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Windpower - Europe

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Whitelee Windfarm Is Success Story in UK - ScottishPower

A decade on from the opening of the UK’s largest onshore windfarm, new research shows it has generated enough clean, green energy to provide almost 90% of total annual household electricity consumed by Scottish households and businesses. An independent report into Whitelee, which lies on the outskirts of Glasgow, has concluded that the windfarm is a national success story and highlights onshore wind as an essential part of the country’s generation mix in the drive to decarbonise power, transport and heat as we march towards net zero.

ScottishPower Renewables, which owns and operates the windfarm along with almost 40 others around the UK, today called on the Government to bring forward legislation that supports the UK Committee on Climate Change’s target to deliver net zero emissions by 2050 when compared to 1990 levels.

Lindsay McQuade, CEO of ScottishPower Renewables, said “We know that renewable energy generation needs to quadruple if we are to deliver on net zero. We also know that onshore wind is the cheapest form of green energy and therefore should be part of Scotland, and the UK’s, low carbon, cost effective electricity system. If we are to meet the target of net zero by 2050, our ambition has to be backed by political will and underpinned by legislation. Since the passing of the Climate Change Act in 2008, a number of progressive policy measures have been put in place that has enabled Scotland to become coal-free. Working with industry and government, the same approach is now needed to ensure we can continue to invest in much needed renewable generation and thereby achieve this objective, and support action to tackle the climate emergency facing us. Whitelee is a great example of what effective policy can deliver. It’s a national success story. Every year it produces the equivalent clean energy to power each and every electric vehicle currently in the UK, preventing over 5 million tonnes of carbon emissions had this energy come from fossil fuels. The decarbonisation of our economy, transport and heating systems can all be achieved through existing technology but that has to include onshore wind if we are to decarbonise by 2050.”

Source : Strategic Research Institute
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Tower Sections Of GE 12MW Offshore Wind Turbine Shipped To Prototype Site

GE Renewable Energy announced the shipment of the four tower sections that will be part of GE’s Haliade-X 12 MW prototype to be installed later this summer in Maasvlakte-Rotterdam. The four segments at tower manufacturer GRI’s site in Seville, will be arriving in the Netherlands before the end of the month. Upon arrival in Rotterdam, a series of pre-assembly works will take place, including the installation of some tower segments. After the nacelle and blade components arrive later in the summer, local teams will complete the prototype installation.

Mr John Lavelle, President & CEO of Offshore Wind at GE Renewable Energy said that “The shipping of tower sections is another important milestone in the development of our Haliade-X 12MW prototype in Maasvlakte-Rotterdam. Our teams in Cherbourg and Saint-Nazaire are rapidly progressing on Haliade-X assembly, and we are working to get the unit fully installed before the end of the summer.”

Haliade-X 12MW nacelle is currently being assembled in Saint-Nazaire (France), while its 107-meter long blades are being manufactured at LM Wind Power site in Cherbourg (France). Nacelle and blades will be shipped to Maasvlakte-Rotterdam and installed before the end of the summer.

This prototype will be installed onshore to provide easier access for testing. During the initial period of operations, it will allow GE Renewable Energy to collect data needed to obtain a Type Certificate, a key step to go into serial production in 2021.

Source : Strategic Research Institute
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Lietuvos Energija Seeking Construction Partners For 60 MW Wind Project

Lithuania’s state owned Lietuvos Energija is looking for a contractor to build a 60 MW wind project it recently bought in the Baltic Country’s Mazeikiai region. The power distribution group has launched a tender for the supply, construction and maintenance of the wind farm, according to a notice on the central public procurement portal of Lithuania, published last week. Interested parties will be able to submit their offers by July 8.

Lietuvos Energija bought the 60 MW Mazeikiai wind project in the northern part of Lithuania by acquiring its owner VVP Investment in December 2018. The plant will be powered by 20 turbines.

Mr Arturas Ketlerius, head of public relations at Lietuvos Energija, told news agency LETA and the Baltic News Service that the tender should be completed by 2020, after which construction will follow. The winner will be awarded an 18-year contract.

Lietuvos Energija’s goal is to expand its green generation capacity in the Baltic States and Poland to 400 MW by 2020.

Source : Strategic Research Institute
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PPC Inaugurates Hybrid Wind-Hydro System On Island Of Ikaria

Greek power utility Public Power Corporation has launched Europe’s second hybrid renewable energy park, combining wind and hydraulic energy with energy storage, and Grid Master Control System solutions, on the Aegean island of Ikaria. The 6.9 MW project has been implemented by PPC Renewables, a subsidiary of the majority state-owned PPC. The first European hybrid renewable energy system had been built on El Hierro, the smallest of the Canary Islands.

PPC Renewables has invested EUR 50 million in the project, which will secure 50% of the island’s energy needs and decrease CO2 emissions by 13,800 tonnes a year. The island has so far produced electricity in an oil-fired station.

The wind-hydro system includes a 2.7 MW wind farm, two hydropower plants with an installed capacity of 4.1 MW, a 3 MW pumping station, two water tanks, and one water reservoir.

Estimated power generation of the system is around 9.8 GW/h

Source : Strategic Research Institute
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Nordex Group To Supply 27 Wind Turbines To Grupo Enhol In Spain

Business in Spain is picking up again for the Nordex Group. At the end of May 2019 the turbine manufacturer received an order from Grupo Enhol, a Spanish project developer. All in all, the Nordex Group will supply and install 27 AW132/3465 turbines with a rated capacity totalling 93.55 megawatts for its new customer. The order also includes a Full Service Contract covering 10 years with an option to extend for a further 10. The "Cabanillas" project with 15 turbines and "Ablitas" project with 12 turbines are to be built in the municipalities of Cabanillas and Ablitas in the province of Navarra in the north of Spain. Turbine installation is scheduled to begin in March and commissioning is planned to commence in June 2020. With average wind speeds of 7 m/s the wind farms boasts a capacity factor of between 42.5 and 45 percent.

The two wind farms will produce around 320 GWh of clean electricity a year. Grupo Enhol is to sell the electricity to the energy supplier Factorenergia over a period of 20 years on the basis of a Power Purchase Agreement. Such an agreement regulates the purchase and sale of electricity between two parties, without an intermediary, the buyer acquiring a certain amount of energy at a fixed price and within a fixed time frame. With a term of 20 years, this is the longest Power Purchase Agreement in Spain to date.

Grupo Enhol is a group of companies from Navarre, Spain, and has been fully family-owned for four generations. The company is highly diversified with a footprint in several business sectors, energy being the most important. Grupo Enhol was founded in the 1930s and is a pioneer in the area of renewable energy, where it began its activities more than 20 years ago. It develops large power generation projects as well as projects for the Group's own power consumption, all of which are based on renewable sources. The company has a philosophy of proactive social responsibility, where priority is given to the economic development of the regions in which it operates, collaboration with the local authorities and sustainable processes.

Source : Strategic Research Institute
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DNV GL Certifies Wikinger Offshore Wind Farm For Iberdrola

DNV GL, the world’s largest independent energy advisory and certification body, has awarded IBERDROLA Renovables Offshore Deutschland GmbH the project certificate for its Wikinger offshore wind farm. The certification was carried out according to the German Federal Maritime and Hydrographic Agency (BSH – Bundesamt für Seeschifffahrt und Hydrographie) and covers all stages of the design assessment and implementation phase of the wind turbines, offshore substation including their support structures and the array power cables.

The wind farm is located in the Exclusive Economic Zone of the Baltic sea, at the Northeast of the German island Rügen comprising 70 wind turbines delivering power for 350.000 households. With an installed capacity of 350 megawatts it is part of the largest offshore wind complex in the Baltic Sea, covering nearly one-quarter of the energy demand of the German state of Mecklenburg-Vorpommern.

With a highly experienced and dedicated team encompassing a wide range of technical areas, DNV GL was able to deliver the project certificate on time and budget and met the Milestone planning of IBERDROLA.

The certification of the offshore wind farm Wikinger started with the application of the standard BSH 7005:2007-06 and continued with the application of the standard BSH 7005:2015-12 during the implementation phase.

Ms Kim Mørk, Executive Vice president for Renewables Certification at DNV GL saod that “In certifying the Wikinger project DNV GL is pleased having supported IBERDROLA through the critical phases in developing the biggest offshore wind project at the time in the German Baltic Sea.”

Ms Fabio Pollicino, Service Line Leader for Project Certification at DNV GL said that “We are excited that we successfully supported IBERDROLA along the different project stages to achieve the approvals from the national authority and finally the project certificate. The evaluation of the implementation phase has been performed according to the most recent BSH standard 7005 issued in 2015. This version provides a clearer guidance to the national requirements. We are glad that DNV GL could emphasized its ability to the project specific circumstances in the promising offshore wind business.”

Source : Strategic Research Institute
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Nordex Group Wins 94 MW Project In Poland

Nordex Group has received an order for the installation of a 94 MW project in Poland. The “Pomerania” project is to be built in the north of the country, near the town of Sztum. The Nordex Group is to supply and install 28 N131/3600 turbines and one N117/3000 machine for its customer, the Lithuanian utility Lietuvos Energija. Completion is scheduled for summer 2020. The contract also includes a Premium Service Agreement covering a period of 15 years. This is the biggest order to date for the Polish subsidiary, Nordex Polska.

Good wind speeds at hub heights of 114 metres and 120 metres allow the wind farm to achieve capacity factor exceeding 40%.

Dr Ilya Hartmann, CEO Division Europe of the Nordex Group said that "We very much appreciate the confidence that Lietuvos Energija has once again placed in us. Thanks to the size of the wind farm, the excellent wind conditions and the efficient technology, the project will be able to make a significant contribution to the Polish energy mix. We are proud to be building our largest wind farm in Poland with such a prestigious customer and look forward to further collaboration in the region.”

Source : Strategic Research Institute
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EDF Consortium Wins 600 MW Dunkirk Offshore Wind Project

Reuters reported that a consortium led by French state-owned utility EDF has won a contract for a major 600 MW offshore wind project near Dunkirk in western France. Environment Minister Francois de Rugy said that EDF’s bid in partnership with Germany’s Innogy and Canada’s Enbridge beat rivals including utility Engie in partnership with Portugal’s EDPR and energy group Total in partnership with Denmark’s Orsted

Mr De Rugy said nine international energy and industrial companies had shown an interest in the project and that seven had made a bid. He added that “EDF has been chosen.”

The ministry said the tariff proposed by the winning consortium was significantly lower than 50 euros per megawatt hour. That compares with 63 euros/MWh for an onshore wind tender of around 516 MW that was awarded by the government.

EDF’s bid was the highest ranked by the energy markets regulator CRE, which studied the proposals, the ministry said.

It also said the price was comparable to the best prices seen in European offshore wind projects and demonstrated the competitiveness of the French wind industry.

Source : Reuters
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ERG Wins 18 MW Wind Farm In France

Parc Eolien du Pays à Part, a French company belonging to the ERG Group, owner of an 18 MW project located in Northern France, in the region of Pas-de-Calais, is among the winners of the third auction dedicated to the on-shore wind power sector, the results of which were announced yesterday by the Ministère de la Transition écologique et solidaire. The wind farm, whose authorisation process is at an advanced stage, will have an estimated annual output when fully operational of around 44 GWh, equal to approximately 26 kt of avoided CO2 emission per year and corresponding to the needs of about 15,000 households.

Following the outcome of the auction the wind farm will benefit from a contract for difference for a period of 20 years after its coming of stream. By way of this project, which forms part of the pipeline of approximately 750 MW acquired with Epuron (see PR dated 6/4/18), ERG continues to pursue its industrial strategy of organic growth in one of the most important European countries for wind power development.

Source : Strategic Research Institute
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Greencoat UK Wind Completes Acquisition Of Cairngorms Wind Farm

Renewable energy investor Greencoat UK Wind PLX has completed the GBP 126 million purchase of a 75% stake in the Tom nan Clach wind farm in the Cairngorms. Greencoat initially agreed to buy the 75% stake in the 13-turbine farm from Belltown Power last autumn. As well as the headline fee, the FTSE 250 group has prepaid the remaining GBP 19 million of project finance debt, taking its total investment to GBP 145 million.

Its 13 Vestas V112 turbines are capable of generating 39.1 megawatts of electricity, while the load factor is expected to be 48%.

Interestingly, the project will benefit from a 15-year contract for difference. These are long-term deals that enable generators such as Greencoat to stabilise revenues at a pre-agreed level for the duration of the contract.

The purpose of CFD is to incentivise investments in new low-carbon electricity generation by providing predictability of future revenue streams.

Source : Strategic Research Institute
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RES Inaugurates The Rosieres Wind Farm In The Meuse

On the 15th of June, as part of the International Wind Day, RES inaugurates the Rosières wind farm in the presence of Elisabeth Gerquin, Vice-President of the Departmental Council of the Meuse and County Councilor of the Canton of Ligny en Barrois and Jean-Marie Bouchon, Mayor of Chanteraine. The Grand Est is at the heart of the building with 3373 MW of wind power installed at the end of 2018, which represents 6,292 GWh of clean electricity production, providing 13.80% of electricity consumption in 2018.

The RES company contributes to this regional dynamic, particularly with the Meuse department, the Trois Sources wind farm located in the Bonnet and Houdelaincourt communes commissioned in 2007 and the Haut du Saule wind farm, whose construction site will start before end of this year on the communes of Maulan and Nant-le-Grand.

The Rosières wind farm consists of 8 Vestas V100 wind turbines with a unit capacity of 2.2 MW and a total power of 17.6 MW. It saves 25,520 tonnes of CO2 per year and clean electricity needs of more than 22,400 people each year, more than the population of Verdun.

Source : Strategic Research Institute
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Ørsted And Vattenfall Link Up Offshore Wind Farms In The North Sea

The owners of the two offshore wind farms, Ørsted and Vattenfall, invested in the 33 kV cable that creates additional security for the two energy companies’ billion-kroner investments in the North Sea. If there is a problem with the export connection to land, this is not only critical for the supply of electricity to customers on the mainland; it is also critical for the wind turbines.

“Offshore wind turbines must always be supplied with electricity; otherwise there is a risk of significant damage from for instance humidity. The cable also enables a quick and easy start-up of the offshore wind farm once the export connection is back in service. In addition, we save a lot of diesel fuel and operating hours for the emergency generators for both the wind turbines and the service boats”, points out Niels Møller Jensen, Interface Manager at Horns Rev 3.

The cable, which was completed in April, is an optimal solution both in terms of the environment and with regard to investments and operating costs. It was used for the first time recently when Energinet had to disconnect the export cable from Horns Rev 2 for four days for maintenance works. During this time, the wind farm was supplied with electricity from Horns Rev 3.

“We are really happy that we could supply our 91 wind turbines with back-up electricity from Horns Rev 3 during Energinet’s planned inspection of the export cable’s high voltage switch. Thanks to the new cable, we were able to resume generation of green power much faster”, says Allan Due Overbeck, Head of Operations Horns Rev 2.

The wind turbines at Horns Rev 2 normally get emergency power from a central generator on an offshore platform. At Horns Rev 3, each turbine has a small emergency generator.

This is the first time the two offshore wind farms, which have different owners, have backed each other up in this way. Horns Rev 2 has been in operation since 2009, while Horns Rev 3 first began supplying power to the electricity grid in December and will be operating at full capacity by the end of the summer.

Source : Strategic Research Institute
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Plans lodged for East Ayrshire wind farm

Electric Energy Online reported that revised plans for a community backed wind farm that could positively transform the local economy have been submitted following a careful redesign. Hamilton-based employer, Banks Renewables, has amended plans for the Lethans Wind Farm in order to boost the amount of clean, green energy generated, while maintaining its commitments for a 22 turbine site.

Situated east of New Cumnock, the revised plans will optimise the electrical generating efficiency of the site in order to supply an estimated 105.6MW of energy to the National Grid enough to power over 90,000 homes*. The improved proposal looks to increase the site’s lifespan from 25 to 30 years, as well as increase the height and the rotor diameter of the turbines, allowing Banks to invest even more in the local community and economy.

Communities within 10km of Lethans would benefit from a GBP 7.1 million local community benefit fund; a GBP 1.3 million skills and training fund to help around 440 local unemployed people overcome barriers to work; GBP 250,000 contribution towards new mountain bike trails on the Lethans site; GBP 7.1 million contribution East Ayrshire Council’s Renewable Energy Fund; as well offering the local community the opportunity to purchase up to a 5% share in the wind farm.

Jeannie Kielty, community relations manager at Banks Renewables, said that “Our updated plans are really exciting and reflect our commitment to delivering real, long-lasting benefits to East Ayrshire. If the amendments are approved, it will enable us to increase the clean, green electricity generated by Lethans Wind Farm, as well as make an investment of approximately GBP 39 million into the Scottish economy during construction. Overall, it is estimated that GBP 132 million will be invested into the Scottish economy during the project lifecycle.

The site was initially granted planning consent by the Scottish Government’s Energy Consents Unit in March 2018 following a positive recommendation from East Ayrshire Council.

Mr Jeannie added that “We’d like to thank everyone who has contributed to the planning process over the past couple of years and hope that it will once again lead to a positive decision from the Scottish Government’s Energy Consents Unit and local planning authority.”

Source : Electric Energy Online
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Danish Firm To Trade Energy From World’s First Floating Wind Farm

Danish energy trading firm Danske Commodities, has signed a 20 year power purchase agreement (PPA) with the world’s first floating wind farm, 30 km off the coast of Scotland. The company will, as the sole offtaker, take over balancing and trading Hywind Scotland’s 30MW total capacity, capable of powering 200,000 households. Danske Commodities is 75% owned by Norwegian energy giant Equinor.

Mr Jens Økland, Equinor Senior Vice President, Business Development, New Energy Solutions said that “Hywind Scotland is the world’s first floating wind farm and we are excited to partner up with Danske Commodities. Floating wind farms hold great potential as close to 80% of the ocean’s resource potential is in deep waters. And looking ahead, floating offshore wind is estimated to constitute 10% of the market, potentially powering 12 million homes by 2030.”

Source : Strategic Research Institute
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Eolus Signs Construction Agreement With Skanska For Stigafjellet

Eolus Norwegian subsidiary Eolus Vind Norge Holding AS has signed a BoP agreement with Skanska Norge AS regarding wind farm Stigafjellet. Under the agreement Skanska will build roads, foundations, crane sites and other hardened surfaces as well as take care of necessary logging on the site.

When commissioned Stigafjellet will comprise seven wind turbines of the model Siemens Gamesa SWT-DD-130 – 4.3 MW with 115 m hub height and be owned by ewz. The wind farm is expected to be completed in the second half of 2020.

Source : Strategic Research Institute
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Sandia Crawling Robots, Drones Detect Damage To Save Wind Blades

Drones and crawling robots outfitted with special scanning technology could help wind blades stay in service longer, which may help lower the cost of wind energy at a time when blades are getting bigger, pricier and harder to transport, Sandia National Laboratories researchers say.

As part of the Department of Energy’s Blade Reliability Collaborative work, funded by the Wind Energy Technologies Office, Sandia researchers partnered with energy businesses to develop machines that noninvasively inspect wind blades for hidden damage while being faster and more detailed than traditional inspections with cameras.

Mr Joshua Paquette, a mechanical engineer in Sandia’s wind energy program said that “Wind blades are the largest single-piece composite structures built in the world even bigger than any airplane, and they often get put on machines in remote locations. A blade is subject to lightning, hail, rain, humidity and other forces while running through a billion load cycles during its lifetime, but you can’t just land it in a hanger for maintenance.”

Source : Share Ng
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Elecnor Builds First Wind Farm In The Valencia Region

Spanish infrastructure, energy and telecommunications group Elecnor, through its wind energy development subsidiary Enerfin, has initiated the construction of a new 50-MW wind farm in the Valencia region, located in the municipality of Cofrentes. The new facility, which is expected to launch operations in March 2020, will require a total investment of EUR 53 million, and will be comprised of 13 wind turbines supplied by GE Renewable Energy.

It is one of the projects that was awarded under the framework of the Valencian Community Wind Energy Plan, and is the first wind farm to be built in the Autonomous Community of Valencia in the last eight years. The facility will generate sufficient clean energy to supply 43,705 households, avoiding the emission of 66,000 tonnes of CO2. It will evacuate the power generated to the Cofrentes substation, owned by Iberdrola Distribución.

The construction of the wind farm will generate over EUR 1.5 million in revenue for the Valencian Community, and the operation will provide annual revenue in excess of EUR 400,000 per year from taxes and contributions to the Wind Farm Compensation Fund. The construction and operation phases are also expected to generate 300 direct jobs and over twice as many indirect jobs.

For this project, Elecnor has signed a Power Purchase Agreement with Cepsa at a fixed price for a period of 10 years. This agreement has allowed Elecnor to access profitable financing for the construction of the park and allows Cepsa to continue offering 100% renewable electricity to its customers. Likewise, it has signed the financing agreement for the project with Banco Sabadell under the project finance modality.

Source : Strategic Research Institute
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GE World Longest Wind Turbine Blade Sees First Daylight

The first 107-meter blade, for GE's Haliade-X 12 MW wind turbine, has made its first trip outside our factory in Cherbourg, France. Final preparations for shipment of the blade are now underway.

The Haliade-X 12 MW is a multi-million investment that will help reduce offshore wind’s cost of energy in order to make it a more competitive source of clean and renewable energy.

Source : Strategic Research Institute
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GE Renewable And Enerfin Team Up To Construct 50 MW Cofrentes Wind Farm

Enerfín announced the start of the construction of the 50 MW Cofrentes wind farm, which will be powered by 13 of GE Renewable Energy's onshore wind turbines. The project is the first between the two companies and marks the return of wind energy to the Valencian Community after an eight-year hiatus. The project will be powered by 13 of GE's 3.8-137 onshore wind turbines, with a hub height of 111.5m, ideally suited to take advantage of the wind conditions in the mountainous range of La Muela de Cortes. The turbines will be produced at GE's Renewable Energy site in Salzbergen, Germany; while the blades will be manufactured by GE's LM Wind Power in Spain.

GE Renewable Energy will also provide a 25 year Full Service Agreement offering data-driven insights, expert recommendations, and advanced field services, all sourced locally thanks to GE Renewable Energy's Service site in Noblejas and the new Remote Operations Center in Barcelona.

Mr Peter Wells, Onshore Wind CEO for Europe and SSA at GE Renewable Energy said that "we are very excited to be working with Enerfín in our first project together and to be able to do so on a project that highlights our commitment to the Spanish wind market, while offering the full range of local capabilities, expertise and unique solutions we have in Spain."

The Noblejas site, where the drivetrains of the Cofrentes turbines will eventually go for service, is one of the few sites in Spain with the scope to service machines of up to 4MW from a variety of manufactures. In addition, GE Renewable Energy's ROC in Barcelona, is expected to add to its radar Enerfín's turbines once they are commissioned by 2020.

Source : Strategic Research Institute
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Vestas and GE Renewable Energy Settle Multi-Patent Dispute

Vestas Wind Systems and General Electric Company acting through its Renewable Energy Business, have reached an amicable settlement of all disputes related to multiple patent infringement claims in the US, resulting in the discontinuation of the case pending in the US District Court for the Central District of California as well as all other pending proceedings related to the patents-in-suit.

The patents-in-suit generally relate to technologies that enable wind turbines to manage grid faults. With this settlement, any past infringements of the patents-in-suit are fully released. In addition, the settlement includes a cross-license to the patents-in-suit and their family members, as well as a confidential payment from Vestas to GE. The cross-license applies globally to the parties’ and their affiliates’ respective onshore and offshore wind businesses and ensures that they can use the technology covered by such patents.

Today’s announcement resolves the initial lawsuit GE filed against Vestas and Vestas-American Wind Technology Inc. on 31 July 2017, claiming infringement of its U.S. Patents No. 7,629,705 and No. 6,921,985; Vestas’ two counterclaims against GE claiming infringement of its U.S. Patents No. 7,102,247 and No. 7,859,125 on 15 December 2017; and all pending inter-partes review proceedings with respect to the patents-in-suit.

Source : Strategic Research Institute
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