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ABB and Seafjord Energy have introduced a new electric bunker vessel concept.

ABB and Seafjord Energy have introduced a new electric bunker vessel concept.
blog image
Maritime

ABB and Seafjord Energy have introduced a new electric bunker vessel concept.

SeaFjord Energy has chosen ABB’s advanced power and propulsion solutions for its innovative e-bunker vessel concept, which aims to revolutionize energy supply for ships in remote and less accessible areas. Developed in collaboration with FKAB Marine Design and Bureau Veritas, this vessel will be equipped with a large battery pack that can deliver renewable energy to vessels where traditional shore power infrastructure is lacking, such as in remote fjords and offshore locations. The e-bunker vessel can be charged either through a shore connection or directly from a wind farm, utilizing ABB’s cutting-edge charging system. This flexibility allows it to support various energy needs effectively. Designed to handle up to 50 megawatts of power, the e-bunker is capable of supplying energy to ships of different sizes, ranging from small craft to large vessels. To ensure optimal performance and efficiency, the vessel will be fitted with two ABB Dynafin propulsion units. These units are designed to maximize propulsion efficiency and responsiveness, enhancing the vessel’s performance across all operational scenarios. Additionally, the e-bunker will integrate seamlessly with ABB’s Onboard DC Grid power system platform, which is known for its modularity and flexibility. This power system enables the easy integration of diverse energy sources and loads, making it an ideal fit for the vessel’s operational requirements and further contributing to its overall effectiveness.


17 Sep 24
blog image
Maritime

ABB and Seafjord Energy have introduced a new electric bunker vessel concept.

SeaFjord Energy has chosen ABB’s advanced power and propulsion solutions for its innovative e-bunker vessel concept, which aims to revolutionize energy supply for ships in remote and less accessible areas. Developed in collaboration with FKAB Marine Design and Bureau Veritas, this vessel will be equipped with a large battery pack that can deliver renewable energy to vessels where traditional shore power infrastructure is lacking, such as in remote fjords and offshore locations. The e-bunker vessel can be charged either through a shore connection or directly from a wind farm, utilizing ABB’s cutting-edge charging system. This flexibility allows it to support various energy needs effectively. Designed to handle up to 50 megawatts of power, the e-bunker is capable of supplying energy to ships of different sizes, ranging from small craft to large vessels. To ensure optimal performance and efficiency, the vessel will be fitted with two ABB Dynafin propulsion units. These units are designed to maximize propulsion efficiency and responsiveness, enhancing the vessel’s performance across all operational scenarios. Additionally, the e-bunker will integrate seamlessly with ABB’s Onboard DC Grid power system platform, which is known for its modularity and flexibility. This power system enables the easy integration of diverse energy sources and loads, making it an ideal fit for the vessel’s operational requirements and further contributing to its overall effectiveness.


17 Sep 24
blog image
Maritime

ABB and Seafjord Energy have introduced a new electric bunker vessel concept.

SeaFjord Energy has chosen ABB’s advanced power and propulsion solutions for its innovative e-bunker vessel concept, which aims to revolutionize energy supply for ships in remote and less accessible areas. Developed in collaboration with FKAB Marine Design and Bureau Veritas, this vessel will be equipped with a large battery pack that can deliver renewable energy to vessels where traditional shore power infrastructure is lacking, such as in remote fjords and offshore locations. The e-bunker vessel can be charged either through a shore connection or directly from a wind farm, utilizing ABB’s cutting-edge charging system. This flexibility allows it to support various energy needs effectively. Designed to handle up to 50 megawatts of power, the e-bunker is capable of supplying energy to ships of different sizes, ranging from small craft to large vessels. To ensure optimal performance and efficiency, the vessel will be fitted with two ABB Dynafin propulsion units. These units are designed to maximize propulsion efficiency and responsiveness, enhancing the vessel’s performance across all operational scenarios. Additionally, the e-bunker will integrate seamlessly with ABB’s Onboard DC Grid power system platform, which is known for its modularity and flexibility. This power system enables the easy integration of diverse energy sources and loads, making it an ideal fit for the vessel’s operational requirements and further contributing to its overall effectiveness.


17 Sep 24