Container ship equipped with
Rigid Elevator Wingsails
(OW RE)
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6 OW RE
35%
less than 5 years
The Trade Wings 2 500 concept design sets the pathway for low emissions container vessels
Challenges
The challenges are to minimizes time in port operations, by integrating a Wind Assisted Propulsion System (WAPS) designed specifically for Container ships. This means that the additional Wind Assisted Propulsion System (WAPS) should have a limited impact on cargo space (no loss of TEU), not interfere with gantry cranes at port and be compatible with stability constraints.
Our value proposition
Our 363m² Rigid Elevator Wingsail (OW RE) offers a unique solution for 1 000 to
10 000 TEU Container ships, limiting the impact on port operations.
On a typical transatlantic route of 4 000 Nm, the Trade Wings 2 500 will save on average 35% CO₂. Tradewings 2500 was co-developed with VPLP and ALWENA SHIPPING.
Our unique and compact Elevator system streamlines port operations and minimizes loss of cargo space (<1%).
Key ship features
Length
Beam
Deadweight
Our solution
OW RE
Rigid Elevator Wingsail
Offering the best-in-class thrust-to-weight ratio and upwind performance, our proprietary Rigid Elevator Wingsail (OW RE) delivers double-digit fuel and emission savings. Its unique and compact Elevator system streamlines port operations and minimizes loss of cargo space (<1%), making it the perfect fit for Container ships.
A Modular Industrial approach,
inspired by the Wind Turbine Industry
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Discover others 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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A set of services tailored to your needs
From detailed performance studies and custom system integration to ongoing maintenance, each service is designed to optimize vessel operations and ensure peak performance throughout the system’s lifecycle.