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Australia has potential to be wind energy world leader

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Australia can lead the world in wind power, but a lack of direction in policy has hampered its growth, according to the Australian Wind Alliance.
A new report by the University of Technology, Sydney's Institute for Sustainable Futures said Australia's potential onshore wind resources could power the nation 12 times over, but only accounts for six per cent of current energy generation.
"The extent of wind resources is massive," Australian Wind Alliance national co-ordinator Andrew Bray told Fairfax Media.
Australia is leading the world in terms of wind power efficiency, with the total turbines capacity factor – or its ability to run at full power – at 33 per cent for the year, compared to the global average of 23 per cent.
"This means a wind turbine in Australia, on average, will generate 142-megawatt hours for every 100-megawatt hours generated by an average wind turbine worldwide," the report said.
 
It forecast that French firm Neoen's Hornsdale wind farm in South Australia, which is supported by the Tesla battery array, could even achieve a capacity factor of 49 per cent.
The US has a capacity factor of 31 per cent.
However, Australia lags well behind the rest of the world in terms of installed capacity, coming 17th globally.



Wind energy research at DLR – First innovative DLR rotor blade headed for load testing

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Researchers at the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) have completed the first innovative rotor blade as part of the SmartBlades2 project. The rotor blade with a length of 20 metres can passively adapt to varying wind conditions using bending torsion coupling. 

Until the beginning of 2018, the rotor blade will be subjected to numerous load tests at the Fraunhofer Institute for Wind Energy and Energy System Technology (IWES) in Bremerhaven. In the research project SmartBlades2, industry and research facilities are developing innovative technologies for larger and more powerful wind turbines. The project is supported by the German Federal Ministry for Economic Affairs and Energy (BMWi).
http://www.dlr.de/dlr/en/Portaldata/1/Resources/portal_bilder/2017/2017_4/20171206_SmartBlade_55_xl.jpg
Adapting to wind conditions
During the rotation of a large wind turbine with rotor blades 80 metres and longer, each rotor blade is intermittently positioned close to the ground and a short time later at a height of around 200 metres. Due to the uneven wind distribution between ground level and the top section of the wind turbine, rotor blades are subjected to strong fluctuations in wind load. This results in high stresses for the rotor blade material, particularly when operating at the nominal capacity of the turbine. Additionally, wind turbine operators need to restrict the wind turbines in strong winds and cannot optimally exploit the energy of the wind flow. Rotor blades with bending torsion coupling are able to independently adapt their geometry to the wind conditions. At higher wind speeds the rotor blade twists, thus exposing less contact surface to the wind, which enables the load on the installation to be reduced.
http://www.dlr.de/dlr/en/Portaldata/1/Resources/portal_bilder/2017/2017_4/20171206_SmartBlade_3_xl.jpg
At the Center for Lightweight-Production-Technology (ZLP), located at the DLR site in Stade, scientists from the DLR Institute of Composite Structures and Adaptive Systems have produced a 20-metre-long rotor blade with structural bending torsion coupling. In doing so, the materials of the blade (glass-fibre reinforced plastic, wood and plastic foam) are placed in such a way that under wind load the blade not only bends backwards, but above all twists. “Because of the innovative structure the rotor blades are more flexible, at the same time allowing them to be lighter and less massive. Particularly for very large wind turbines, less weight is a great benefit and additionally makes transportation and assembly easier,” emphasises Zhuzhell Montano Rejas, Project Manager of SmartBlades2 at the DLR Institute of Composite Structures and Adaptive Systems.
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Tests under extreme loads
From December onwards, the load tests will be conducted on a rotor blade test rig at the Fraunhofer IWES in Bremerhaven. Here, the load-bearing capacity of the rotor blade will be tested under extreme loads and under normal operating conditions in order to determine the blade properties and their deformation behaviour. The scientists pay special attention to whether bending and torsion of the rotor blade optimally complement one another. The scientists have integrated measuring sensors inside the rotor blade for accurate data recording during the load tests. This allows them to observe structural and material deformations. Once a sufficient load-bearing capacity has been confirmed, within the coming year the scientists will produce a complete three-blade rotor with the same dimensions, which they will subject to open air wind turbine testing under realistic load and weather conditions at the US National Renewable Energy Laboratory (NREL).
The SmartBlades2 project – intelligent rotor blades
Bending torsion coupling is one of many technologies to be developed further in the SmartBlades2 research project. In total, 11 partners from the Research Alliance Wind Energy (DLR, ForWind Hannover and ForWind Oldenburg, Fraunhofer IWES) and industry (GE Global Research, Henkel AG & Co. KGaA, Nordex Energy, SSB Wind Systems GmbH & Co. KG, Suzlon Energy Ltd. and WRD Wobben Research and Development GmbH) are working together on innovative rotor blades. The project is supported by the BMWi with an amount of 15.4 million euro. The aim of the research work is realising larger and more efficient rotors that allow greater exploitation of wind energy and increase the competitiveness of German companies in the wind-energy industry.
Further technologies investigated in the project are adaptive trailing edge flaps and leading edge slats. Both concepts come from aviation and are comparable to the flaps on aircraft wings. In addition, researchers are working on the further development of selected methods and technologies such as the aerodynamic behaviour of rotor blades and control of the entire system.
 

GE scores its largest Wind Energy order in Thailand

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Agreements to build three 90 MW clusters for the Theparak Wind farm in Central Thailand. GE Renewable Energy and GE Power recently announced agreements to provide 270 MW of wind energy capacity to Wind Energy Holding (a member of Thailand's KPN Group) for the Theparak Wind Farm in Central Thailand.

GE Renewable Energy is set to provide a total of ninety 3.0-137 wind turbines with 156.5m hybrid towers, making those the tallest turbines it has ever installed outside of Europe.
Pete McCabe, President & CEO of GE's Onshore Wind Business, said "Partnering with Wind Energy Holding and contributing to Thailand's largest Onshore Wind Farm is a terrific win for the whole GE team. Our 3.0-137 wind turbine with its 156.5m tower is ideal for the very specific wind conditions in Central Thailand and has the potential to contribute to reaching grid parity for onshore wind in the country."
http://www.genewsroom.com/sites/default/files/styles/ge_extra_large/public/media/201712/20171207_GE_0115.jpg?itok=MS3K-yws 
From left: Mr. Steve Oswald, Manager, Commercial Operations - Asia, GE’s Onshore Wind Business; Mr. Kovit Kantapasara, President and CEO, GE Thailand and Laos; Mr. Pete McCabe, President & CEO, GE’s Onshore Wind Business; Mr. Nop Narongdej, Chairman of the Executive Committee, Wind Energy Holding; Mrs. Poruethai Narongdej; Mrs. Emma Collins, Chief Executive Officer, Wind Energy Holding; and Mr. Nuttawut Phowborom, President, Wind Energy Holding at the announcement of the order.
 
GE Power will supply the wind turbine's electric drive train with generators and pitch motors and will also supply the collector and grid interconnection substation packages, including high voltage switchgears, transformers, SCADA controls, telecommunications and power systems studies for the wind farm. The 270 MW of capacity will be installed in three phases of 90 MW each and is scheduled to begin commercial operations in 2018. The scope of the project also includes a 15-year Full Service Agreement between Wind Energy Holding and GE Renewable Energy.
Theparak marks GE's largest renewable energy order in Thailand and will contribute to the country's goal to reach 40% of renewable energy in its energy mix by 2036.
Kovit Kantapasara, President & CEO of GE Thailand said, "This project is a great example of what is possible when we put the full power of GE to work in helping Thailand reach its renewable energy goals. By collaborating with experts across our wind and grid business, our customer will be able to implement a solution that ensures full integration from the turbines all the way to the local utility."

GE Renewable Energy is a $10 billion start-up that brings together one of the broadest product and service portfolios of the renewable energy industry. Combining onshore and offshore wind, hydro and innovative technologies such as concentrated solar power and more recently turbine blades, GE Renewable Energy has installed more than 400+ gigawatts capacity globally to make the world work better and cleaner. With more than 22,000 employees present in more than 55 countries, GE Renewable Energy is backed by the resources of the world's first digital industrial company. Our goal is to demonstrate to the rest of the world that nobody should ever have to choose between affordable, reliable, and sustainable energy.
GE Power is a world energy leader that provides technology, solutions and services across the entire energy value chain from the point of generation to consumption. We are transforming the electricity industry by uniting all the resources and scale of the world's first Digital Industrial Company. Our customers operate in more than 150 countries, and together we power more than a third of the world to illuminate cities, build economies and connect the world.




 

Vestas wins largest order to date in India with 250 MW turnkey order

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Vestas’ extensive experience from around 4 GW of turnkey projects across the globe has secured the company its largest project in India to date. The record order is placed by Ostro Kutch Power Private Limited and awarded through India’s first wind power auction held in February 2017.
The 250 MW turnkey order follows another 100 MW turnkey project in India earlier this year, taking Vestas’ order intake in the market to more than 480 MW in 2017.
The project will be located in the Kutch district of Gujarat state and includes delivery, installation and commissioning of 125 V110-2.0 MW turbines, as well as the project’s civil and electrical works. The turbines will be serviced by Vestas via a 10-year full-scope Active Output Management 4000 (AOM 4000) service agreement as well as a Vestas Online® Business SCADA solution. Commissioning is expected by the third quarter of 2018.
“We are pleased to announce our partnership with Vestas to execute this prestigious 250 MW auction project (SECI-I, ISTS-connected). We are confident that Vestas will deliver a world class project firmly putting Ostro past the 1 GW capacity milestone,” said Ranjit Gupta, CEO, Ostro Energy Private Limited.
"With another turnkey project in India, we underline the broad range of capabilities we offer our Indian customers to be successful in auctions. Our extensive experience from more than 100 turnkey projects across the globe has been key in securing this order, marking a major milestone as our largest project in India since pioneering the country’s wind energy market in 1986,"said Clive Turton, President of Vestas Asia Pacific.
The wind park can produce enough power to cover the annual electricity consumption of about 5.7 million urban electricity consumers in India.




 

Vestas has received an order for 15 V136-3.6 MW wind turbines for a 54 MW wind power plant in Norway

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Vestas has received an order for 15 V136-3.6 MW wind turbines for a 54 MW wind power plant located in Marker in south-east Norway. The firm and unconditional order is placed by the leading Swiss-based international energy and infrastructure company BKW Energie AG, which owns a large stake in the 1 GW Fosen Vind project that Vestas announced last year.
“We are convinced that with Vestas we can count on an experienced and high quality partner to meet our expectations for the Marker wind power project,” says Martina Dabo, Head of Business Unit Wind, BKW Energie AG.
“BKW Energie AG is already very active in Norway with a large stake in the 1 GW Fosen Vind project, Europe’s largest onshore wind park when in operation. We are therefore very pleased to continue the partnership and deliver our turbines and services to the Marker wind power plant,” adds Klaus Steen Mortensen, President, Vestas Northern Europe.
The contract includes supply, installation and commissioning of the wind turbines. Delivery is expected to begin in the third quarter of 2018.




 

GE obtiene su mayor pedido de energías renovables en Tailandia

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GE Renewable Energy y GE Power anunciaron recientemente acuerdos para proporcionar 270 MW de energía eólica a Wind Energy Holding (miembro del grupo tailandés KPN) para el parque eólico Theparak en el centro de Tailandia. GE Renewable Energy ofrecerá un total de noventa 3.0-137 aerogeneradores con torres híbridas de 156,5 m, lo que los convierte en las turbinas más altas que jamás haya instalado fuera de Europa.

Pete McCabe, presidente y CEO de Onshore Wind Business de GE, dijo: "Asociarnos con Wind Energy Holding y contribuir al mayor parque eólico de Tailandia es una gran victoria para todo el equipo de GE. Nuestra aerogeneradora 3.0-137 con su torre de 156.5m es ideal para las condiciones de viento muy específicas en el centro de Tailandia y tiene el potencial de contribuir a alcanzar la paridad de red para la energía eólica en tierra en el país ".

GE Power suministrará la transmisión eléctrica de la turbina eólica con generadores y motores de cabeceo y también suministrará los paquetes de subestación de interconexión de colectores e interconexiones, incluidos conmutadores de alto voltaje, transformadores, controles SCADA, telecomunicaciones y estudios de sistemas de potencia para el parque eólico. Los 270 MW de capacidad eólica se instalarán en tres fases de 90 MW cada uno y está previsto que comiencen las operaciones comerciales en 2018. El alcance del proyecto también incluye un Acuerdo de servicio completo por 15 años entre Wind Energy Holding y GE Renewable Energy.

http://www.genewsroom.com/sites/default/files/styles/ge_extra_large/public/media/201712/20171207_GE_0115.jpg?itok=MS3K-yws
Desde la izquierda: Mr. Steve Oswald, Manager, Commercial Operations - Asia, GE’s Onshore Wind Business; Mr. Kovit Kantapasara, President and CEO, GE Thailand and Laos; Mr. Pete McCabe, President & CEO, GE’s Onshore Wind Business; Mr. Nop Narongdej, Chairman of the Executive Committee, Wind Energy Holding; Mrs. Poruethai Narongdej; Mrs. Emma Collins, Chief Executive Officer, Wind Energy Holding; and Mr. Nuttawut Phowborom, President, Wind Energy Holding

Theparak marca el pedido de energías renovables más grande de GE en Tailandia y contribuirá al objetivo del país de alcanzar el 40% de energías renovables para 2036.
Kovit Kantapasara, presidente y CEO de GE Thailand, dijo: "Este proyecto de energía eólica es un gran ejemplo de lo que es posible cuando utilizamos toda la potencia de GE para ayudar a Tailandia a alcanzar sus objetivos de energías renovables".

 


Nordex awarded contracts for 45 MW of wind energy in Italy

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The Nordex Group has been awarded contracts for the installation of two wind farms in Apulia. A total of 13 N131 turbines with 84 meter steel towers are to be supplied plus service for the turbines. Construction is to commence in the third quarter of 2018.
 
The order has been placed by an Italian project developer and independent power producer which primarily specialises in wind power. Both projects were awarded in a tender process held in 2016.
The Group has installed wind power capacity of more than 21 GW in over 25 markets, generating sales of EUR 3.4 billion in 2016. It currently has roughly 5,000 employees. The production network comprises plants in Germany, Spain, Brazil, the United States and India. The product range primarily concentrates on onshore turbines in the 1.5 - 4.5 MW class addressing the requirements of land constrained as well as grid constrained markets.







 

Nordex adjudicó contratos por 45 MW de energía eólica en Italia

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Nordex ha obtenido contratos para la instalación de dos parques eólicos en Apulia.Se debe suministrar un total de 13 aerogeneradores N131 con torres de acero de 84 metros más servicio para las turbinas.La construcción debe comenzar en el tercer trimestre de 2018.
 
El pedido ha sido realizado por un promotor eólico italiano y productor de energías renovables que se especializa principalmente en energía eólica.Ambos proyectos fueron adjudicados en un proceso de licitación celebrado en 2016.
Nordex ha instalado una capacidad de energía eólica de más de 21 GW en más de 25 mercados, generando ventas de 3.400 millones de euros en 2016. Actualmente cuenta con aproximadamente 5.000 empleados.La red de producción comprende plantas en Alemania, España, Brasil, Estados Unidos e India.
 
 
 
 
  

Vestas secures 51 MW order in China

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Vestas has secured a contract with a long-term customer to supply 23 V110-2.0 MW turbines delivered in 2.2 MW Power Optimised Mode. The project will be located in the Liaoning Province of Northeastern China and lifts Vestas’ order intake in 2017 to more than 760 MW – the highest since 2011.
The order also includes an Active Output Management 4000 (AOM 4000) service contract. Delivery and commissioning are expected to begin in the second quarter of 2018.
“This is our fourth order in Liaoning Province in less than two years, which underlines our progress in Northeastern China through a strong focus on building customer relationships and the right wind energy solutions. The project takes Vestas’ order intake in China to a six year high, emphasising our competitiveness in the worlds largest wind energy market, said Kebao Yang, Vestas Group Senior Vice President and President of Vestas China.


 
 
 

Vestas and Northvolt partner on battery storage for wind energy to support the further integration of renewables

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Sustainable energy leader Vestas and battery manufacturer Northvolt today announced a technology collaboration on the development of a lithium-ion battery platform for Vestas power plants. As an initial phase of the partnership, Vestas is investing EUR 10 million. 
With renewable energy generation now cost-competitive with electricity produced from fossil fuels, significant challenges remain in how to integrate renewable energy into power grids and systems, as renewables cannot always match supply with demand.
The solution to solving this challenge is storing renewably-generated electricity so it can be provided when needed. Battery storage is a key technology to support the large-scale integration of renewable energy into energy systems and to speed up the transition from fossil fuels to renewable energy. In this context, providers of both wind energy technologies and battery technologies are looking for ways to accelerate this integration.
With the support of Northvolt, Vestas is looking to bring the most competitive and sustainable hybrid storage solutions to the market and to better integrate storage and renewable energy generation technologies as a means to meet broader industry challenges and increase the uptake of more renewables. This is being done both through existing research and development, and by combining it with unique competencies and experiences of new partners. In this way, Northvolt will become a part of Vestas’ hybrid supplier ecosystem.
Northvolt, with the support of Vestas, is looking to better understand the needs of the renewable energy sector in order to develop batteries for solution providers and OEMs. Northvolt is building a next generation battery factory with the aim to produce the world’s greenest batteries to enable and accelerate the transition to renewable energy. 
“This important collaboration with Northvolt will enable Vestas to define, challenge and improve battery storage offering for customers that need hybrid and storage solutions,” says Vestas’ Chief Technology Officer Anders Vedel. “There is a strong shared purpose and strategic fit with Northvolt that will support our goal to expand our knowledge in an area that we know will only grow in importance to the renewables and overall electricity market.”
“Vestas is a true global leader in enabling the world’s transition to renewable energy. Batteries and solutions for energy storage are key in this transition, and Vestas will be an important strategic partner for Northvolt as we establish our product offering to the renewable energy sector,” says Peter Carlsson, Co-Founder and CEO of Northvolt.  
The two technology leaders are aiming to create and optimise a means to integrate battery storage solutions into wind turbines and full power plant system design in order to: 
  • Enable Vestas to ensure more certainty and predictability in power output for greater grid stability and compliance with emerging grid requirements
  • Develop and optimise control systems that can integrate battery storage systems with other renewable energy technologies.
Battery costs have been traditionally too high for wide-scale use, but adoption of batteries for energy storage will increase dramatically when the costs drop and create a more attractive business case for renewable energy and storage than that of traditional fossil fuels. This collaboration also aims to develop data management systems for real-time operation data and to ensure integration and continuous optimisation on overall product design and asset lifetime.
Over the next seven years, the partnership will see Vestas and Northvolt contribute to the joint development project through a combination of dedicated staff, project resources and shared development efforts. To support the initial phase of the partnership, Vestas will invest EUR 10 million towards joint R&D and product development, as well as the establishment of Northvolt’s demonstration line and research facility, Northvolt Labs, which will be used to test and qualify products and processes.




India’s first offshore wind energy projects auction for 5GW in 2018

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India will invite bids for the first time to set up offshore wind power projects in the country with the government planning to auction for 5 gigawatt (GW) of capacity, New and Renewable Energy Minister R.K Singh said on Thursday.

Addressing the National Energy Conservation Awards event here with President Ram Nath Kovind as the chief guest, Singh also said that India will surpass its target of having 175 GW renewable energy capacity and achieve 200 GW by 2022.
“Our target is that we would auction at least 5 GW of offshore wind capacities next year. Survey is in progress at a location. We would start survey at two more locations and have placed order to buy equipment for that,” Singh, who is also the Power Minister, told the gathering.
“We would not only achieve the target of having 175 GW renewable energy capacity by 2022 but would surpass that and have at least 200 GW by then,” he said.
He also said the current fiscal would see auctions for 9 GW of wind energy, which also includes already auctioned capacities. The next two fiscals will each see bidding for 10 GW of wind capacity.
The government has already auctioned 2 GW wind capacity in two rounds so far this year.
The country’s current wind power installed capacity is 32 GW.
Earlier this week, the government issued the norms for wind power auction.
“In solar energy, we would auction 20 GW projects, including those already auctioned this year. Next year, we will auction 30 GW and another 30 GW in the subsequent year,” Singh said.
“Next, we will be inviting bids for floating solar capacities,” he added, referring to solar power units erected atop reservoirs.

CPPIB and Votorantim Energia to acquire 565 MW wind energy in Brazil

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Canada Pension Plan Investment Board (CPPIB) and Votorantim Energia have agreed to form a joint venture in Brazil and will acquire two operational wind farms in the country, totaling 565MW.
The joint venture has been formed to invest in the country’s power generation sector, particularly in wind segment.
For this joint venture, CPPIB has committed an initial investment of R$ 690m ($209m). Going forward, the joint venture is expected to invest more than R$3bn ($910m) in operational and development assets in the power sector.
CPPIB managing director and Power and Renewables head Bruce Hogg said: “This transaction enables CPPIB to establish a footprint in the attractive Brazilian power generation market, which fits well with our overall power and renewables strategy and further diversifies the CPP Fund.”
The first acquisition will be the 359MW Ventos do Araripe III (Ventos III) from Brazilian project developer Casa dos Ventos. This wind farm, which is located in Piauí and Pernambuco, has committed investments of R$ 1.8bn ($550m).
The second wind farm is the 206MW Ventos do Piauí I (Piauí I) and it is located in the state of Piauí. This wind farm is being contributed by Votorantim Energia into the joint venture, with committed investments of R$1.2bn ($360m).
Acquisitions of the wind farms are subject to customary closing conditions and regulatory approvals.
Hogg continued: “Brazil is considered among the top renewable energy markets in the world, and as demand in the country grows, wind energy is expected to be one of the largest contributors to this new supply. We look forward to building a long-term partnership with Votorantim, a best-in-class local operator, to expand our joint venture.
“As power demand grows worldwide and with a focus on accelerating the energy transition, CPPIB will continue to seek opportunities to expand our power and renewables portfolio globally.”



 

France Hopes to Get More Wind Energy from Its Coasts

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France recently launched its first floating wind turbine. The new turbine is called Floatgen. It is near the country’s western coast. Makers of the turbine say it is able to provide electricity for as many as 5,000 homes.
It also is France’s first attempt at offshore wind energy: electricity produced by turbines located in the ocean. The project cost $29.5 million.
A number of European businesses and research groups are supporting the Floatgen Project.
Bruno Geschier is head of sales and a marketing manager for Ideol, the company that coordinated the project.
He said the next step is to produce offshore wind farms. The goal, he said, is 50 much larger offshore turbines that are able to provide electricity to hundreds and thousands of people.
Geischier predicts that this might happen in less than 10 years because France is trying to decrease the country’s dependence on nuclear power.
Based in Brussels, Belgium, the industry group WindEurope predicts France will become Europe’s second biggest wind energy producer by 2030. Germany would remain the largest producer.
Currently, wind power produces about 4 percent of France’s electricity.
Pierre Tardieu is WindEurope’s Chief Policy Officer. He said that renewable energy, such as wind, is not only good for the planet. Today, it is much less costly than it used to be.
“This is true for France of course, but it is also true for Europe as a whole,” he said.
Leadership hopes
Increasing wind energy also fits with President Emmanuel Macron’s aim of helping lead efforts to limit the rise of world temperatures.
Last Tuesday, Macron’s government held an international meeting on climate financing. The meeting took place two years after the Paris Agreement on climate change was signed in the French capital.
Many European Union (EU) countries say they will likely meet the EU goal of getting 20 percent of their energy from renewable sources by 2020. They may also increase their renewable energy goals for 2030.
But such goals remain hard to reach. France, for example, is one of several EU members not expected to reach the 2020 goals.
In addition, French environment minister Nicolas Hulot in November delayed a 2023 deadline for reducing the nation’s dependence on nuclear power. Currently, nuclear energy provides 75 percent of France’s electricity. The 2023 goal was to decrease that number to 50 percent. Hulot said the deadline could not be met.
Germany is a strong producer of renewable energy, but it also depends on fossil fuel. The country gets 40 percent of its energy from coal while wind and solar provide 30 percent.
The greater dependence on coal is partly the result of Germany’s reduction of nuclear power which still provides 30 percent of the country’s electricity.
With Floatgen, France hopes to go from being one of the EU’s slow movers to a wind power leader.
“I think that the French government understands that it’s not possible in the world today to continue just with nuclear power,” said Green Party Senator Ronan Dantec.
He said nuclear power is very expensive. Having a plan for renewable energy, he added, is important for industry in France and for the country’s future electricity needs.
Powering the oceans
Today, France is one of a few countries testing the use of floating wind turbines. The technology uses wires attached to the ocean floor and can be deployed in deeper waters than non-floating offshore turbines. This helps to make use of deep ocean winds — which are often stronger and more continuous than winds on the coast.
Other countries are also moving forward with floating, offshore turbines. In October, Britain launched the world’s first floating wind farm off of the coast of Scotland. The farm can provide electricity for up to 20,000 homes.
“We’re late — let’s be honest,” said France’s Junior Environment Minister Sebastien Lecornu during Floatgen’s launch in Saint-Nazaire.
Yet France is seeking to catch up.
“We have everything it takes to make this region big in terms of building wind turbines, both on land and offshore,” said Regional Council Vice-President Paul Jenneteau. He notes that the Floatgen turbine alone created 70 jobs.
“Imagine offshore wind farms here,” he added.
WindEurope’s Tardieu agrees, predicting Europe’s wind industry will generate more than 500,000 jobs by 2030, more than double today’s numbers.
Blades can be produced in Portugal and turbine structures in Poland, he said. Belgium can make the equipment boxes.




 

Récord histórico de generación termosolar

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En base a la información proporcionada por REE–ESIOS, las centrales termosolares en España han alcanzado un nuevo récord de generación anual acumulada a noviembre. El récord previo se situó en 5.085 GWh en el año 2015, si bien a finales de noviembre de 2017, la generación acumulada ya ha alcanzado los 5.216 GWh, por lo que con la producción del mes de diciembre, se consolidará aún más el récord de generación acumulada anual.
Comparando la generación anual desglosada mes a mes con la del año anterior, año en el que la generación acumulada se quedó a tan sólo un 0,3% del valor del récord de 2015, observamos dos hechos relevantes: La primavera y el otoño de 2017 han sido muy buenos en cuanto a generación y el verano de 2017 ha estado por debajo del verano de 2016.
La radiación solar directa es un criterio clave para alcanzar estos valores de generación que, junto con la experiencia acumulada de operación de las plantas y la robustez tecnológica de las mismas, están permitiendo constatar que las centrales termosolares operan año tras año consistentemente y sin mostrar rastro alguno de signos de degradación.




 

Tax reform to allow continued wind power investment and job growth

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The Tax Cuts and Jobs Act near passage in Congress will allow the continued growth of American wind energy, and the investment, jobs, and other economic benefits it brings to rural communities. The bill to be voted on later this week preserves the orderly phase-out through 2019 of wind energy tax credits, ensuring stability for American factories that build wind turbines, and investors who back new wind farms.
“We are grateful to our champions in Congress for their work to craft a pro-business tax reform bill that will continue the success story of American wind power,” said Tom Kiernan, CEO of the American Wind Energy Association. “The bill respects the 2015 bipartisan phase-out, preserving through 2019 the Production Tax Credit and Investment Tax Credit, which the wind industry uses to access capital and invest in U.S. infrastructure. We also recognize improvements made to the new Base Erosion Anti-Abuse Tax to enable continued investment. We deeply appreciate the work of Members of Congress who stood up for wind workers and rural America, and look forward to continuing our work with these Congressional champions as we deliver more factory orders, construction contracts, and jobs.”
The final tax reform package honors the PATH Act of 2015, which provided for a gradual phase-out of the tax credits through 2019. The predicable phase-out is expected to unleash $85 billion in economic activity and create nearly 50,000 new wind jobs by 2020, according to Navigant Consulting. Numerous trends are expected to drive further wind power adoption into the 2020s.
Jobs in the wind energy sector grew nine times faster than in the overall economy in 2016, and wind turbine technician is one of the fastest-growing jobs in America, 2016-2026. Over 500 American factories in 41 states manufacture parts for the supply chain, and farming communities across the heartland host wind turbines as a drought-proof cash crop.




 

Vestas’ 2 MW platform reaches 20,000 installed wind turbines globally

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17 years after its introduction, the 2 MW platform has reached another milestone as Vestas installed turbine number 20.000, underlining its position as the most widely installed platform in the history of wind energy. Leveraging Vestas’ ability to continuously innovate and optimise, the 2 MW platform’s annual energy production has increased by a staggering 40 percent since its introduction, ensuring its leading position for almost two decades. Today, more than 38 GW of 2 MW platform turbines have been installed in 45 countries on six continents. 

Built on proven technology, the 2 MW platform’s five turbine variants provide industry-leading performance and reliability, while maintaining the same dimensions and low-weight profile of the nacelle to secure predictability in transportation and installation.
“Installing 20.000 turbines from the same platform in 45 countries across six continents is a remarkable achievement in Vestas’ history and technological leadership, underling our capability to stay ahead of the market with continuous product innovation and reductions in cost of energy,” says Anders Vedel, Executive Vice President & CTO.
The breakthrough installation happened at a site of the 2 GW Wind XI project in Iowa with the installation of a V110-2.0 MW turbine. Developed by MidAmerican Energy Company, a subsidiary of Berkshire Hathaway Energy, Wind XI will be one of the biggest wind development projects in the US when fully operational. 
The Wind XI project underlines the platform’s strong fit for the US market, where the Vestas 2 MW platform alone makes up 12 percent of the total installed wind capacity – compared to 8 percent globally. With 10 GW of Vestas’ 2 MW platform installed, the US – the world’s second largest wind energy market – makes up around one quarter of the platform’s global installed capacity. 
Chris Brown, President of Vestas’ sales and service division in the United States and Canada adds, “The 2 MW platform has been instrumental in Vestas’ success in the U.S., and has delivered maximum production and technology value for our customers. The continued product innovation and platform evolution have enabled incredible platform growth and we’re proud of achieving this milestone here in the U.S.”.
Introduced in 2000 with the V80-2.0 MW turbine, the platform was upgraded with the new V116-2.0 MW and V120-2.0 MW turbines earlier this year.
The 20,000 2 MW turbines produce approximately 100,000 GWh annually.





 

La plataforma eólica de 2 MW de Vestas llega a 20.000 aerogeneradores

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Los 20.000 aerogeneradores de 2 MW producen aproximadamente 100.000 GWh de energía eólica anualmente.
 
17 años después de su introducción, la plataforma de 2 MW ha alcanzado otro hito ya que Vestas instaló la turbina número 20.000, lo que subraya su posición como la plataforma más ampliamente instalada en la historia de la energía eólica.
Aprovechando la capacidad de Vestas para innovar y optimizar continuamente, la producción anual de energía de la plataforma de 2 MW ha aumentado en un asombroso 40 por ciento desde su introducción, asegurando su posición de liderazgo durante casi dos décadas. En la actualidad, se han instalado más de 38 GW de turbinas eólicas de plataforma de 2 MW en 45 países en seis continentes.
Construidas sobre tecnología probada, las cinco variantes de turbina de la plataforma de 2 MW brindan rendimiento y confiabilidad líderes en la industria, al mismo tiempo que mantienen las mismas dimensiones y el perfil de bajo peso de la góndola para asegurar la previsibilidad en el transporte y la instalación.

"Instalar 20.000 turbinas desde la misma plataforma en 45 países de seis continentes es un logro notable en la historia y el liderazgo tecnológico de Vestas, respaldando nuestra capacidad de adelantarnos al mercado con la innovación continua del producto y la reducción del costo de la energía", dice Anders Vedel , Vicepresidente Ejecutivo y CTO.
La instalación de avanzada ocurrió en un sitio del proyecto 2 GW Wind XI en Iowa con la instalación de una turbina V110-2.0 MW. Desarrollado por MidAmerican Energy Company, una filial de Berkshire Hathaway Energy, Wind XI será uno de los mayores proyectos de desarrollo eólico en los Estados Unidos cuando esté en pleno funcionamiento.
El proyecto Wind XI subraya el fuerte ajuste de la plataforma para el mercado estadounidense, donde solo la plataforma Vestas de 2 MW representa el 12 por ciento de la capacidad eólica instalada total, en comparación con el 8 por ciento a nivel mundial. Con 10 GW de la plataforma de 2 MW de Vestas instalada, EE. UU., El segundo mayor mercado de energía eólica del mundo, representa alrededor de un cuarto de la capacidad instalada global de la plataforma.
Chris Brown, presidente de la división de ventas y servicio de Vestas en Estados Unidos y Canadá, agrega: "La plataforma de 2 MW ha sido fundamental para el éxito de Vestas en los EE. UU. Y ha entregado el máximo valor de producción y tecnología para nuestros clientes. La continua innovación de productos y la evolución de la plataforma han permitido un increíble crecimiento de la plataforma y estamos orgullosos de lograr este hito aquí en los EE. UU. ".
Introducida en 2000 con la turbina V80-2.0 MW, la plataforma se mejoró con las nuevas turbinas V116-2.0 MW y V120-2.0 MW a principios de este año.
 
 


 

Senvion's contract for Los Hercules in Argentina

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Senvion, a leading global manufacturer of wind turbines, announced its contract for the supply and delivery of 27 Senvion 3.6M114 NES turbines with EREN Renewables ("EREN RE") in Argentina has become a firm contract. All conditions precedent have been fulfilled. The project, developed and owned by EREN RE, was awarded a PPA in the RENOVAR Round 1 tender in October 2016. A total of 1,142 megawatts (MW) of different technologies were awarded of which 707 MW were wind projects.
David Hardy, Chief Sales Officer at Senvion, said: "Strong partnerships make a real difference when entering new markets together. The very good relationship with EREN RE and the trust they have put in Senvion have facilitated an environment of quick and efficient cooperation. We are looking forward to the further positive development of the project with EREN RE that has until now lead to a financial close in record time, despite challenging market conditions. I am also proud of Senvion's entry into the Argentina market; a market we see strong potential for growth in the future."

After the planned completion of the project, Los Hercules wind farm will see a total rated output of 97.2 MW. The wind farm will be built by Senvion on a full EPC basis. The turbines will be installed at a hub height of 93 meters. The completion of the project is planned for December 2018. Los Hercules wind farm will be located in the Deseado department in the southern province of Santa Cruz and after its completion will be able to supply around 64,000 households with green electricity per year.
The Senvion 3.6M114 was presented at Windenergy Hamburg 2016. It has an upgraded power yield of roughly 2.5 per cent compared to the 3.4M114 NES and is particularly fitting for projects with restricted maximum tip heights at strong wind locations.
Senvion is a leading global manufacturer of onshore and offshore wind turbines. The company develops, produces and markets wind turbines for almost any location - with rated outputs of 2 MW to 6.33 MW and rotor diameters of 82 metres to 152 metres. Furthermore, the company offers its customers project specific solutions in the areas of turnkey, service and maintenance, transport and installation, as well as foundation planning and construction. The Senvion systems are mainly designed in the major TechCenters in Osterrönfeld and Bangalore and manufactured at its German and Portuguese plants in Bremerhaven, Vagos and Oliveira de Frades as well as in Żory-Warszowice, Poland and Baramati, India. With approximately 4,500 employees worldwide, the company makes use of the experience gained from the manufacture and installation of more than 7,500 wind turbines around the world. The company's operational subsidiary Senvion GmbH is based in Hamburg and represented by distribution partners, subsidiaries and participations in European markets such as France, Belgium, the Netherlands, the UK, Italy, Romania, Portugal, Sweden, and Poland as well as on a global level in the USA, China, Australia, Japan, India, Chile and Canada. Senvion S.A. is listed on the Prime Standard of the Frankfurt Stock Exchange.



 

Eólica en Argentina: Senvion suministra aerogeneradores a Los Hercules

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Senvion, un fabricante líder mundial de aerogeneradores, anunció que un contrato para el suministro y la entrega de 27 turbinas eólicas Sennes 3.6M114 NES con EREN Renewables ("EREN RE") en Argentina se ha convertido en un contrato firme. 
Todas las condiciones precedentes se han cumplido. El proyecto, desarrollado y propiedad de EREN RE, recibió un PPA en la licitación de la Ronda 1 de RENOVAR en octubre de 2016. Se adjudicó un total de 1.142 megavatios (MW) de diferentes tecnologías de energías renovables, de las cuales 707 MW fueron proyectos eólicos.
David Hardy, director de ventas de Senvion, dijo: "Las alianzas sólidas marcan una diferencia real al entrar en nuevos mercados juntos. La muy buena relación con EREN RE y la confianza que han depositado en Senvion han facilitado un entorno de cooperación rápida y eficiente. Esperamos con ansias el desarrollo positivo del proyecto eólico con EREN RE que hasta ahora ha llevado a un cierre financiero en un tiempo récord, a pesar de las desafiantes condiciones del mercado. También estoy orgulloso de la entrada de Senvion en el mercado argentino, un mercado que vemos un gran potencial para crecer en el futuro ".Luego de la finalización planificada del proyecto, el parque eólico Los Hercules tendrá una producción total estimada de 97,2 MW.
El parque eólico será construido por Senvion sobre una base EPC completa. Las turbinas se instalarán a una altura de buje de 93 metros. La finalización del proyecto está prevista para diciembre de 2018. El parque eólico Los Hercules se ubicará en el departamento de Deseado, en la sureña provincia de Santa Cruz, y luego de su finalización podrá abastecer a alrededor de 64.000 hogares con electricidad verde por año.
 


Canada Supports Wind Energy Study in Canada’s Arctic

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The Government of the Northwest Territories' Department of Infrastructure is exploring the feasibility of using wind turbines and energy storage devices in the Town of Inuvik thanks in part to an investment of $950,000 from the Canadian Northern Economic Development Agency (CanNor). The funding was announced today by Member of Parliament Michael McLeod on behalf of the Honourable Navdeep Bains, Minister of Innovation, Science and Economic Development and Minister responsible for CanNor.

Residents and businesses in the Town of Inuvik face high energy costs as they rely heavily on trucked-in petroleum products from southern Canada. To help lower the use of diesel and reduce greenhouse gas (GHS) emissions, the Department of Infrastructure is conducting a study to determine the possibility of adding one or more wind turbines to the town's electricity grid. CanNor's investment is assisting with the design, engineering and geotechnical work related to the potential installation of commercial size turbines at High Point, located ten kilometers outside of Inuvik. The Agency's contribution is also supporting consultation sessions with local stakeholders, including the Mayor and Council, the Gwich'in Tribal Council and the Inuvialuit Regional Corporation.  
If this renewable energy source is deemed feasible and is implemented in the future, the wind power generated could displace between 18 to 28 percent of the energy currently produced using diesel. This offset could help save approximately $1.6 million to nearly $3 million in fuel and also reduce GHG emissions by roughly 4,000 to 7,000 tonnes annually.
Reducing the use of fossil fuels in remote communities is a key priority for both the Government of Canada and the Government of the Northwest Territories. Harnessing local and renewable fuel sources such as wind in the Beaufort Delta region of the territory would not only reduce the North's reliance on imported diesel fuel but also support renewable energy initiatives. 
Quotes
"Our government's investment in clean technology reflects our commitment to establishing a clean growth and diverse economy, while protecting the planet at the same time. Exploring innovative ways to use renewable energy technologies in Canada's Arctic fosters energy conservation and efficiency, green infrastructure, healthier communities and job creation for Northerners."
– The Honourable Navdeep Bains, Minister of Innovation, Science and Economic Development and Minister responsible for CanNor
"I'm very pleased that the Government of Canada is investing in this feasibility study, which could lead to the first large-scale wind turbine above the Arctic Circle in Canada. This investment is a significant contribution to the advancement of clean technology in the North and helps to diversify the northern economy."
– Michael McLeod, Member of Parliament, Northwest Territories
"Energy drives our economy. Access to share, affordable and environmentally-sustainable sources of energy are essential to the prosperity of the Northwest Territories. A large-scale wind energy project in Inuvik could result in the reduction of millions of litres of diesel fuel year, and help fulfill one of the strategic objectives of our proposed 2030 Energy Strategy."
– The Honourable Wally Schumann, Minister of Infrastructure, Government of the Northwest Territories
  • In addition to CanNor's commitment of $950,000 over two years (2016-2018), the Government of the Northwest Territories Department of Infrastructure contributed $760,000 bringing the total funding of the project to $1,710,000.
  • This project received funding from CanNor's Strategic Investments in Northern Economic Development (SINED) program. 
  • One of the strategic objectives in the Government of the Northwest Territories' 2030 Energy Strategy is to reduce greenhouse gas emissions by 25% in northern communities dependent on diesel. This renewable energy project also aligns with the territories' Climate Change Strategic Framework scheduled to be released next month.  



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