AIDA Reaches Milestone in Decarbonization Efforts

AIDA Cruises has expanded the use of shore power in its fleet, reaching a significant milestone in its decarbonization efforts, according to a press release.

The AIDAsol was recently connected to shore power in nearly all ports during its recent voyage from April 16 to 21, 2023.

The ship was supplied with green energy from shore in Rostock-Warnemünde, Aarhus (Denmark), Kristiansand (Norway), and Hamburg.

The growing shore power infrastructure in Northern Europe has made it possible for AIDA Cruises to achieve this milestone.

AIDA President Felix Eichhorn stated that the company’s goal is to use shore power in all ports where port infrastructure is available. He added that the company’s investments in clean technology are actively supporting the goals of the EU’s “Fit for 55” program to build a corresponding infrastructure in all major EU ports by 2030.

During its recent voyage, AIDAsol made history by being the first cruise ship to conduct shore-side and shipboard integration tests on a newly built facility in Aarhus, Denmark. The official opening of Denmark’s first shore power plant for cruise ships is scheduled for later this year.

The AIDAsol was also supplied with energy from shore during its stop in Kristiansand, Norway, which it already did in 2022.

AIDA Cruises has been investing in sustainable cruising for many years, with a goal to achieve carbon-neutral ship operation for its fleet by 2050.

The company has been considering the use of environmentally friendly technology since 2004, and more than ten years have passed since it was able to start the usage of shore power in regular operation with an AIDA ship in Hamburg Altona in 2017. The company signed a memorandum of understanding in April 2022 with Cruise Baltic, a network of 31 ports and destinations, to use shore power in the ports of the Baltic Sea region.

AIDAsol’s arrival in Hamburg, its home port for this year’s summer season, marked another significant moment in AIDA Cruises’ decarbonization efforts. The ship was connected to Europe’s first shore power plant for cruise ships and switched off its main engines shortly after docking at the Cruise Center Altona.

The expansion of the use of shore power is part of AIDA Cruises’ efforts to use low-emission liquefied natural gas (LNG) and other alternative energy sources such as batteries and fuel cells. The company is working with various partners to find solutions for the use of regenerative and synthetic fuels.

“AIDA Cruises shows what can already be possible today,” said Eichhorn. “We can only achieve the energy transition together.”

MSC cruise ship demonstrates fuel-cell technology

MSC Cruises’ latest ship, 

MSC World Europa, demonstrates the company’s strategy to decarbonise by cutting greenhouse gas emissions.

This ship was delivered from the Chantiers de l’Atlantique’s shipyard in Saint-Nazaire 24 October, with the latest power and propulsion technology on board.

MSC Cruise Management (UK) head of electrical engineering Steven Frey said this ship is powered by LNG and has a solid oxide fuel cell (SOFC) to run as a pilot project.

He told delegates at Riviera Maritime Media’s annual Maritime Hybrid, Electric & Hydrogen Fuel Cells Conference in Bergen, Norway, 27 October, the importance of testing and investing in technology to cut carbon emissions.

“We are working to get to zero emissions from multiple fronts, including digitalisation, workshops and partnerships, hybrid propulsion solutions, shore charging and new technologies, such as SOFC,” said Mr Frey. “We are starting a demonstration of a 500-kW SOFC on a ship, and we want to scale this technology up to 20 MW.”

Using power from shore during port stays is an important method for MSC to reduce ship emissions.

“All of our newbuilds are ready for shore power and we are retrofitting the existing fleet,” said Mr Frey. “Around 50% of our ships will be ready by 2023 and 65% by the end of next year. We have also signed a memorandum of understanding with Cruise Baltic to use shore power in 32 ports from 2024 when it is available.”

He said smaller cruise vessels need around 4.5 MW of power and MSC’s largest ships to need more than 10 MW from shore power to shut down engines.

Mr Frey said a combination of shore power and technology to reduce energy consumption and fuel usage is needed to cut cruise ship emissions.

“We are looking at ways to decarbonise by reducing energy consumption on the ships, by adding LED lighting and heat recovery, reducing hotel loads and using alternative fuels,” he said.

“We have a dedicated department dealing with energy efficiency and developing solutions for tracking data from our vessels, so we have a clear view of consumption,” Mr Frey added.

On the subject of fuels, MSC has already turned to LNG to cut pollutants and will consider other sources of energy.

“We are considering hydrogen as a fuel of the future and are using LNG now. MSC World Europa uses LNG fuel and has the SOFC pilot project. Other ships could run a fuel cell and LNG,” said Mr Frey.

MSC cruise ship demonstrates fuel-cell technology

MSC Cruises’ latest ship, MSC World Europa, demonstrates the company’s strategy to decarbonise by cutting greenhouse gas emissions

This ship was delivered from the Chantiers de l’Atlantique’s shipyard in Saint-Nazaire on 24 October, with the latest power and propulsion technology on board.

MSC Cruise Management (UK) head of electrical engineering Steven Frey said this ship is powered by LNG and has a solid oxide fuel cell (SOFC) to run as a pilot project.

He told delegates at Riviera Maritime Media’s annual Maritime Hybrid, Electric & Hydrogen Fuel Cells Conference in Bergen, Norway, on 27 October, the importance of testing and investing in technology to cut carbon emissions.

“We are working to get to zero emissions from multiple fronts, including digitalisation, workshops and partnerships, hybrid propulsion solutions, shore charging and new technologies, such as SOFC,” said Mr Frey. “We are starting a demonstration of a 500-kW SOFC on a ship, and we want to scale this technology up to 20 MW.”

Using power from shore during port stays is an important method for MSC to reduce ship emissions.

“All of our newbuilds are ready for shore power and we are retrofitting the existing fleet,” said Mr Frey. “Around 50% of our ships will be ready by 2023 and 65% by the end of next year. We have also signed a memorandum of understanding with Cruise Baltic to use shore power in 32 ports from 2024 when it is available.”

He said smaller cruise vessels need around 4.5 MW of power and MSC’s largest ships to need more than 10 MW from shore power to shut down engines.

Mr Frey said a combination of shore power and technology to reduce energy consumption and fuel usage is needed to cut cruise ship emissions.

“We are looking at ways to decarbonise by reducing energy consumption on the ships, by adding LED lighting and heat recovery, reducing hotel loads and using alternative fuels,” he said.

“We have a dedicated department dealing with energy efficiency and developing solutions for tracking data from our vessels, so we have a clear view of consumption,” Mr Frey added.

On the subject of fuels, MSC has already turned to LNG to cut pollutants and will consider other sources of energy.

“We are considering hydrogen as a fuel of the future and are using LNG now. MSC World Europa uses LNG fuel and has the SOFC pilot project. Other ships could run a fuel cell and LNG,” said Mr Frey.