliance: It supports compliance with FuelEU Maritime and IMO NZF standards while improving a vessel’s Carbon Intensity Indicator (CII) and reducing carbon allowance expenses
     

  • Seamless integration: It can be installed on new builds or retrofits without major structural changes, delivering immediate efficiency gains
     

  • Upgradeable: As solar technology advances, panels can be swapped out to keep performance at its peak
     

  • Transferable: The system can be moved to another vessel at minimal cost
     

  • High redundancy: It is designed for harsh marine environments and active cargo operations, with four levels of built-in redundancy
     

  • Energy dashboard: Real-time data facilitates emissions reporting and kWh-based invoicing
     

  • Performance monitoring: Continuous system insights and optimisation recommendations are built in

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