Gearbulk has contracted Norwegian Electric Systems (NES) to provide the battery system for a new crane to be installed onboard the general cargo vessel EMU Arrow.
Gearbulk is replacing one of the EMU Arrow’s old gantry cranes with a new and more efficient electric jib crane.
Under the contract, Norwegian supplier NES will act as system integrator and deliver the battery system to the new jib crane, including the container and the battery charging system.
Until now, the gantry crane in question has been powered by three diesel driven auxiliary engines. Through installing a batterised container system, the new JIB crane can be operated by only one auxiliary engine – in combination with the battery. By installing the battery, the vessel will also benefit from the peak shaving effect, as the auxiliary generator continuously will be able to run at an optimised load.
The battery will be recharged by utilising the return power during cargo operation.
NES has not disclosed the value of the contract.
“Gearbulk has actively advocated for increased global regulations of CO2 emissions in the shipping industry. This crane conversion, along with the installation of a containerised battery system, is one of many activities we undertake to both ensure an even more efficient running of our fleet, as well as reducing our impact on the environment to a minimum,” said Ketil Andreassen, managing director at Gearbulk.
“Hybridisation of the new crane is a highly efficient method of both reducing operating expenditure and harmful emissions to air. Particularly local particle emissions will be reduced when you run one instead of three auxiliary diesel engines, but fuel consumption and CO2 emissions will also be reduced significantly,” noted Stein Ruben Larsen, senior vice president of sales at NES.
NES will design, assemble, and test the systems at its headquarters at Godvik outside Bergen, Norway.
The battery system, and the new crane, will be fitted to the vessel when she is next in drydock, most likely to be mid 2022 when EMU Arrow will undertake her next five-year classification survey.
