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ABB Wins Hybrid Power Order for Sustainable Live Fish Carrier
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Færøysund live fish carrier is set to become one of the most environmentally friendly vessels of its kind, thanks to ABB’s power and energy system. As the first live fish carrier to feature ABB hybrid power and propulsion solution with integral energy storage, Færøysund responds to a wider green shift in the maritime industry, with consumers demanding greater accountability in the food supply chain. The 77 meter long diesel-electric vessel is being built at the Aas Mek. Verksted AS shipyard in Vestnes, Norway, for Nova Sea Service AS, one of Norway’s largest producers of Atlantic farmed salmon. Due delivery in September 2021, Færøysund is Aas Mek. Verksted AS second newbuild for Nova Sea Service AS.
Onboard batteries will enable ‘peak shaving’ when the ship is operating at high loads, optimizing the energy management and reducing fuel consumption and CO2 emissions. Stored energy will also be critical for fish life support, acting as a reserve, if required, in the event of power outage or blackout. In environmentally sensitive areas, stored energy, supported by clean shore power connected via ABB technology, will enable emission-free operation.
ABB’s scope of supply consists of an electric, digital and connected propulsion package comprised of two ACS880 drives and two permanent magnet motors, the energy storage system including a battery pack, low voltage switchboards, and a power energy management system. ABB is also overseeing all systems engineering, project management and commissioning, and will offer a full range of remote diagnostic services.
Based on a proprietary design, the live fish carrier includes a 3000 cubic meter load compartment which can be separated into two wells, and a pressure loading and unloading system. Its sophisticated water treatment, oxygenation and circulation systems use ultraviolet light to eliminate pathogens and filters to control fish lice. With stress known to affect fish health and, ultimately, taste the methods ensure that cargo moves "in a safe and gentle manner”, according to Aas Mek.
Onboard batteries will enable ‘peak shaving’ when the ship is operating at high loads, optimizing the energy management and reducing fuel consumption and CO2 emissions. Stored energy will also be critical for fish life support, acting as a reserve, if required, in the event of power outage or blackout. In environmentally sensitive areas, stored energy, supported by clean shore power connected via ABB technology, will enable emission-free operation.
ABB’s scope of supply consists of an electric, digital and connected propulsion package comprised of two ACS880 drives and two permanent magnet motors, the energy storage system including a battery pack, low voltage switchboards, and a power energy management system. ABB is also overseeing all systems engineering, project management and commissioning, and will offer a full range of remote diagnostic services.
Based on a proprietary design, the live fish carrier includes a 3000 cubic meter load compartment which can be separated into two wells, and a pressure loading and unloading system. Its sophisticated water treatment, oxygenation and circulation systems use ultraviolet light to eliminate pathogens and filters to control fish lice. With stress known to affect fish health and, ultimately, taste the methods ensure that cargo moves "in a safe and gentle manner”, according to Aas Mek.