Henrik Stiesdal News

Denmark's Maersk Supply Service and renewable energy pioneer Stiesdal Offshore have entered into a strategic partnership to offer combined solutions to this fast-growing sector within floating offshore wind.The companies say they intend to combine their respective strengths to meet the significant expansion predicted for floating wind. Specifically, they will offer comprehensive and integrated engineering, procurement, construction and installation (EPCI) solutions for foundations and moorings.They said that "This integrated approach will streamline the value chain…

Wind power pioneer Henrik Stiesdal built his first wind turbine in 1978. It was one of Denmark’s first step towards becoming a wind energy powerhouse, with Stiesdal regularly at the helm. He’s now got wider climate initiatives in his sights, including industrializing floating offshore wind. He reflected with OE’s Elaine Maslin.By 2021, a total of 35 GW of offshore wind had been installed across the world. To meet global climate targets, the International Energy Agency (IEA) says that another 80 GW of it needs to be built per year by 2030.

After being very much on the margins of the offshore wind industry, floating offshore wind now appears to be ready to hit the mainstream. With gigawatt scale developments already on the horizon, what will the infrastructure needed to build and support them look like? Over the past 12 months, the floating offshore wind sector appears to have had a major dose of adrenaline. While the largest development, to date, is the relatively small-scale 50MW Kincardine project off northeast Scotland (which will be outdone by the 88MW Tampen project in Norway later next year [2022])…

The Siemens Energy 6-megawatt installation on trial at Østerild, Denmark, can produce electricity for 6,000 households. Siemens Energy has begun field testing of its new 154 m rotor for the 6-megawatt (MW) offshore wind turbine in Østerild, Denmark. The SWT-6.0-154 turbine is equipped with the world's longest rotor blades – each blade is 75 meters in length. With a record rotor diameter of 154 meters, each SWT-6.0-154 turbine can produce 25 million kilowatt hours of clean electricity in offshore locations, enough to supply 6,000 households.