07/28/2012
Singapore - Samsung Builds World’s Largest Wind Farm Installation Vessel
The wind farm installation vessel is a new special vessel for which demand is expected to grow as the focus of the wind power generation market shifts from in-land wind farms to offshore wind farms.
The capacity of global offshore wind farms is expected to grow rapidly, and to reach 239GW by 2030, which is about 70 times the 3.5GW capacity (1,000 units of 3.5MW-class power generators) it has today. The shipbuilding industry has focused on developing the related technology based on predictions of a rapid increase in the demand for wind farm installation vessels.
Samsung Heavy Industries won an order to build Pacific Orca in July 2010. Pacific Orca is 161m long, 49m wide and 10.4m high, and as the world’s largest wind farm installation vessel, it is capable of transporting and installing 12 units of 3.6MW.
It also allows installation of wind farms to a depth of 60m, which is the deepest in the world, as well as the installation of ultra-large wind farms with a capacity of 10MW or higher, which are being developed in the industry to meet the demand for larger wind farms.
Existing wind farm installation vessels are fixed at the sea bottom with jack-up lags embedded in the vessels, and the installation work is performed after vessels are floated to minimize the impacts of tides and waves.
The vessel built by Samsung Heavy Industries is floated up to 17m above sea level, using six legs, and the 1,200t crane embedded on the vessel allows the installation of power generation towers, power generation rooms and wings.
In particular, the vessel allows the installation of wind farms under extreme conditions with the velocity of 20m per second and waves that are 2.5m high.
CEO Roh In-Sik of Samsung Heavy Industries said, ‘The fact that we have now successfully built this world’s largest wind farm installation vessel guarantees our competitiveness in future bids. We also expect that this achievement will create synergies between the shipbuilding business of Samsung Heavy Industries and the wind power business, which is one of the promising renewable energy businesses.’
The capacity of global offshore wind farms is expected to grow rapidly, and to reach 239GW by 2030, which is about 70 times the 3.5GW capacity (1,000 units of 3.5MW-class power generators) it has today. The shipbuilding industry has focused on developing the related technology based on predictions of a rapid increase in the demand for wind farm installation vessels.
Samsung Heavy Industries won an order to build Pacific Orca in July 2010. Pacific Orca is 161m long, 49m wide and 10.4m high, and as the world’s largest wind farm installation vessel, it is capable of transporting and installing 12 units of 3.6MW.
It also allows installation of wind farms to a depth of 60m, which is the deepest in the world, as well as the installation of ultra-large wind farms with a capacity of 10MW or higher, which are being developed in the industry to meet the demand for larger wind farms.
Existing wind farm installation vessels are fixed at the sea bottom with jack-up lags embedded in the vessels, and the installation work is performed after vessels are floated to minimize the impacts of tides and waves.
The vessel built by Samsung Heavy Industries is floated up to 17m above sea level, using six legs, and the 1,200t crane embedded on the vessel allows the installation of power generation towers, power generation rooms and wings.
In particular, the vessel allows the installation of wind farms under extreme conditions with the velocity of 20m per second and waves that are 2.5m high.
CEO Roh In-Sik of Samsung Heavy Industries said, ‘The fact that we have now successfully built this world’s largest wind farm installation vessel guarantees our competitiveness in future bids. We also expect that this achievement will create synergies between the shipbuilding business of Samsung Heavy Industries and the wind power business, which is one of the promising renewable energy businesses.’
- Source:
- Online Editorial www.windfair.net
- Author:
- Posted by Trevor Sievert, Online Editorial Journalist
- Email:
- ts@windfair.net
- Link:
- www.windfair.net/...
- Keywords:
- wind, wind energy, wind turbine, rotorblade, awea, ewea, wind power, suppliers, manufacturerstrevor sievert
