The turbines are for the Vineyard Wind project off the coast of Massachusetts, which began delivering power to the grid earlier this year and will eventually include 62 turbines.
During the process of transporting the turbine components from land, it is vital that the pieces remain still during the lifting operations due to their size and the risks involved if they are shifted by the ocean. Barge Master's hydraulic-powered motion compensation system keeps the components stable while Aggreko's high-efficiency generators power the hydraulic system with reliable on-site energy.
“Helping construct one of the first major offshore wind projects in the US is a great honor for the Aggreko team, and we're happy to assist Barge Master in powering their hydraulic units,” said Brent Robinson, Business Development Manager – Renewable Energy at Aggreko. “We're proud that Barge Master has entrusted us to power their specialized equipment, and being part of the Vineyard Wind project helps underscores Aggreko's commitment to sustainable energy.”
Aggreko is providing four 1.2 MW Tier 4F generators per barge to power Barge Master's hydraulic power units. Tier 4F generators are high-efficiency models that ensure low emissions and cleaner operations for the project, with the generators reducing emissions by 94% compared to older models. The twin-pack installation of the generators also helps Barge Master save space on the bars, which must also support the hydraulic lifts and turbine components.
“Installing offshore wind turbines is a delicate process, and we're happy to have found a partner in Aggreko who understands this and can meet the energy needs of our hydraulic lifting technology,” said Berend Hoogendijk, Technical Manager of Barge Master.
