Marine Link
Friday, October 28, 2016

Japan Grants Patent for EnergySail

Image: Eco Marine Power

The Japan Patent Office has granted a patent to Eco Marine Power (EMP) for its innovative EnergySail technology, an advanced rigid sail device that can be fitted with a range of renewable energy technologies such as solar panels or wind power devices. With the patent in place, EMP can now begin licensing the technology to proceed so that commercial production of the sail and associated technologies can begin in 2018. A unique renewable energy platform, EnergySail has been designed specifically…

Boskalis Wins Work for Hornsea Offshore Wind Farm

Royal Boskalis Westminster N.V. said it has been awarded a contract by DONG Energy Wind Power A/S for the transport and installation of the foundations for a part of the Hornsea Offshore Wind Farm Project One. The entire wind farm will generate a total capacity of 1,200 MW and is located approximately 120 kilometers off the Yorkshire coast, U.K.   The transport and installation of the foundations will be executed by Boskalis' new offshore transport and installation crane vessel for which an existing F-class heavy transport vessel is currently being converted. The vessel will be equipped with a 3,000-ton mast crane, dynamic positioning (DP2) and additional accommodation for up to 150 people.

Ignore the Bluster – Wind Farm Power is Effective

A UK Institute for Public Policy Research (IPPR) research paper dismisses illusions about wind power as an energy resource. Much opposition to wind power appears to be based on the belief that it is an ineffective technology, inefficient or unreliable. This claim is untrue and it is important to get ‘beyond the bluster’ in assessing the effectiveness of wind power. •    Is wind power an effective way of reducing carbon emissions? •    Is wind power a secure and reliable source of energy for the UK? It shows unequivocally that wind power can significantly reduce carbon emissions, is reliable, poses no threat to energy security, and is technically capable of providing a significant proportion of the UK’s electricity supply with minimal impact on the existing operation of the grid.

Vattenfall: Subsidy-free Offshore Wind by 2025

Sweden's Vattenfall expects to be able to build offshore wind power projects, one of the most expensive sources of renewable energy, without subsidies by the middle of the next decade, a senior company official said on Thursday. The state-owned utility plans to boost its wind power portfolio in Europe to 4 gigawatts (GW), equivalent to four nuclear reactors, by 2020 from the current installed 1.8 GW, and further to 7 GW by 2025. "We should be able to build onshore wind power projects by 2020 without subsidy, and we also expect that we could build offshore wind power without subsidy by 2025, but that would depend on the projects," Michael Simmelsgaard, head of Vattenfall's strategic projects in wind, told a conference.

AMSC Continues Sales Growth in Wind Energy Market

American Superconductor Corporation has received new orders for its D-VAR voltage regulation systems for wind farms in Northern Ireland and Texas. With these additional orders, AMSC now has an installed base and orders for D-VAR and PowerModule solutions to serve more than 2,900 megawatts (MW) of wind power worldwide - nearly triple the amount served by AMSC 12 months ago. According the British Wind Energy Association, the installed base of wind generated electricity in the United Kingdom rose 48 percent in 2006 to 1,963 MW. Stankiewicz noted that the new Texas wind farm installation for which the company received a D-VAR order was determined by the local transmission grid owner to require dynamic reactive support to maintain voltage stability when the wind farm is connected to the grid.

Northern Finland Leads in Wind Energy Usage

Wind Energy in Finland

Wind power in the northern regions of Finland is developing most rapidly than other parts of the c Scandinavia and the Kola Peninsula. According to data collected on a statistical portal Patchwork Barents, regions of Ostrobothnia and Lapland are the undisputed leaders in the production of electricity from wind power. In another northern Swedish province - Norrbotten - is planned to place the largest wind power project to build a wind farm Markbyugden. In the northern province of Norway Nordland…

Wind Power Deal for Rauma

On December 20, 2011, STX Finland Oy and VentusVis Oy signed a letter of intent, the purpose of which is to develop wind park for the city of Rauma on Finland’s west coast. The goal is to get building permissions for three wind turbines within the UPM Rauma mill site and one within the area of the STX Rauma Shipyard. VentusVis Oy is a company which develops land assets owned by UPM suitable for wind power investments and STX Finland Oy offers construction, user, maintenance and lifecycle services for wind parks. VentusVis Oy is a joint venture between UPM-Kymmene Oyj and TuuliSaimaa Oy. It aims to convert land assets owned by UPM suitable for wind power production. STX Finland Oy’s long-term goal is to develop into a turnkey deliverer of offshore wind parks in particular.

China's Offshore Wind Farms in the Doldrums

The second round of bidding for offshore concession projects, which had been scheduled to start in the first half of 2012, is likely to be put off due to significant delays in the first concession projects," Shi Pengfei, vice-president of the China Wind Energy Association told 'China Daily'. The second group of concession projects, totaling up to 2 gigawatts, are to be built in Jiangsu, Hebei, Shandong, Zhejiang and Guangdong provinces. According to the National Energy Administration, China will build 5 gW of offshore wind projects by 2015. But Shi said delays may mean missing the target. China's installed offshore wind power capacity was only 258 megawatts last year, statistics from the Global Wind Energy Council show..

Shift in Wind Favourable to UK Offshore Wind Industry

Photo courtesy of EWEA

The government is to make big changes to the way it subsidises renewable energy, with subsidies for windfarms set to rise at the expense of onshore options, reports BBC News. The BBC reports Government ministers as stating that they will cut support for onshore wind and solar energy, but give more backing to offshore wind power. The price producers are promised for onshore wind power and solar energy will be cut from 2015, while the amount paid for offshore wind power will be increased.

Bureau Veritas, LM Wind Partner for Turbine Certification

Photo courtesy Bureau Veritas

Bureau Veritas (BV) said it has signed a framework agreement with LM Wind Power, a supplier of components and services to the wind industry, to cover the certification of wind turbine blades to international standards. The contract follows a collaboration between both companies, sharing knowledge and working together to fully understand the requirements and needs. This engagement and shared commitment are now cemented with the framework agreement and the first certification assignments are being undertaken, BV said. LM Wind Power’s VP Business Development & Strategic Alliances, Frank V.

Siemens Install Big N. Sea Wind Power Platform

 HelWin1 offshore platform: Photo courtesy of Siemens

Siemens has installed the HelWin1 offshore platform, their first in the North Sea, marking the successful completion of a significant stage in German offshore wind power grid connection projects. When the HelWin1 converter platform goes online, it will link the Nordsee Ost and Meerwind wind power plants to the mainland. The platform will convert the up to 576 megawatts (MW) of electricity produced in the wind power plants to direct current and transmit it via submarine cable to the German mainland 85 kilometers away.

Siemens to Supply Eighty N. Sea Wind Turbines

Wind Farm: Image courtesy of NOAA

Siemens contracted by Germany's wpd group to supply & install 80 wind turbines for the Butendiek offshore wind power plant. The agreement also covers a long-term maintenance contract for a period of ten years, the first of its kind for an offshore wind project. Siemens is to provide a new logistics concept that includes a service operation vessel specially developed for deployments to offshore wind facilities. The order volume including service is more than EUR 700-million. When the Butendiek offshore wind power plant off Germany's North Sea coast comes online in 2015…

Siemens Wind Power Turbine Certified

Photo (from left to right): Morten Pilgaard Rasmussen, Head of Research & Development at Siemens Wind Power, and Axel Dombrowski, Head of Department Machinery Components and Electrical Engineering at GL Renewables Certification.

Siemens Wind Power has received offshore prototype certification from GL Renewables Certification (GL RC) for testing its new 6 megawatt offshore wind turbine at DONG Energy's Gunfleet Sands III demonstration project in the UK. This will be the first offshore test of this new offshore wind turbine. Morten Pilgaard Rasmussen, head of research and development at Siemens Wind Power received the Prototype Certificate from Axel Dombrowski, GL RC's head of department machinery components and electrical engineering, at Siemens' R&D Headquarters in Brande, Denmark.

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.

European Offshore Wind Faces Make-or-break 2020 -Report

Wind power companies such as Vestas, Siemens and Dong need Europe's installed offshore capacity to more than double and costs to be cut by a fifth within five years to compete with other fuels, an industry report said on Tuesday. The Ernst & Young report described 2020 as a make-or-break year for the offshore wind power industry, which must install more than 20 gigawatts (GW) of capacity generating electricty for about 100 euros ($107) per megawatt-hour (MWh), against 140 euros now. "Failure to meet both these criteria will not see the offshore wind industry advance into 2030 and beyond," said the report issued on the first day of Europe's largest offshore wind conference in Copenhagen.

Denmark Receives Power from Anholt Offshore Wind Farm

The first CO2-free power is now being fed into the Danish power grid from Anholt offshore wind farm. On its completion next year, the farm, with its total capacity of 400 MW, will be Denmark’s largest offshore wind farm and will deliver power equivalent to the consumption of 400,000 Danish households. The turbine supplier is Siemens Wind Power. “We are on schedule and are therefore already now able to deliver the first green power to the Danes. Efficient project management is one of the reasons for our leadership position in the market for offshore wind energy. Wind power is at the very core of DONG Energy’s strategy and I am delighted that by achieving first power today we are providing a sound contribution towards maintaining Denmark’s leadership position in offshore wind…

Kenyan Wind Project Wins Financing

Kenya's delayed Lake Turkana Wind Power project is expected to start generating power by 2017 after the African Development Bank backed financing to build a transmission line to connect it to the national grid, the project's director said. The wind farm located in Kenya's remote north will have an installed capacity of 310 megawatts (MW) to help plug a power supply shortfall, which has led to frequent blackouts that hamper industry in east Africa's biggest economy. The 623 million euro ($765 million) project, the largest single wind power scheme in Africa, has been delayed in part due to the risks associated with building a 428 km transmission line connecting the 365-turbine wind farm to the grid. The project was initially due to be completed in 2011.

Siemens Wins U.S. Inaugural Commercial Offshore Windfarm Project

An offshore wind farm: Image courtesy of Siemens

Siemens and Cape Wind have signed a major contract for the construction of the United States' first utility-scale offshore wind farm situated off the Northeast coast, 20 kilometers offshore of Nantucket, at Horseshoe Shoal in the Nantucket Sound. Installation and commissioning is expected for 2016. Siemens says it will supply Cape Wind with its industry-leading 3.6-megawatt offshore wind turbines, an offshore Electric Service Platform (ESP) and a long-term service agreement. When fully built, Cape Wind will have a capacity of 468 megawatts. The company explains that offshore wind in the U.S.

London Array Offshore Windfarm Inaugurated

Last Turbine Placed: Photo courtesy of Siemens

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…

India’s Potential in Offshore Wind Power

Image: DNV GL – Energy

The Global Wind Energy Council (GWEC) launched a new report: “Supply Chain, Port Infrastructure and Logistics Study” for offshore wind development in the states of Gujarat and Tamil Nadu in India. This study is a significant step forward in preparing a roadmap for offshore wind power in India by the GWEC led FOWIND consortium. The key supply chain elements of the offshore wind sector are assessed along with a preliminary evaluation of companies entering the offshore wind sector.

Belgium's Mega Wind Farm Starts to Take Shape

foundation of a wind turbinenearTabak natie

Belgium, in the Antwerp port area on the left bank of the Scheldt. In the first phase 15 wind turbines will be erected, enough to supply 35,000 Flemish households with green electricity. The ultimate ambition is to build anything from 40 to 50 turbines. Flemish Energy minister Annemie Turtelboom, Beveren mayor Marc Van de Vijver and Antwerp port alderman Marc Van Peel officially launched this sustainable investment project yesterday, auguring a fair wind for the future on the breezy left bank of the Antwerp port area. The first 15 turbines are due to be handed over at the end of October.

Offshore Wind Power Joint Venture Initiated

ABB forms engineering joint venture for offshore wind power integration ABB has signed an agreement with Inocean AS Norway, to set up an engineering services joint venture specializing in offshore wind integration projects. ABB will have a majority shareholding in the new entity, ABB Inocean AB which will be located in Gothenburg, Sweden, a region with a shipbuilding history and recognized as a resource base for offshore industry expertise. The new entity will undertake design, engineering and project management activities including fabrication supervision of platforms required for offshore wind connections supplied by ABB. The move is aimed at accelerating the build-up of offshore competence to support ABB’s growing offshore wind power integration business.

Great Lakes May be Home to Offshore Wind

According to reports, the waters of the Great Lakes, near the shores of Canada, may soon be home to offshore wind power. The Province of Ontario's Ministry of Natural Resources has lifted a deferral on applications to produce offshore wind power in the province's waters. This decision came after the province took steps over the past year to obtain the best available information on which to base decisions regarding offshore projects on. These steps have included partnering with the U.S. National Renewable Energy Laboratory (NREL) to evaluate offshore wind potential in the Great Lakes, analyzing lakes Erie, Huron and Ontario, including depth and wind speed and looking at the impact any offshore projects would have on wildlife. Source: Renewable Energy Access

Maritime Reporter Magazine Cover Oct 2016 - Marine Design Annual

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