Jess Shankleman , Brian Parkin , and Anna Hirtenstein for Bloomberg: Offshore wind turbines are about to become higher than the Eiffel Tower, allowing the industry to supply subsidy-free clean power to the grid on a massive scale for the first time.
Jess Shankleman for Bloomberg: Big oil is starting to challenge the biggest utilities in the race to erect wind turbines at sea.
Rights to develop offshore wind energy in an expanse of ocean real estate 24 nautical miles away from the North Carolina coast sold for $9 million today in an auction held by the U.S. Bureau of Ocean Energy Management (BOEM). The winning bid was placed by Avangrid Renewables, which recently completed North Carolina's first land-based wind project.
There is a vast opportunity to make money by building offshore wind farms in the United States and according to Jeff Grybowski, CEO of Deepwater Wind, the offshore oil and gas industry already possess the knowledge, equipment and work force to tap into it.
Sami Grover for TreeHugger: Offshore wind energy has been growing like crazy in the last few decades—so much so that there's even talk of serious talk of multi-gigawatt offshore wind farms in the US in the not too distant future. But offshore wind has so far been limited to areas where the seafloor is relatively shallow, and where it's easy to build foundations for these gigantic turbines. Floating wind turbines are different. Instead of using fixed foundations, they are anchored to the sea floor using cables. And that means they can be located in deeper waters, opening up many more areas where wind conditions are favorable and concerns about views and/or bird migration routes are less relevant. Alongside opening up new areas for development, the other major advantage of floating turbines—once they are being developed at scale—could also be reduced costs. Cont'd...
There is every reason to believe that the US will follow the same course as Europe and embrace offshore wind as part of a wider drive to decarbonize electricity generation. For example, the Commonwealth of Massachusetts has enacted a law that requires its utilities to buy 1.6GW of their energy from offshore sources by 2027.
-EnBW orders 71 offshore wind turbines including foundations -497 megawatts offshore wind power plant to be grid connected in 2019 -Site located 90 kilometers northern of German island Borkum -Grid connection via HVDC platform BorWin Gamma
The untapped offshore wind energy potential in the US is estimated by the Office of Energy Efficiency and Renewable Energy to be more than 2,000 gigawatts (GW), nearly double the nation's annual electricity use. Yet the first offshore wind farm in the US was completed just last year off the coast of Rhode Island.
John Anderson for NewAtlas: A behemoth V164 offshore wind turbine from Danish company MHI Vestas Offshore Wind has produced almost 216,000 kWh over a 24-hour period during tests at its site near Østerild, Denmark in December. In doing so, the 9 MW prototype – a reworked version of the V164-8.0 MW, which was initially developed in 2012 and launched two years later – takes the energy generation record for a commercially available offshore wind turbine. Since its launch in 2014, the Usain Bolt of wind turbines is essentially in competition with itself, largely due to its superior size over the competition. The V164 stands at 722 feet (220 m) at full height, with 38-ton blades that are 263 feet (80 m) in length for a total sweep area of 227,377 square feet (21,124 square meters) – larger than the giant London Eye Ferris wheel. Cont'd...
Shepherd and Wedderburn has acted alongside lead adviser, Allen & Overy, for Abu Dhabi's renewable energy company, Masdar, in a deal that sees Masdar acquire a 25% stake in Statoil's Hywind Scotland floating offshore windfarm.
Groups Applaud LIPA, Governor Cuomo for Historic Action Advancing Nation's Largest Offshore Wind Project
Local, state and national organizations hailed this project as an essential first step towards a bold, long-term, large scale offshore wind program for New York
Offshore Technology: The oil & gas and renewables industries are often described as a dichotomy, the old way versus the new, the dirty versus the clean. In reality, from a technical and engineering standpoint, there are many areas of overlap, particularly in countries such as the UK, where a majority of renewable and non-renewable assets are located offshore. Building an oil rig in the North Sea is not all that different to setting up a wind farm. Both jobs require the ability to negotiate choppy waters and bad weather (often using remotely operated vehicles), and the technology to drill or pile foundations into the seabed. Communications and cabling infrastructure present a big challenge in both instances, as do the logistics of transporting and arranging huge components such as derricks and blades. Cont'd...
Chinese slowdown and falling costs of solar power were two of the reasons global clean energy investment fell 18% in dollar terms last year
Peter Kelly-Detwiler for Forbes: News arrived in late December from the waters off the United Kingdom that the first of MHI Vestas (a joint venture between Vests and Mitsubishi Heavy Industries) 8.0 megawatt (MW) turbines is now delivering commercial power to Dong Energy’s Burbo Bank Extension. The entire 258 MW project – to be completed in Q1 of 2017 - will need only 32 such turbines. This is a significant milestone, as wind turbines have become increasingly more powerful over a relatively short timeframe. This 8 MW machine is currently the largest commercial turbine in the world. Less than ten years ago, at the original Burbo Bank project, a 3.6 MW turbine was inaugurated, the largest in the industry at the time. Cont'd.. .
An auction for the rights to develop a wind farm in federal waters starting 12 miles off Long Island, N.Y., shattered records today. After 33 rounds and more than a day of bidding, Statoil emerged as the winner with a bid of nearly $42.5 million.
Records 1 to 15 of 66
The Seaward Solar PV210 PV installation tester provides a highly efficient and effective test and diagnostic solution for PV systems, carrying out all commissioning tests required by IEC 62446 and performing fast and accurate measurement of I-V curves in accordance with IEC 61829. With direct connection to individual PV modules or strings using the supplied lead sets, tests can be conducted easily and within a matter of seconds at the press of a single button.