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MEM51

Marine Engineers Messenger, Vol 3, Issue 51

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supply direct current to the motors through upgraded breakers and contactors, the installation of the new ABB<br />

Drives will improve availability and extend endurance, allowing the ship to spend more time at sea.<br />

Specifically, ABB fitted twin AC/DC Diesel-Electric propulsion systems for greater redundancy, with each<br />

featuring a DC electric motor connected directly to the vessel’s propeller. ABB also took the opportunity to<br />

attach digital sensors to a variety of onboard equipment to provide its shore-based expert engineers with a<br />

virtual presence on board the ship to help diagnose problems at any time. ABB’s Remote Diagnostic Service will<br />

significantly improve maintainability and contribute to reduced vessel down time.<br />

Juha Koskela, Managing Director of ABB’s Marine and Ports business unit, said: “When CCGS Pierre<br />

Radisson was constructed in the late 1970s, ship to shore connectivity was mostly limited to radio. The Internet<br />

as we know it today simply did not exist. Today the ships are digitally tethered to shore by satellite, which<br />

enables greater shore-side involvement and flexibility in vessel operations. The pivot to digital promises<br />

innumerable opportunities for the CCG’s icebreakers to operate safely and perform their missions more<br />

effectively.”<br />

BAKKER SLIEDRECHT ELECTRICS FOR CORAL ENERGICE<br />

Bakker Sliedrecht has delivered the electrical installations for the Coral EnergICE, a super Ice class 1A<br />

18000m3LNG tanker operated by Anthony Veder.<br />

Bakker Sliedrecht is responsible for the engineering, installation and commissioning of all electrical<br />

installations, with a scope of supply that includes a main low voltage switchboard, emergency low voltage<br />

switchboard, distribution and UPS systems, navigation and communication systems, BIMAC alarm-andmonitoring,<br />

LED exterior lighting, and<br />

de-Icing and winterisation installations.<br />

The vessel’s prime mover is designed for dual fuel, allowing the vessel to sail on both Marine Gas Oil (MGO)<br />

and LNG. Two auxiliary generators also run on gas with another running on MGO.<br />

To provide operators with accurate information on crucial systems, Bakker Sliedrecht adapted its alarmand-monitoring<br />

system, BIMAC, to be compatible with different fuel types within one vessel.<br />

Coral EnergICE is Bakker Sliedrecht’s first reference for the vessel operating gas engines.<br />

FURUKAWA BATTERY FOR EMP<br />

Eco Marine Power (EMP) has selected Japan’s Furukawa Battery as a supplier of batteries for use onboard ship<br />

and marine structures. The agreement covers a range of ClassNK-certified battery technologies, including the<br />

hybrid valve regulated lead acid (VRLA) UltraBattery.<br />

Furukawa Battery and EMP first began to co-operate in 2014 when they teamed on the Blue Star Delos<br />

Renewable Energy Project for which Furukawa Battery supplied a FC-38-12 battery pack to the high-speed<br />

ferry Blue Star Delos.<br />

Co-operation has since extended to include the evaluation of other battery technologies including the<br />

UltraBattery (UB) series. Recently the first UB-50-12 battery pack for ships was prepared and these high<br />

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