New Virgin Voyages cruise ship fleet powered by ABB efficiency
25 June 2018
The initial Virgin Voyages vessel, due for delivery in 2020, will be the first of a fleet of three innovative ships designed and built with environmental responsibility in mind.
Each of the 110,000 gross tonne vessels will feature ABB’s Azipod propulsion, a gearless steerable propulsion system where the electric drive motor is in a submerged pod outside the ship hull. Azipod propulsion has become an industry standard in the cruise segment, with the proven ability to cut fuel consumption by up to 15 percent compared to traditional shaftline propulsion systems.
“Making Virgin Voyages environmentally sustainable is central to our vision and we are delighted ABB’s Azipod propulsion will help us achieve that goal. Combined with excellent manoeuvrability, it was a natural choice for our ships,” said Stuart Hawkins, Senior Vice President, Marine & Technical Operations for Virgin Voyages.
“Azipod electric propulsion stands for innovation and efficiency like no other propulsion system and is fundamental to our vision of electric, digital and connected shipping,” said Peter Terwiesch, president ABB's Industrial Automation division. “Based on 25 years of experience and development, our Azipod propulsion technology continues to lead ships into the future of e-mobility, underpinning our commitment to a technology with superior performance, reliability, safety and environmental profile.”
Two Azipod XO units, with a combined propulsion power of 32MW (43,000 HP) will propel each of the three ships. In addition to highest energy efficiency, Azipod XO units, where “X” stands for “next generation” and “O” for open water operation, provide high manoeuvrability and minimal noise for increased passenger comfort.
Each vessel will feature ABB’s complete electric power plant concept – a solution encompassing electricity generators, main switchboards, distribution transformers and a remote control system for manoeuvring the Azipod units from the bridge. The combination of Azipod propulsion and ABB’s electric power plant concept makes it possible to configure all of the equipment for optimised performance, resulting in increased efficiency and lower emissions.
In line with ABB’s “Electric. Digital. Connected.” approach that envisages shipping’s digital and connected future, these vessels will have the capability to connect to the ABB Ability Collaborative Operations Centres infrastructure. This network uses remote equipment monitoring and data analytics to enable predictive maintenance, planned interventions or even remote technical support.
The four-stroke engines powering the electricity generators – four per vessel – will be equipped with ABB’s TPL-C turbochargers, designed to handle demanding operations and consistently chosen for large cruise ships for their reliability and efficiency.
Each of the ships will be 278 metres long and 38 metres wide, and accommodate more than 2,700 passengers and 1,150 crew. All three ships will be built at the Fincantieri shipyard in Genoa, Italy, with the second and third vessel deliveries scheduled for 2021 and 2022 respectively.
Since the first installation over 25 years ago, Azipod propulsion has saved approximately 700,000 tonnes of fuel while clocking up close to 15 million running hours at an impressive availability rate of 99.8 percent. In March 2018, Azipod propulsion secured its 100th contract for powering a cruise ship.
By being placed outside of the hull, the Azipod propulsion system frees up space for more cabins. Due to minimal noise and vibration, Azipod propulsion also improves passenger and crew comfort. The units’ ability to turn in all directions increases cruise ships’ access to ports without tug assistance. Options for Azipod propulsion now span 1.5MW to 22MW.
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