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- AtoB@C keeps hybrid momentum, MMMCZCS' battery study, Ferries and wind power, Miami and WSP, Lisbon OPS funding
AtoB@C keeps hybrid momentum, MMMCZCS' battery study, Ferries and wind power, Miami and WSP, Lisbon OPS funding
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Stellamar Joins AtoB@C’s Hybrid Fleet: AtoB@C Shipping christened its second electric hybrid vessel, Stellamar, on August 30, 2024, in Ystad. The vessel, capable of reducing CO2 emissions by up to 50%, features shore power connectivity and a substantial battery system. Designed for bulk and breakbulk cargo, Stellamar continues the fleet’s expansion toward more environmentally friendly shipping.
Maersk’s founded center (MMMCZCS) explores batteries: A study by the Mærsk Mc-Kinney Møller Center for Zero Carbon Shipping highlights hybrid ships, combining batteries with internal combustion engines (ICE), as a promising solution for reducing emissions. Targeting smaller vessels on short voyages, hybrid technology could address up to 17% of current carbon emissions in relevant segments.
Electric Ferries and Wind Power: The Future of Green Shipping? As the shipping industry seeks to cut its 3% contribution to global emissions, electric ferries like Sweden's high-speed Candela P-12 are leading the way, using 80% less energy than traditional vessels. While deep-sea electrification remains challenging, wind-powered ships and hybrid systems offer promising alternatives for decarbonization.
Miami's Shore Power Leap: WSP's Swift Success: PortMiami is set to power five cruise berths, thanks to a rapid three-year shore power project led by WSP. The project, future-proofed for evolving ship designs and rising sea levels, involved complex power distribution in a crowded port. With four berths ready and MSC’s terminal to follow, Miami is leading the charge, inspiring other ports to accelerate their shore power plans.
Lisbon Cruise growth and OPS ambitions: APL president Carlos Correia celebrated a key milestone: securing funding for the first phase of the Port of Lisbon's Onshore Power Supply (OPS) system (2023-2027). This project will enable ships to plug into dockside electrical infrastructure, significantly reducing carbon emissions by allowing ships to shut down their engines while docked.