New build

Canopée RoRo, equipped with four Lowerable Fixed Wingsails (OW LF)

4 OW LF

Lowerable Fixed Wingsails (363m²)

5.2t

average daily fuel savings

18.2t

average daily CO₂ savings

less than 5 years

payback time
USE CASE

The most advanced wind powered transport ship in history

01.

Challenges

The shipowner Alizée was looking for a shallow-draft Ro-Ro vessel with an efficient and reliable Wind Assisted Propulsion System (WAPS) to operate on a transatlantic route. Design criteria included a light weight system and small deck footprint (2.5m) to match both the stability constraints and the cargo hold design.

02.

Our value proposition

Our 363m² Lowerable Fixed Wingsail (OW LF) was selected as it offers fuel savings between 30% to 50% depending on wind conditions (typically 1.3 tonnes per day per wingsail).

It provides the highest thrust-to-weight ratio (59% ¹) of the market, guaranteeing stability and easy integration while maximizing commercial cargo space. It offers a large operating window with net propulsive power from 5° of apparent wind angle.

Last but not least, the wingsail’s geometry (11m wide) offers a natural roll damping effect which is particularly appreciated by the crew on such a shallow draft vessel. With no air draft limitation, the client opted for a reefable solution.

¹ Max Aero force (tonnes)/unit weight of wingsail (tonnes)

03.

Typical trading route

04.

Key ship features

Length

121m

Beam

22m

Deadweight

10 000t
05.

Our solution

OW LF
Lowerable Fixed Wingsail

Specifically designed for Ro-Ro, PCTC* and passenger vessels with no air draft limitation, our Lowerable Fixed Wingsail (OW LF) offers a perfect solution for both retrofits and newbuilds projects, when tilt is not an option.

*PCTC: Pure Car and Truck Carriers

OW 
LF

Lowerable Fixed Wingsail

A Modular Industrial approach,
inspired by the Wind Turbine Industry

Learn more

Discover other use cases

Contact us for a specific study of savings potential on your fleet

Whether you are a Charterer, a Shipowner or manager, a Shipdesigner, a Class society, a Shipyard, a Seafarer or simply someone interested in Wind Assisted Propulsion Systems, we look forward to working together for a better future.

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