This is a legacy page. Please click here to view the latest version.
Tue 5 Sep 2017, 09:01 GMT

Ritz-Carlton's first luxury cruise ship to include bunker-saving Azipod propulsion


Hotel chain's yacht to incorporate system that is said to be 10% more fuel efficient.



ABB has been signed up to provide the power and propulsion for the first in a series of vessels that mark Ritz-Carlton's first foray into the maritime sector.

The 190-metre-long luxury cruise yacht has been dubbed the 'anti-cruise ship' because it can accommodate just 298 passengers and is aimed at providing a more bespoke service than larger cruise vessels.

ABB's solutions are to be incorporated to optimize energy efficiency and allow the ship to be remotely monitored from shore.

The cruise yacht will be fitted with two Azipod D propulsors to enable the ship to manoeuvre efficiently and effectively.

Azipod propulsion is said to be approximately 10 percent more fuel efficient than shaft line systems, meaning significant reductions in both running costs and emissions. The hydrodynamics of the hull can be optimized because no rudders or other equipment associated with shaft line propulsion are required.

The configuration of the power system means less energy is wasted as the power management system connects or disconnects diesel generator sets to the network depending on the vessel power requirement.

ABB says the Azipod D is ideal for smaller vessels because of its lower installed power. Also, Azipod propulsion makes it possible to do away with bulky traditional shaft line systems, with the electric motor installed in a pod outside the hull, thus freeing up space for more cabins on passenger ships.

The thrusters' ability to turn in all directions increases ships' access to ports without tug assistance, with the vessel in this case operating in New England, Caribbean and Mediterranean waters - calling at locations typically not accessible to large cruise ships, from Capri and Portofino to St. Barths and the old town of Cartagena.

Since its first installation more than 25 years ago, Azipod propulsion has clocked up over 13 million running hours with an availability of 99.8 percent, according to ABB

Captain Erik Bredhe, Marine Operations Director at The Ritz-Carlton Yacht Collection, said: "When we set out to design and build an ultra-luxury cruise yacht for the Ritz Carlton brand, we wanted to select the critical systems and equipment from among the most experienced suppliers known for their reliability and quality. The obvious choice for power and propulsion was ABB, and we expect them to meet and exceed our quality standards as partners for many years."

The Azipod units, along with all elements included in the ABB medium voltage power plant, will be installed with sensors to produce data that can be tracked from shore by both the customer and from the ABB Ability Collaborative Operations Centres. This is designed to allow for a more informed approach during routine maintenance.

The ship will also incorporate ABB's Ability System 800xA, where all systems are operated from a single-screen access to all information needed to operate the yacht effectively and safely.

The vessel will be built at H.J. Astilleros Barreras (HJB) in Spain, and is scheduled to set sail in 2019.

Ritz-Carlton announced its intention to build three 190-metre-long luxury cruise yachts in June. The hotel chain jointly developed the vessel concept with Sweden's Tillberg Design.

Image: ABB's Azipod D propulsion system.


Titan Optimus alongside Peony Leader vessel. FuelEU pooling drives surge in bio-LNG demand, Titan analysis finds  

Clean fuel supplier's modelling shows pooling mechanism turning overcompliance into tradable value for LNG-fuelled ships.

Keith Johnstone, Lloyd’s Register. Ports told to prepare now for advanced nuclear power  

Joint paper sets out a readiness pathway for ports facing nuclear-powered vessels, floating reactors and small modular units

Terra Clove vessel. Eastern Pacific Shipping takes delivery of first ammonia dual-fuel VLAC  

Terra Clove powered by first Everllence B&W 6G60ME-C10.5-LGIA ammonia dual-fuel two-stroke engine.

BV grants type approval to WinGD. Bureau Veritas approves WinGD's variable compression ratio technology for dual-fuel engines  

Classification society grants type approval to engine technology enabling compression ratio adjustment across different marine fuels.

Joe Kramek, WSC. Dual-fuel fleet passes 500 ships as investment tops $200bn  

World Shipping Council data shows dual-fuel container ships and vehicle carriers growing fast, with IMO rules uncertain.

VPS Carbon Reduction seminar in Athens graphic. VPS to host Athens seminar on fuel efficiency and carbon reduction  

VPS's final European round table of 2026 will cover marine fuels, lubricants and decarbonisation in Athens.

Aurora Botnia vessel. Wasaline secures locally produced biogas supply from St1 Biokraft for Vaasa–Umeå ferry  

Agreement will supply 42 GWh of liquefied biogas annually, with deliveries due to start in January 2028.

Kypros Island delivery ceremony. Safe Bulkers takes delivery of first dual-fuel methanol Kamsarmax newbuild  

Kypros Island becomes the first dual-fuel bulker to enter the Cyprus Registry.

Singapore waterfront skyline. PetroChina seeks LNG bunker trader to expand Asian marine fuel business  

Role requires five to ten years of commercial experience in LNG, bunker trading, marine fuels, commodities, or energy trading.

Shanghai–Melbourne Green Shipping Corridor (GSC). Shanghai and Melbourne ports move green shipping corridor into delivery phase  

Ports launch implementation plan targeting green methanol, biofuels and shore power by 2035.


↑  Back to Top