Intelligent photovoltaic and energy systems for maritime applications – lightweight, rugged and engineered for demanding environments.
Vessels burn fuel, terminals draw grid power, charging points and cooling drive the peak loads. Nothing is generated at either end – even though roof, hall and vessel surfaces have long been available.
of the energy demand currently comes from outside – grid or fuel
is what vessel decks and hall roofs deliver without activation
vessel, terminal and shore power run side by side, uncoordinated
Energy does not end at the quay edge. das.marine connects power generation on vessels with the energy infrastructure ashore – from the terminal and the port hall to storage, charging infrastructure and intelligent energy management.
water, land, storage, use and control combined
development and production
Generate · Store · Use · Control
One energy system across water and land.
Lightweight PV roof
Ultra-light modules activate the flat roof of the terminal building without costly structural reinforcement – mounted without roof penetration.
Rear-ventilated facade
Structural facade build-up with integrated generation: an energy-active building envelope, durable and individually customisable.
PV awning
The awnings above the window bands shade the offices while generating power – solar shading and yield surface in one component.
Smart meter & inverter
Metering and power electronics at the entrance capture all energy flows – the basis for a controllable system.
Rooftop photovoltaics
High-efficiency modules deliver the highest yield per square metre on the hall roof – for new builds and existing buildings.
Lightweight PV facade
The hall facade generates energy and remains architecture: lightweight, dimensionally stable and individually adjustable in colour.
PV carport
The port apron is roofed over and becomes a generation surface – translucent glass PV elements directly above the charging point.
Charging infrastructure
From wallbox to shore-power connection: fleet, cargo-handling equipment and vessel charge from on-site generation, controlled via das.os.
Energy storage
Generation and consumption are decoupled: high self-consumption, capped peak loads, modularly scalable.
Lightweight PV
On the vessel's deck and superstructures: ultra-light modules generate on board without adding structural weight – the vessel becomes part of the system.
01On the water
Ultra-light photovoltaics for large roof and exterior surfaces where weight and resilience are decisive.
02Ashore
Hall roofs, terminal buildings, facades, carports and open areas are energetically activated – even where conventional photovoltaics fail structurally.
03Store energy
Generated energy is stored intelligently and made available on demand – exactly when vessel and port operations really need it.
04Use energy
Energy for vessels, vehicles, buildings and port operations – from shore-power supply to the charging point on the terminal apron.
05Control energy
Generation, storage and consumption are optimised against each other in real time – forecast-based instead of reactive, across vessel and port.
Maritime applications place particular demands on materials and technology. Our solutions are designed for low weight, demanding environmental conditions and integration into existing structures.
Ideal for weight-optimised vessel and hall structures.
Photovoltaics are integrated into existing surfaces and structures.
Vessel, port, storage and energy infrastructure are considered as one.
01Ultra-light photovoltaics for roofs and facades with limited structural reserves.
02Energy generation becomes part of the architecture – as a high-quality rear-ventilated building envelope.
03Structural facade build-up with integrated energy generation and defined rear ventilation.
04High-efficiency modules for maximum use of large roof areas.
05Parking areas are roofed over and generate power – from translucent glass PV elements in free formats.
06Solar shading above windows and terraces becomes a yield surface – one component, two jobs.
07Storage decouples generation and consumption and maximises self-consumption.
08Fleet charging with dynamic load management straight from on-site generation.
09Precisely captures generation and consumption – the basis for efficient energy management.
10Power electronics and metering as the backbone of a controllable energy system.
You pay for the energy your vessel, hall and terminal generate – not for the system. das.flow handles financing, operation and billing and makes your electricity price predictable over the entire term.
from 0 cents
per kilowatt hour
A predictable electricity price. Financing over 15–18 years.
Illustrative figures. The specific value emerges from the project analysis.
No two ports are alike. That's why we combine our technologies to match vessel type, berthing time, hall roof and onshore energy demand.
Lightweight PV for large usable vessel surfaces.
Lightweight PV for large-scale, weight-sensitive roof structures.
Energy generation combined with charging infrastructure.
Store energy and use it where it is needed.
01. Surface analysis
Vessel, hall, terminal and open areas are assessed for usable generation surfaces.
02. Load profile & operations
Consumption on board and ashore is considered together – including berth times and cargo-handling peaks.
03. System design
Generation, storage, charging and shore-power infrastructure are combined into one overall system.
04. Production
Modules developed and produced in-house in Austria – engineered for maritime requirements.
05. Implementation
Mounting, electrical engineering and system integration coordinated from a single source.
06. Operation & service
Monitoring via das.os, maintenance via das.care – over the entire term.
Send us the key data on your vessel, hall or terminal – we assess usable surfaces, weight, yield potential and feasibility.
Yes, provided structural, fire-protection and classification requirements are met. We review the requirements project by project together with the shipyard and operator before a surface is released.
Our lightweight PV weighs a fraction of conventional glass modules. That is exactly what makes it usable on vessel decks, superstructures and lightweight hall roofs where standard modules are ruled out structurally.
The modules are designed for demanding environmental conditions. Build-up, bonding and edge sealing are defined according to the installation site and exposure.
Generation takes place regardless of berth time. What matters is the combination of on-board consumption, storage and shore power – and that is exactly the calculation we run in the site analysis.
Yes. Existing generation, storage and charging points are integrated via das.os and optimised together with the new components.
Yes – via das.flow. You pay for the energy generated instead of for the system; we handle financing, operation and billing.
On request, das.care: remote monitoring, inspection and maintenance over the entire term, reported via das.os.
Personal consultation
We plan your power plant together.
