World’s Largest Offshore Wind Farm Generates First Power
The first turbine of the 1,218-MW Hornsea 1 offshore wind farm in the North Sea, the world’s biggest such facility, has been installed and is now generating power.Matthew Wright, UK managing director of Danish energy group Ørsted A/S, described the installation of the first turbine as "a globally significant milestone".Ørsted co-owns the project with Global Infrastructure Partners (GIP) after selling a 50% stake to the latter in November 2018. Ørsted began offshore construction just over a year ago…
Under the Sea: A Roadmap for Renewable Energy
Thanks to increasing levels of debt financing for climate-aligned projects, wind-generated power has become one of the fastest-growing green industries. Jessica Williams, an Infrastructure Analyst at S&P Global Ratings, considers the submarine technologies that are making this progress possible.Renewable energy is making an increasing contribution to the electrical grid. By the end of 2016, “green energy” sources accounted for almost a quarter of the world’s electricity supply, according to REN21.
Exhaust Economizers: A Silent Contributor to Green Technology
Next generation economizers are being introduced by Ulmatec Pyro. This will carry on the history of 35 years of heat recovery from ship’s exhaust – a technology that’s still unknown for many in the marine industry. You can’t ignore waste energy recovery systems if you want to participate in discussions about efficient marine designs. That statement is based on the fact that most diesel engines on board a vessel still operate on an efficiency scale in the 30 percent range. The remaining 60-70 percent represents losses, converted into heat.
Nexans Sets a New World Record in Submarine Cable in Norway
While the Nordic countries are among the most advanced in terms of clean electricity generation, their consumption of energy per capita is also among the highest in the world due to cold climate and a sparse population distribution. To meet growing electricity demand and accompany increased energy production, BKK Nett AS, one of Norway’s largest power companies, decided to install the Kollsnes-Mongstad power line to strengthen the electrical grid in Western Norway. After the manufacturing and installation of two submarine cables for Kollsnes-Mongstad connection…
DONG, CWind Extend Crew Transfer Vessel Contract
CWind, a provider of services to the offshore wind industry, informs that DONG Energy, one of the key energy groups in Northern Europe, has granted CWind a two-year extension to its existing three-year Crew Transfer Vessel contract at the West of Duddon Sands Offshore Wind Farm in the Irish Sea. CWind, the offshore power focused business of Global Marine Group (GMG), will provide vessels for Operations & Maintenance (O&M) to the 108-turbine West of Duddon Sands site, including a summer campaign to ensure the site remains operating at peak performance throughout the busier summer months.
ABB Transformers for the Most Powerful Wind Turbines
ABB will deploy 40 special transformers to equip wind turbines for an offshore wind farm in the Irish Sea. The MHI Vestas Offshore Wind turbines are 195 m (640 ft) tall - around two-thirds the height of the Eiffel Tower - and weigh 1000 metric tons, approximately double a fully-loaded Airbus A380 plane. Its 80 m (262 ft) rotor blades sweep through an area equivalent of three soccer fields and can produce up to eight megawatts of power, making it the most powerful wind turbine in the world.
ABB to Link Offshore Wind Farm to UK Grid
ABB has won an order worth more than $250 million from the Danish energy company DONG Energy to deliver a 220-kilovolt (kV) high-voltage cable system that will connect the Hornsea Project One Offshore Wind Farm in the North Sea to the UK mainland grid. This is the third project that ABB will execute for DONG Energy, following the Burbo Bank extension and Walney extension links in the Irish Sea. Hornsea Project One will be the world’s largest capacity offshore wind farm, capable…
Energy from the Ocean: The Ocean Thermal Energy Converter
Despite historic lows in traditional oil and gas energy markets, research and develoment continues in earnest on a number of projects designed to produce green energy. The latest, an Ocean Thermal Energy Converter (OTEC) from KRISO, received Approval in Principle from classification society Bureau Veritas. KRISO (Korea Research Institute of Ships & Ocean engineering), established in 1973, is a government-funded research institute in the Republic of Korea and the leader in technology development in ships and ocean engineering.
DONG Plans World's Largest Offshore Wind Farm
DONG Energy announced today it has decided to construct the 660MW Walney Extension Offshore Wind Farm, located in the Irish Sea, approximately 19 kilometersm off the west coast of Britain. The final investment decision has been made after securing all necessary consents from authorities, completing site assessments and having signed the majority of the contracts for supply and installation to build the project, DONG said. Walney Extension is expected to be fully commissioned in 2018…
GE Tech Enables Shore to Ship Energy Feed
GE Energy Management has signed a contract with French electrical engineering company Cegelec in Brittany, France to supply a complete static power solution for the French Navy. The solution will use GE’s Static Frequency Converters (SFCs) technology to provide high conversion efficiency and a safe and reliable power transfer from the electric power grid to the French naval vessels while in port. “To keep vessels charged fast and on time, the French Navy requires a reliable and stable supply of electricity. GE’s converter technology allows an efficient and secured transition of energy,” said Thierry Bideau, Lead Engineer, Cegelec. The public grid in France operates on a frequency of 50Hz and must be converted for use of electrical systems on board of French naval vessels…
BlueTEC Platform Ready for Generation
The first BlueTEC Tidal Energy platform was formally named by the Mayor of Texel, the Netherlands this morning. The floating platform, which holds tidal turbines below the sea surface, will soon be positioned near the island of Texel – supplying clean electricity to the Dutch grid. This first BlueTEC will serve as a demonstration platform targeted at remote locations worldwide, such as islands in Indonesia, Philippines and the Pacific. It is also the start of further development of higher capacity tidal energy platforms, to be deployed in large farms.
Partners Deliver Modular Floating Tidal Energy Platform
A group of offshore companies, including Bluewater, Damen and Van Oord among others, has partnered for a floating tidal energy platform a project to generate clean electricity, marking the first time that a floating tidal platform is used for electricity production into the Dutch grid. Set to become operational in the first half of 2015, the BlueTEC platform, which will be moored near Texel in the Waddenzee, is of modular design and uses a new type of permanent mooring lines. It will also serve as a trial for remote locations worldwide, such as islands in Indonesia, Philippines or the Pacific.
Two Long Beach Port Funded Projects Opened
In a festive ceremony, two Port of Long Beach grant-funded environmental projects had their grand openings yesterday, at the Century Villages of Cabrillo homeless rehabilitation complex in West Long Beach. Century Villages at Cabrillo was awarded grants under the Port’s Greenhouse Gas Emissions Reduction Grant Program. One $161,455 grant went toward a solar energy system that will provide 150,000 kilowatt-hours of clean electricity annually, and another $170,000 grant for a picturesque urban garden to beautify and also capture harmful emissions.
Nordex Wins Turkish Turbine Contract
Nordex has received a further contract from the Turkish customer Erdem Holding. The manufacturer will deliver of 20 N117/2400 turbines for the “Bagarasi” wind farm. The order also includes a premium-service contract for a minimum period of five years. “Bagarasi” is located in Aydin, 90 kilometres south east of Izmir, close to the Aegan coast of Turkey. At its altitude of up to 800 metres, mean annual wind speeds are what by Turkish standards is a low 6.6 m/s. Accordingly, the N117/2400 turbine is to be used.
Shell Advances Peterhead Clean Energy Project
Shell has signed an agreement with the U.K. Government to progress the Peterhead Carbon Capture and Storage (CCS) project to the next phase of design. The project, led by Shell, with strategic support from SSE, owners of the Peterhead gas power station in Aberdeenshire, aims to capture10 million metric tons of CO2 over 10 years. This will generate enough clean electricity to power the equivalent of 500,000 homes a year. If successful, the project will represent the first industrial-scale application of CCS technology at a gas power station anywhere in the world.
Lockheed Martin in Australian Wave Energy Project
Lockheed Martin says it has signed a contract with Victorian Wave Partners Ltd. to begin developing the world’s largest wave energy project yet. The 62.5-megawatt peak power wave energy generation project will be built off the coast of Victoria, Australia, using Ocean Power Technologies' (OPT) PowerBuoy® wave energy converter technology. The company’s PowerBuoy wave generation technology uses a "smart," ocean-going buoy to convert wave energy into low-cost, clean electricity. The buoy moves up and down with the rising and falling of waves.
Siemens Installs First North Sea Platform
Siemens has installed the HelWin1 offshore platform in the North Sea, marking the completion of a stage in German grid connection projects. HelWin1 will link the two offshore wind farms Nordsee Ost and Meerwind to the mainland. Using the Siemens technology installed on the platform, the alternating current power generated by the wind turbines is transformed into low-loss direct current for transmission onto land. Starting next year, this will enable the network operator and purchaser TenneT to supply clean electricity to more than 500,000 German households on the mainland.
U.K.: Massive Offshore Wind Farm Opens
Greater Gabbard wind farm, which is reportedly the second largest offshore wind farm in the world, costing £1.3 billion and generating enough clean electricity to power over half a million homes, was officially opened off the coast of Suffolk by the Energy and Business Minister Michael Fallon. Greater Gabbard has 140 turbines and will double in size once the Galloper wind farm extension is completed in 2017. Offshore wind has the potential to provide enough clean power for 11 million homes in the U.K. by the end of this decade, creating 30,000 jobs and contributing £7 billion to the economy.
London Array Offshore Windfarm Inaugurated
The world's largest offshore wind farm (OWF) London Array has 175 Siemens wind turbines installed. Together with Dong Energy, Siemens will also be responsible for the service of the wind turbines through a long-term agreement. The wind power plant owned, developed and built by a consortium consisting of Dong Energy, E.ON and Masdar has a total capacity of 630 megawatts (MW) and will generate enough power to supply 500,000 British households with clean electricity. This offshore wind farm will reduce annual CO2 emissions by approximately 900…
GL Certify Siemens' Prototype Offshore Wind Turbine
GL Renewables Certification rendered to Siemens for its new 6-megawatt offshore wind turbine SWT-6.0-154. The prototype certification is a prerequisite for the testing of the turbine. Field testing of Siemens Wind Power’s new 154-meter rotor for the six-megawatt (MW) offshore wind turbine was carried out in Østerild, Denmark earlier this month. Siemens Wind Power developed its new 6-megawatt wind turbine for use at sea. The direct-drive wind turbine is equipped with what are currently the world's longest rotor blades – each blade measures 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.
Certification for Siemens SWT 6.0-154 Wind Turbine Prototype
GL Renewables Certification has provided Siemens Wind Power prototype certification for its new six MW offshore wind turbine SWT-6.0-154. The prototype certification is a prerequisite for the testing of the turbine. Field testing of Siemens Wind Power's new 154-meter rotor for the six-megawatt (MW) offshore wind turbine began in Østerild, Denmark, on October 6, 2012. Bent Weibel, Head of Product Integrity at Siemens Wind Power, received the Prototype Certificate from Mike Woebbeking, Vice President of GL Renewables Certification, at the GL Group's Head Office in Hamburg on October 8th, 2012. The Prototype Certificate confirms the compliance of the wind turbine design with the requirements of the Executive Order from the Danish Energy Authority No.
World's Largest Rotor Operates
On October 6 2012, Siemens began field testing of its new 154-meter rotor for the six-megawatt (MW) offshore wind turbine in Østerild, Denmark. The direct-drive wind turbine is equipped with the world's longest rotor blades – each blade measures 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. Østerild is a windy site near the coast and offers very favorable conditions for initial testing on shore.
World's Largest Offshore Wind Turbine Rotor on Test
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.