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The concentrated solar power produced 2.1% of electricity in October and 2.5% so far this year

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Renewable energies generated 26.3% of electricity in Spain in October, wind power 15.5%, photovoltaic 3.2 and solar thermal 2.1.

Generation of the month of October of 2017
The peninsular demand for electrical energy in October is estimated at 20,145 GWh, 1.6% higher than that recorded in the same month of the previous year. If the effects of the calendar and temperatures are taken into account, the peninsular demand for electric power has increased by 0.3% compared to October 2016.
In the first ten months of the year, the peninsular demand for electric power is estimated at 209,235 GWh, 0.6% more than in 2016. Once the influence of the calendar and temperatures has been corrected, the demand for electric power has increased 0.9% compared to the one registered in the previous year.
The production of wind origin in October reached 3,114 GWh, 31.1% higher than the same month last year, and accounted for 15.5% of total production.

Generation from January to October 2017
In the month of October, with the information estimated today, generation from renewable energy sources has represented 26.3% of production.
47.6% of electricity production this month came from technologies that do not emit CO2.






European platform for corporate renewable energy sourcing launched

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The potential for corporate sourcing of renewable energy in Europe is significant and largely untapped. To support its growth and bring a new stream of revenue into the European electricity market, it requires a consistent regulatory environment and awareness of this opportunity needs to be raised across a range of different stakeholders.
SolarPower Europe and WindEuropeRE100 and WBCSD have therefore established the RE-Source Platform. It is the first and only multi-stakeholder platform in Europe bringing together the interests of both renewable energy buyers and sellers. The RE-Source platform will pool resources and coordinate activities to promote a better policy framework for renewable energy sourcing, at EU and national level.
“Following our hugely successful RE-Source event in October 2017, which connected over 500 large corporate players and renewable energy companies, it made perfect sense for us to launch this Platform. Given also the current update of the EU’s Clean Energy Package, the time is right for us to work together to remove barriers to companies wanting to power their operations with renewable energy” said James Watson, CEO, SolarPower Europe.
https://windeurope.org/wp-content/uploads/RE-Source-Platform-feature.jpg
“Corporate Renewable PPAs (Power Purchase Agreements) provide clean, reliable and competitive power for industry across all sectors and increasingly in energy-intensive sectors. It’s now a well-established model in many countries in Europe. European industry has signed 1.5 GW of renewable PPA deals over the past four years, 1.3 GW of them with wind energy. The new RE-Source platform will play a vital role in spreading the model to all countries in Europe and to smaller companies so that more industrial consumers can benefit from it," said Giles Dickson, CEO, WindEurope.
“We are delighted to be a founding partner of the new RE-Source Platform. Bringing together our combined expertise, and the buying power of RE100 members, will help us influence the development of a supportive policy framework in Europe, with stronger markets for renewable electricity,” said Sam Kimmins, Head of RE100, The Climate Group.
“WBCSD welcomes the new RE-Source platform and we will be delighted to work with our new partners in addition to those who are part of the similar platforms we have established in India and Argentina. RE-Source will help everyone involved in renewable energy transactions to jointly develop innovative solutions for corporate sourcing of renewables in Europe.” said Maria Mendiluce, Managing Director at WBCSD.
Download the policy recommendations.



 

Wind energy in India: Vestas wind turbines for a wind farm

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Atria Brindavan Power Private Limited has placed a 40 MW order for the second phase of the Basavane Bagewadi Wind Farm in the Bijapur district of Karnataka state. With this order, Vestas has cumulatively received 80 MW in orders from Atria for the project.
The order includes supply and installation of 18 V110-2.2 MW turbines, a 15-year full-scope Active Output Management 5000 (AOM5000) service agreement as well as a VestasOnline® Business SCADA solution for data-driven monitoring and preventive maintenance. Commissioning is expected for the second quarter of 2018.
“With this  second order from Atria in just over a month, Vestas underlines that we can provide reliable and competitive solutions along with proven operation and maintenance support to our customers in India. The project also demonstrates the effectiveness of Vestas’ 2 MW platform as the best value proposition on delivering low cost of energy for the competitive Indian market”, said Clive Turton, President of Vestas Asia Pacific.
With more than 37 GW installed in 45 countries on six continents since its debut, Vestas' 2 MW platform is the most widely installed platform in the industry.
With this project, Vestas has received more than 230 MW of orders in India in 2017.




 

Microsoft signs one of the largest wind energy deals in the Netherlands with Vattenfall

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Microsoft Corp. has announced its second European wind project in the Netherlands with Vattenfall, one of Europe's largest electricity and heat retail and producers. Microsoft will purchase 100 percent of the wind energy generated from a repowered and expanded wind farm that is adjacent to its local datacenter operations in the Netherlands. The 180-megawatt wind farm will be constructed and operated by Nuon, part of Vattenfall in the Wieringermeer Polder, near Amsterdam.


Vattenfall will begin construction of the expansion in 2018, and expects it to be operational effective 2019. Once completed, the Wieringermeer wind farm will be one of the largest onshore wind farms in the Netherlands, almost three times bigger than the Princess Alexia wind farm inaugurated in 2013.

"We are very glad and proud to be able to support Microsoft's transition toward using fossil-free energy in its datacenter operations," said Magnus Hall, president and CEO of Vattenfall. "This deal is completely in line with our strategy to help all our customers power their lives in ever smarter ways and free from fossil fuel within one generation."

This wind farm will be located adjacent to Microsoft's Netherlands datacenter operations that serves as a regional hub to deliver Microsoft Cloud services to customers across Europe, the Middle East, and Africa, as well as global customers. With the latest expansion completed in 2015, the datacenter is a technologically advanced facility built to reduce water, power and energy use.

The proximity of the wind farm to Microsoft's datacenters in the Netherlands made it particularly attractive, as this will allow the energy generated from these turbines to directly power the datacenter with local, clean wind energy. Matching production and consumption of renewable energy so closely unlocks great transmission efficiencies.

"Investing in local clean energy to power our local datacenter is a win-win for our business and the Netherlands," said Brian Janous, general manager of energy at Microsoft. "Microsoft is committed to bringing new renewable energy sources online to power our datacenters. By focusing on local projects, we're able to create new economic opportunities, reduce carbon emissions and make progress on our global commitment to increase the amount of clean energy used to power the Microsoft Cloud."

This project builds on the existing partnership between Vattenfall and Microsoft. Vattenfall relies on Microsoft Azure and other cloud-based tools to digitally transform its business operations, including renewable energy operations. Vattenfall is implementing advanced analytics powered by Azure with many new use cases, including new analytics for Vattenfall Wind.

"There's a virtuous circle in greening the cloud enabled by this kind of deal," Janous said. "Our powerful cloud tools help companies operate more effectively and efficiently. In the case of Vattenfall and other energy companies, this strengthens their business and creates new opportunities — and that means new opportunities for Microsoft to partner with them to buy new, clean energy to power our cloud, which then powers our customers' cloud services."

Nuon plans to expand the project to eventually include 100 windmills. That will allow the production of approximately 1.3 billion kWh of renewable electricity. Nuon has partnered with key local actors, ECN and the Windcollectief Wieringermeer, to lease lands and operate these turbines. This additional generation capacity will not become available until 2020.

Nuon CEO Peter Smink commented, "We power climate-smarter living and help datacenters use locally produced renewable energy. This is not only an important investment in Dutch renewable energy, but also a new step in the greening of IT in the Netherlands."

The agreement will help support the continued long-term growth of the Microsoft Cloud services delivered from the Netherlands, which is one of 42 Azure regions announced across the globe, and is also one of the first regions to offer the preview of Azure Availability Zones. It also builds on recent local investments in sustainability and energy in the country. Earlier this year, Microsoft sponsored smart-energy startups at the Dutch accelerator Rockstart by providing collaboration and access to business development, data analytics and the Internet of Things.

"This is Microsoft's second wind energy project in Europe, closely following a new Irish wind farm announced about a month ago," said Christian Belady, general manager, Microsoft Cloud Infrastructure and Operations, Microsoft. "Once completed, this wind project will bring Microsoft's total global direct procurement in renewable energy projects to almost 800 megawatts. With these wind projects, we're making considerable progress against the corporate clean energy commitments we set for ourselves in 2016."




 

WWEA and International Windship Association unite to promote uptake of wind energy in shipping

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The World Wind Energy Association (WWEA) has today announced a key strategic partnership with the International Windship Association (IWSA) in order to further promote the uptake of wind technology by the global shipping fleet.

WWEA is a not-for-profit organisation with over 600-member organisations across 100 countries. The Association promotes the deployment of wind energy technology around the world, and, as founding member of the REN Alliance and the Global100%RE Platform, is working towards full substitution of all polluting and hazardous waste causing energies.
IWSA, also a not-for-profit organisation, unites over 30 commercial wind propulsion technology providers and projects supported by numerous universities, research and testing organisations and other associates. Formed in 2014 by an active core of members, the Association has grown quickly in both membership and impact.
As part of the joint force for wind energy technology promotion the associations will facilitate an exchange of non-executive board members. The WWEA will contribute decades of experience in driving industry transition and taking advantage of the power of wind energy technology in an effort to urgently trying to plot the commercial course towards full decarbonisation. The IWSA, in parallel, will continue to bring together all parties in the development of a wind-ship sector to shape industry and government attitudes and policies.
The Associations’ first collaborative steps will be taken during the UN Convention on Climate Change (UNFCCC) 23rd session of the Conference of the Parties (COP23) summit in Bonn, Germany next month. Secretary General of IWSA, Gavin Allwright will sit on the opening panel at the Global Renewable Energy Solutions Showcase GRESS, 7 November at the Kunst- und Ausstellungshalle of the Federal Republic of Germany (KAH) in Bonn, Germany. Also during UNFCCC COP23, WWEA will support the ‘Ambition 1.5C: Global Shipping’s Action Plan’ summit on 13 November. This highly impactful shipping decarbonisation event is being co-organised by IWSA along with a number of key stakeholders in the shipping industry.
IWSA Secretary General, Gavin Allwright comments: “The WWEA brings a wealth of experience and knowledge about the challenges of scaling renewable technology. Collaborating with the WWEA team on joint projects enables IWSA to accelerate uptake of this abundantly available, free-to-use energy source into the maritime sector. Our members are eager share experiences to promote wind energy around the world. With WWEA support, we see a great future for the development and uptake of wind technology in the commercial fleet.”
WWEA Secretary General, Stefan Gsänger comments: “We are delighted to form this collaborative relationship with IWSA, whose approach and activities fit squarely with WWEA’s objectives to promote wind energy in all sectors. Shipping is certainly an area that will greatly benefit from the uptake of wind power and we look forward to working closely with IWSA to make that happen faster and at scale.”
BACKGROUND INFORMATION
The World Wind Energy Association (WWEA)
WWEA is an international non-profit association embracing the wind sector worldwide, with more than 600 members in around 100 countries. WWEA works for the promotion and worldwide deployment of wind energy technology.
– WWEA provides a platform for the communication of all wind energy actors worldwide.
– WWEA advises and influences national governments and international organisations.
– WWEA enhances international technology transfer.
The International Windship Association (IWSA)
The International Windship Association (IWSA) is a not-for-profit association bringing together technology providers, designers, naval architects, academics and NGO’s to facilitate and promote wind propulsion solutions for commercial shipping worldwide. This member driven association aims to bring together all parties in the development of a wind-ship sector to shape industry and Government attitudes and policies.
www.wind-ship.org

About the ‘Ambition 1.5C: Global Shipping’s Action Plan’ Summit
The Ambition 1.5oC: Shipping’s Global Action Plan summit will be held on November 13 in Bonn, Germany. The focus of the summit is the creation of an Action Plan for how the shipping industry can embrace the power of the possible to meet the high ambition climate change target of limiting global temperatures to 1.5oC, as indicated in the Paris Agreement, has catalysed the need for a business-focused approach that pushes ahead of regulatory mechanisms.
Following the summit, a briefing document will be delivered to UNFCCC delegates, National delegation focal points, the UNFCCC secretariat and all relevant national policy makers to influence discussions around shipping transportation at the core COP23 proceedings. This briefing document will provide a summary of the main challenges and opportunities of shipping industry decarbonisation, the high ambition approaches agreed at the summit and a copy of the draft Action Plan created.
Ambition 1.5oC: Shipping’s Global Action Plan has been officially endorsed by a jury consisting of the UNFCCC partners; the incoming Fijian Presidency of COP23, the German Federal Ministry for the Environment, Nature Conservation, Building and Nuclear Safety and the City of Bonn and is an official Climate Partner for COP23.
Co-organisers of ‘Ambition 1.5oC: Global Shipping’s Action Plan’ include Lloyd’s Register, MAN Diesel & Turbo, RightShip, MARIKO, Danish Shipping, International Windship Association (IWSA) and Green Ship of the Future. The Sustainable Shipping Initiative (SSI), Carbon War Room and UMAS/UCL are acting as advisors. The event organising committee is The Blue Green Events Company, Mantour Consultancy and Smart Green Shipping Alliance (SGSA).
http://www.shippingambition1o5c.com
About the Global Renewable Energy Solutions Showcase GRESS
Since the climate treaty of Paris, renewable energies have become a central focus of the UN Climate Conference. During the COP23, the renewable energy industry will present its solutions in the context of a stand-alone event against the COP23 delegates, including many decision-makers from governments, international organizations and NGOs.



 

La eólica estadounidense sufre la reforma fiscal de Trump

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Los fabricantes de aerogeneradores caen en Bolsa ante nueva propuesta fiscal en EEUU.
Las acciones de los fabricantes europeos de aerogeneradores se desplomaban el viernes después de conocerse que el proyecto de ley de reforma fiscal en EEUU incluye menores incentivos para el sector eólico, amenazando la expansión de la tecnología en el segundo mercado más grande del mundo.
Vestas, la hispano alemana Siemens Gamesa y la alemana Nordex, que junto con General Electric controlan el mercado local, caían en bolsa entre un 1 y un 10 por ciento.
“La propuesta de ley propuesta de la Cámara de Representantes de Estados Unidos … es decepcionante, aunque solo sea una propuesta que todavía tiene que aprobarse en el Senado”, dijo Vestas en un comunicado.
Las acciones del mayor fabricante mundial de turbinas eólicas eran las más afectadas, con una caída de más del 10 por ciento, debido a su gran exposición al mercado de EEUU, donde el año pasado superó a GE en capacidad instalada.
También Siemens Gamesa lamentó la medida, de acuerdo a la agencia Reuters, tras haberse quedado rezagada respecto a su rival danesa en la carrera por obtener pedidos en Estados Unidos, perjudicada por lo que se percibe como una falta de inversión tecnológica y una cadena de suministro menos centralizada en el segundo mayor mercado de aerogeneradores del mundo.
“Siemens Gamesa está decepcionada por este paso atrás. Nuestra compañía está comprometida con este mercado y sigue invirtiendo en fábricas. Se necesita una política fiscal con certidumbre para estas inversiones”, dijo la compañía en un correo electrónico.
“La propuesta de ley fiscal de la Casa de Representantes podría tener efectos perjudiciales en los volúmenes de mercado y los precios si es aprobada. En el mejor de los casos, los valores eólicos enfrentan una mayor incertidumbre a corto plazo”, dijeron analistas de Barclays en una nota para clientes el viernes, agregando que Siemens y Vestas serían las empresas más afectadas.
El esquema de créditos fiscales se considera crítico para permitir que los proyectos eólicos compitan con las plantas de combustibles fósiles y el sector eólico estadounidense ha dicho que los recortes propuestos ponen en riesgo 50.000 millones en inversiones planificadas.
 
 

Turkish wind power ready to take off

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WindEurope CEO Giles Dickson gave a keynote speech at the Turkish Wind Energy Association’s 25th anniversary in Ankara. The event took place after Turkey’s first 1 GW wind tender this summer with a record-breaking $3.48/kWh. Dickson saw the recent result as a testimony for the government’s laudable commitment to clean homegrown energy and investors’ confidence.
Dickson noted, “Turkey’s wind energy sector is looking positive at the moment. You had 1.6 GW of new installations last year, and 1.7 GW offered via auctions already this year. YEKA and the Turkish Renewable Energy Resources Support Mechanism (YEKDEM) models are excellent.” He however pointed to the challenge lower prices pose to competition and a healthy supply chain. Governments have to ensure that prices and the market were balanced. To keep the momentum and attract investors, Turkey should promote transparency in the auction system, bolster the large number of indispensable small companies in the supply chain and simplify permitting and licensing with a one-stop shop.
Turkey has set ambitious goals for its 100th anniversary. By 2023, renewables should provide 30% of its energy, reducing the dependency from foreign supplies. The ambitious plans are shifting the energy landscape and two thirds of the new power installations this year were renewables. Energy Minister Berat Albayrak stressed at the 6th Wind Energy Congress the sector’s role in the country’s growth story. He expects 10 GW of new wind capacity in the next 10 years.





 

La energía eólica en Turquía está lista para despegar

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El consejero delegado de WindEurope, Giles Dickson, pronunció un discurso de apertura en el 25 aniversario de la Asociación de Energía Eólica de Turquía en Ankara. El evento tuvo lugar después de la primera licitación de energías renovables de 1 GW de Turquía este verano con un récord de $ 3,48 / kWh eólico. 
Dickson vio el resultado reciente como un testimonio del encomiable compromiso del gobierno para las energías renovables locales y la confianza de los inversores.
Dickson señaló, "el sector de energía eólica de Turquía ve positivo en este momento. Tuvo 1,6 GW de nuevas instalaciones eólicas el año pasado, y 1,7 GW ofrecieron a través de subastas este año. YEKA y los modelos del Mecanismo de Apoyo a los Recursos de Energía Renovable de Turquía (YEKDEM) son excelentes ". Sin embargo, señaló el desafío que representan los precios más bajos para la competencia y una cadena de suministro saludable. Los gobiernos deben garantizar que los precios y el mercado estén equilibrados. Para mantener el impulso y atraer inversores, Turquía debe promover la transparencia en el sistema de subastas, reforzar la gran cantidad de pequeñas empresas indispensables en la cadena de suministro y simplificar los permisos y las licencias con una ventanilla única.
Turquía se ha fijado objetivos ambiciosos para su centenario. En 2023, las energías renovables deberían proporcionar el 30% de su energía, reduciendo la dependencia de suministros extranjeros. Los ambiciosos planes están cambiando el panorama energético y dos tercios de las nuevas instalaciones de energía este año fueron renovables. El ministro de Energía, Berat Albayrak, destacó en el VI Congreso de Energía Eólica el papel del sector en la historia de crecimiento del país. Él espera 10 GW de nueva capacidad eólica en los próximos 10 años.




Concentrated Solar Power Could Provide the Flexibility and Reliability the U.S. Electric Grid Needs

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Every day our power needs fluctuate causing grid operators to make quick decisions to balance the grid. This can happen on hot summer days when people are turning on their air conditioners or in the middle of winter when they crank up the heat. Either way, grid operators must find a way to meet rapid spike in energy demands.
Most concentrating solar thermal power (CSP) systems today are equipped with energy storage, which serves as a battery within the plant and allows utilities to use solar-generated power whenever it is needed. When grid operators have the choice to determine the best way to power the grid, this creates grid flexibility, making CSP a valuable asset as our grid demands evolve.
Despite steady developments in CSP technology, further innovation is needed to use high-tech components in holistically-designed systems that can rapidly and flexibly respond to consumer energy demands at low costs. With support from the Solar Energy Technologies Office’s (SETO) CSP research program, developments in these areas could improve grid flexibility by unlocking new choices for using CSP to better meet grid operator needs.

Concentrating Solar Power 101

Graphic explaining the concept of concentrating solar power.
CSP systems harness thermal energy from the sun and use this energy to create electricity or heat. State-of-the-art CSP systems use fields of mirrors called heliostats to reflect and concentrate sunlight onto a receiver that sits atop a tall tower. This receiver contains a heat transfer fluid that’s heated to around 565 degrees Celsius and then circulated throughout the system to drive a power cycle that generates electricity. This thermal energy can be easily and efficiently stored in tanks so it can be used whenever the energy is needed to meet demand, not just when the sun is shining. This enables CSP plants to operate independently and without backup fuel sources much like a conventional power plant.

Size Matters: Flexible Plant Arrangements Can Meet a Variety of Needs

As electricity demands change, CSP’s flexibility as an on-demand resource can be used to the country’s advantage. Smaller systems, with lower up-front costs could be deployed to provide peak power while larger systems with many hours of storage can provide baseload power.
CSP systems are built from similar building blocks: mirrors to collect and concentrate sunlight, receivers to capture it and transfer it to a heat transfer fluid, thermal energy storage tanks, and a power block to convert the heat into electricity. . For example, one 50-megawatt (MW) CSP plant can be configured as a type of peaker plant with less than six hours’ worth of energy storage. This plant can be used to supplement baseload generation when there’s a sudden, high spike in energy demand. That same plant can also be used with more than 12 hours of storage and a much larger mirror field to generate baseload power—allowing the plant to provide solar electricity throughout the day and night.
A graphic explaining how concentrating solar power can be customizable as a peaker, intermediate and baseload power.
While CSP plants can be designed in different sizes for different markets, the Energy Department’s solar office is looking ahead to the technology and research needed to ensure that the technology will be cost-competitive. Its 2030 cost targets for CSP peaker and baseload plants will help the solar industry stay on pace as competitive funding opportunities focus on rapid development. Solar Dynamics, for example, is already investigating the feasibility of a modular, molten-salt tower peaker plant that can be easily replicated and rapidly deployed in 24 months or less.
A graphic that looks at the cost targets for concentrating solar power.

Spinning and Non-Spinning Reserves Provide Grid Stability

CSP also provides essential grid stabilization features due to the use of a conventional, spinning turbine that adds inertia to the grid. Utilities and independent system operators (ISOs) are charged with meeting customer energy demands, and when there are rapid swings in energy needs, utilities need to ensure the grid remains stable.
For these needs, utilities and ISOs manage frequency and voltage regulation, short-circuit power, and spinning reserves, which is energy that’s already online and synchronized to the grid’s frequency. This makes it easier to maintain system frequency and quickly dispatch more energy. CSP can be a source of spinning reserves for immediate needs and non-spinning reserves for near-term needs, giving grid operators greater flexibility and control for ensuring reliability.

Putting a More Accurate Price Tag on Reliability Benefits

One of the biggest advantages of CSP is its reliability as an energy source and predictable costs. Unlike conventional fuels, there’s nothing to mine, ship, burn, or store as waste; there’s an abundant, unending supply of sunshine. Because the “fuel” is free, costs are predictable over the lifetime of a plant operation and its maintenance costs. In addition, more than 60% of the cost to operate a CSP power plant happens in the first year, enabling investors to have a better long-term understanding of costs and the return on their investment.
Graphic explaining the no cost uncertainty for concentrating solar.
To help make the remaining cost of a CSP plant more transparent for project developers and investors, SETO is funding an open source modeling and simulation tool that optimizes CSP plant design and operations. This project accounts for maintenance, field exposure, and even solar generation uncertainties, helping project developers maximize the performance of a plant that that will last for more than 30 years.
This new vision for CSP technology can help grid operators better balance the grid, maximize their available energy resources, and better plan for future energy needs. This increased flexibility empowers grid operators to make the best decisions possible, ensuring the grid remains resilient and secure.
As the country’s energy demands evolve daily, so does CSP technology. While further innovations are needed to create these low-cost integrated systems, the research foundations SETO is laying now—like the Generation 3 CSP Systems funding opportunity—will enable CSP technologies to reach new heights. Its flexibility and predictability will make it a strong contender for meeting our changing energy needs today, tomorrow, and in a 100 years.



 
 
 

Canarias aboga por las energías renovables para crear un nuevo modelo económico en Lanzarote

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El presidente del Gobierno de Canarias asiste, junto al consejero de Economía, Industria, Comercio y Conocimiento, Pedro Ortega, y el presidente del Cabildo de Lanzarote, Pedro San Ginés, al desembarco de los componentes del Parque Eólico Teguise I para la eólica en Lanzarote.

El presidente del Gobierno de Canarias, Fernando Clavijo, dijo este domingo en Lanzarote que “la implantación de las energías renovables es una de las grandes apuestas del Ejecutivo para impulsar un nuevo modelo económico en la Isla”. Hizo estas declaraciones tras asistir en el Muelle de los Mármoles, acompañado del consejero de Economía, Industria, Comercio y Conocimiento, Pedro Ortega; y el presidente del Cabildo de Lanzarote, Pedro San Ginés, a parte de las maniobras de desembarco de los componentes para el Parque Eólico Teguise I.
Fernando Clavijo aseguró que “Lanzarote está demostrando que su apuesta por las renovables, especialmente la eólica, es firme y decidida”. “La isla ha iniciado un camino que no tiene marcha atrás, y hoy está más cerca que nunca de cumplir el objetivo del 20% de energías renovables en 2020”, afirmó.
Este proyecto, uno de los más ambiciosos acometidos en la Isla en materia de energías renovables, “reconoce el esfuerzo inversor del Cabildo de Lanzarote y su firme compromiso por llevar a cabo un cambio del modelo energético, convirtiendo a esta tierra en un territorio más sostenible y respetuoso con el medio ambiente”, destacó el presidente.
El presidente recordó que el Parque Eólico Teguise I es uno de los proyectos declarados de interés estratégico por el Gobierno de Canarias en diciembre de 2015, debido a su especial relevancia económica y social para el desarrollo de Lanzarote. Esta denominación ha permitido, por ejemplo, reducir a la mitad de tiempo los procedimientos administrativos.
“Considerar proyecto de interés estratégico al Parque Eólico Teguise I ha permitido desatascar una iniciativa que data del año 2007 y que, hasta el momento de la declaración, se había encontrado con diversas dificultades administrativas”, recordó Fernando Clavijo.
Esta instalación cuenta con un presupuesto superior a los 16 millones de euros tras la ampliación de crédito aprobada hace unos días por el Cabildo de Lanzarote, una partida que permitirá adquirir los cuatro aerogeneradores que se instalarán en los próximos días.
Ubicación y características
El Parque Eólico de Teguise I se sitúa en la ladera noroeste de la montaña de Zonzamas. En él se ubicarán  cuatro aerogeneradores de 85 metros de altura y con un diámetro rotor de 71 metros. Su potencia esperada es de 28.605 Mwh/año.
Una vez que se encuentre a pleno funcionamiento, y gracias a haber obtenido el cupo del Ministerio y el registro de régimen retributivo específico para nuevas instalaciones eólicas y fotovoltaicas en los sistemas eléctricos de los territorios no peninsulares, será posible vender el excedente de energía a la red a una tarifa muy beneficiosa.
Es la primera vez que el buque E-Ship de la compañía eólica Enercon, especializado en el transporte de componentes de aerogeneradores, llega a Canarias. Se caracteriza no solo porque transporta ‘energías limpias’ sino porque utiliza el viento como apoyo al sistema de propulsión, lo que no solo le supone un ahorro de un 15% anual de combustible respecto a otro buque de características similares, sino que evita la emisión de más de 5.000 toneladas a la atmósfera al año.

Aalborg Concentrated Solar Power boiler technology to help solar project achieve 24/7 power generation in China

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Aalborg CSP A/S in collaboration with Jiangsu Livo New Energy Technology Co., Ltd have been awarded a contract to supply the steam generation system for the 50MW Shenzen Jinfan concentrated solar power (CSP) plant which is among the first 20 demonstration plants that China intends to build by the end of 2018. The facility is a flagship project with its exceptionally long 15-hours energy storage capability and a good example of how European design combined with local manufacturing can secure on-demand and cost-competitive renewable power generation in China.
The 50MW Shenzen Jinfan CSP project is part of China’s five-year plan aiming to change the landscape of large-scale electricity production. In the first batch, China awarded 20 demonstration plants to produce 1GW power at RMB1.15/kWh feed-in-tariffs (FiT) if completed before the end of 2018. To reach low price levels, solar projects with large energy storage capabilities have been announced, among which the 50MW Shenzen Jinfan CSP plant proves to be one of the most efficient ones due to its exceptionally long, 15-hours energy storage capability. This enables the facility to supply power for 24-hours straight in Aksai County.
Aalborg CSP together with its local manufacturing partner, Livo New Energy Technology have been selected to supply the boiler equipment capable of securing uninterrupted conversion of solar heat to superheated steam at 136 bara and 538°C. The SGS4 steam generation system intended for the Shenzen Jinfan project was specifically designed to meet emerging market expectations for cost-efficient and reliable electricity production when using molten salt – an essential criteria developing markets, such as China, demands to meet low price levels.
Molten salt is an efficient heat transfer media but it is also known to place high demands on component reliability and project costs. With our local strategic partner, we are able to deliver a proven European technology that can also compete with local prices, thereby fostering technology deployment in China. We are pleased to share our technology know-how and extensive project experience with the Chinese CSP market and look forward to helping more solar plants achieve their energy production targets” – says Jens Taggart Pelle, Vice President of Technical Sales, CSP Power Plant division of Aalborg CSP.
With the SGS4 steam generator technology, the Shenzen Jinfan CSP plant will benefit from award-winning operational features, such as natural circulation, leakage-free design, and fast-start-up time. These operational benefits translate into significant savings in terms of component CAPEX and OPEX as the plant will be able to produce more energy compared to an ordinary heat exchanger and reduce the need for certain auxiliary components, such as circulation pumps and different drain valves.
Besides the steam producing equipment, Aalborg CSP’s scope of supply also includes instruments, valves, heat tracing for the pressure vessels and all interconnecting piping. Production has already commenced in China and delivery of components is expected to be completed next summer so the facility can supply renewable power to the grid before the end of 2018.
Project facts:
  • Owner/end user of the plant: Shenzhen JinFan Power Co.,Ltd.
  • Project name: Shenzhen Jinfan Akesai 50MW molten salt Parabolic Trough Project
  • Plant capacity: 50 MWe
  • Technology type: Parabolic troughs with molten salt as heat transfer fluid in the receiver pipes
  • Plant layout: 2.5 km2 solar field with 152 rows of parabolic troughs
  • Maximum molten salt temperature: 548 ºC
  • Plant location: Aksai, Gansu Province, People’s Republic of China
  • Energy storage capacity: 12-15 hours/day
  • Lifetime of the plant: 25 years
  • Expected operational time: December 2018
Aalborg CSP supply facts:
  • Client: Jiangsu Livo New Energy Technology Co., Ltd
  • Supplied technology: SGS4 steam generation system
  • Scope of supply: Two trains of SGS4 steam generators including instruments, valves, heat tracing for the pressure vessels and all interconnecting piping
  • Steam temperature: 538 ºC
  • Steam production: 22,3 kg/s
  • Steam pressure: 136 bara
  • Ramp-up rate: 10 ºC/min
  • System warranty: 5-years no-leakage and 5-years no fouling warranty
  • Expected delivery completion: June 2018
Aalborg CSP is a leading developer and supplier of innovative renewable technologies aiming to change the way energy is produced today. Relying on extensive experience from some of the most efficient concentrated solar power (CSP) projects around the world, the company designs and delivers green technologies and integrated energy systems to lower the cost of energy for industries and power plants worldwide.
Aalborg CSP places strong focus on R&D activities and partners with knowledge-based companies and institutions to create leading-edge technologies. As a result, the Aalborg CSP engineering design is centred on a value-adding concept providing solutions that excel in operation, increase plant revenue and contribute to a greener future.
Headquartered in Aalborg (Denmark) and with sales & service offices in Spain, the US, Kenya, Uganda, Australia and Indonesia, Aalborg CSP has realised cost effective green energy solutions to a variety of industries worldwide.





 

GE and Green Investment Group to Deliver 650 MW of Onshore Wind Energy to Sweden

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GE Renewable Energy to provide 179 of its 3.6-137 wind turbines to Markbygden ETT wind farm, currently the largest single site onshore wind installation to be delivered in Europe. Green Investment Group and GE Energy Financial Services partner as 50/50 equity investors to acquire the project from Svevind and raise remaining capital from debt markets.Landmark project financing structure brings together European Investment Bank (EIB), Export Credit Guarantees of the Federal Republic of Germany (Hermes Cover), NordLB, KfW IPEX-Bank and HSH Nordbank. Norsk Hydro to purchase the power via a 19-year fixed volume corporate PPA; understood to be the largest corporate wind energy PPA in the world.
GE and Green Investment Group Limited ("Green Investment Group"), part of Macquarie Group ("Macquarie"), have partnered to deliver and operate 650-MW of onshore wind through the Markbygden ETT wind farm in Northern Sweden. The project will be the largest single site onshore wind farm in Europe, increasing Sweden's installed wind generation by more than 12.5 percent. The equity partners raised approximately €800M in financing and have commenced construction of the project, which is expected to begin commissioning turbines in the second half of 2018 and be fully operational by the end of 2019.
GE Renewable Energy will supply 179 of its 3.6 MW turbines with 137 meter rotors, a turbine ideally suited for the project site's wind speeds and climate. The turbine blades will be equipped with an innovative ice mitigation system by LM Wind Power, ensuring a stable level of availability and reduced downtime. GE is also providing a 20-year Full Service Agreement, and through its Grid Solutions business, will provide the high voltage switchgear for two collector substations at the wind farm.
Pete McCabe, President & CEO of GE's Onshore Wind Business, said, "We are excited to have been chosen by Svevind to contribute to this massive project. Markbygden ETT marks our commitment to the Swedish onshore wind arena and extends our presence in Europe while showcasing our technical capabilities – with LM Wind Power – and project development and management differentiators."
Project Financing
GE Energy Financial Services and Green Investment Group ("the Sponsors") have jointly acquired the project from Svevind and invested more than €300M in equity to finance the wind farm. The transaction is Green Investment Group's first equity investment following its acquisition by Macquarie and its first investment outside of the United Kingdom. For GE, it represents GE Capital's strategy to invest in and structure financing solutions in support of GE in key global growth markets.
Edward Northam, Head of the Green Investment Group in Europe, said, "This project is a landmark transaction on many fronts and represents the new frontier in European onshore wind. It demonstrates that in the right market, with the right location, the right technology and the right partners, it is possible to develop and attract private capital into new onshore wind farms."
Mark Dooley, Global Head of Green Energy, Macquarie Capital, added, "We are pleased to build on our strategic partnership with GE and to continue our pioneering role in the global transition towards a low-carbon economy."
Brian Ward, Head of Global Markets, GE Energy Financial Services, said, "Markbygden ETT represents GE's unique ability to package technology and investing expertise to structure integrated off-take and financing solutions. This, combined with the depth of talent at the Green Investment Group, enabled Markbygden ETT to reach financial close in the competitive Nordic onshore wind market and achieve many market firsts."
The Sponsors' financial advisory teams sought a mix of funding from development institutions, the export-credit market and commercial banks familiar with the Nordic energy market. The project was financed on a non-recourse project financing basis with close to €500M in debt financing secured from European Investment Bank (EIB), Export Credit Guarantees of the Federal Republic of Germany (Hermes Cover), NordLB (acting as MLA advisor and ECA bank), KfW IPEX-Bank and HSH Nordbank.
GE and Green Investment Group originated and structured a 19-year fixed volume Power Purchase Agreement (PPA) with a subsidiary of Norsk Hydro, one of the largest aluminum producers in the world. The PPA enables Norsk Hydro to fix the price of a significant portion of the electricity demand for their Norwegian aluminum manufacturing facilities, producing approximately 100,000 tonnes of aluminum per year. NEAS Energy (part of Centrica plc) will provide an innovative structure for the sale of Elcerts (renewable energy certificates), balancing and hedging services for Markbygden ETT. The PPA is understood to be the largest corporate wind energy PPA in the world.
Green Investment Group conducted a green impact assessment on the project, using the green reporting approach set out in its Green Investment Handbook.
The Markbygden ETT project was developed over 15 years by Swedish wind developer Svevind. In total, its development work in the Markbygden area may lead to 1,101 wind turbines becoming operational, in what would be the largest collection of wind farms in Europe. The project will be realized on properties owned by Sveaskog Förvaltnings AB, Sweden's largest forest owner, SCA Skogsfastigheter AB, the largest private forest holding in Europe, and several private property owners.
Wolfgang Kropp, CEO of Svevind, said, "Having worked on the development of the Markbygden cluster of wind farm projects since 2002, Svevind is very excited to see this partnership with GE Renewables, GE Energy Financial Services, and the Green Investment Group come to fruition. We are pleased to see the success of our hard work demonstrated by the attention the Markbygden ETT project has attracted from world class institutions such as these. We look forward to seeing this project, and future projects around Markbygden, constructed and contributing to the much-needed fight against climate change."
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.
A strategic GE Capital business, GE Energy Financial Services is a global energy investor that provides financial solutions that help meet the world's energy needs. Drawing on its technical know-how, financial strength and strong risk management, GE Energy Financial Services invests in long-lived and capital-intensive projects and companies. The firm has 35+ years of experience managing energy assets through multiple economic cycles, and a global portfolio that spans conventional and renewable power, and oil and gas infrastructure projects. It is headquartered in Stamford, CT with regional hubs in London, Houston, Hong Kong and Nairobi.
Green Investment Group is a specialist in green infrastructure principal investment, project delivery and the management of portfolio assets, and related services. Its track record, expertise and capability make it a global leader in green investment, dedicated to supporting the growth of the global green economy.
The business was launched initially by the UK Government in 2012 as the first institution of its type in the world. The organisation was acquired by the diversified financial group Macquarie Group Limited in 2017, creating one of Europe's largest teams of dedicated green infrastructure investors, and now operates under the name Green Investment Group.
Macquarie Group Limited (Macquarie) is a diversified financial group, providing clients with asset management and finance, banking, advisory and risk and capital solutions across debt, equity and commodities. Founded in 1969, Macquarie employs 13,966 people in 27 countries. At 30 September 2017, Macquarie had assets under management of £277.2 billion.
Svevind is a privately-owned leading developer, owner and operator of onshore wind projects in Sweden. Founded in 1998, Svevind has a record of permitting approximately 4,000 MW of wind projects in Sweden, of which 226 MW are in operation and 833 MW are under construction. Additionally, with Markbygden ETT entering its portfolio Svevind also provides operation and asset management services for 850 MW of wind projects in Sweden through its subsidiary Svevind Solutions. 





 

Flurry of new deals a vote of confidence for Power Purchase Agreements

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A flurry of corporate renewable Power Purchase Agreements (PPAs) have been inked in recent weeks, providing major corporates with clean, reliable and competitively-priced power. The deals combine for a total of over 1 GW contracted in the last two weeks.

Today the Norwegian aluminium company, Norsk Hydro, announced a long-term PPA with Swedish wind power firm, Markbygden Ett AB. It will provide Norsk Hydro with an annual baseload supply of 1.65 TWh. The wind farm, owned by GE Energy Financial Services and Green Investment Group, will be built close to Piteå in northern Sweden. It is part of a larger project (Markbygden – 650 MW) that is being developed by Svevind.
Just last week, Swedish utility Vattenfall signed a ten-year deal to power Microsoft’s international data centre operations in the Netherlands using wind power. Microsoft will receive all the energy output from the new Wieringermeer onshore wind farm to be built close to Amsterdam. Vattenfall is set to invest over €200m to “repower and expand” the 100-turbine Wieringermeer facility.
The news followed a 281.4 MW deal that aluminium producer Alcoa signed with the Norwegian firm Norsk Miljøkraft in late October. The Nordlicht project consists of two sites (Kvitfjell and Raudfjell) near Tromsø. Alcoa is buying the electricity for its smelter in Mosjøen, with Siemens Gamesa supplying 67 4.2 MW turbines.
“These latest PPA deals are a significant vote of confidence in the PPA model,” said WindEurope CEO Giles Dickson. “PPAs all started with the ICT sector sourcing renewables for their data centres. Now energy-intensive manufacturing sectors such as aluminium are buying wind. European industry has signed 2.6 GW of PPA deals in wind energy over the past four years, 1.3 GW of which were in 2017 alone.
“PPAs provide clean, reliable and competitive power for the corporate off-taker. What these deal also show is that countries like Sweden, the Netherlands and Norway that position themselves as ‘PPA-friendly’ are increasingly attracting major industrial investments on the back of that. We hope major countries like Germany, France, Italy and Spain, will take note and change regulation in a way that allow corporates to procure more green electricity”.
PPA platform
The potential for corporate sourcing of renewable energy in Europe is significant and remains largely untapped. To support the growth and bring a new stream of revenue into the European electricity market, a consistent regulatory environment is required. Greater awareness of this potential also needs to be raised.
WindEurope – together with SolarPower Europe, RE100 and WBCSD – have therefore established the RE-Source Platform. It is the first and only multi-stakeholder platform in Europe bringing together the interests of both renewable energy buyers and sellers. The RE-Source platform will pool resources and coordinate activities to promote a better policy framework for renewable energy sourcing, at EU and national level.





Eólica Vestas ganó 599 millones netos hasta septiembre

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Vestas Wind Systems, uno de los principales consorcios eólicos mundiales y el mayor fabricante de aerogeneradores, presentó una ganancia neta de 599 millones de euros hasta septiembre, un 4 % menos interanual.
El beneficio neto de explotación (ebit) se redujo un 8 % hasta 845 millones, mientras que el beneficio bruto de explotación (ebitda) se situó en 1.152 millones, un 6 % menor.
La facturación en los nueve primeros meses del año ascendió a 6.834 millones, lo que supone una caída del 1 por ciento.
La potencia producida fue de 8.497 megavatios, un 15 % más que un año atrás, y la potencia instalada, de 5.791 megavatios, un 11 % inferior.
En el tercer trimestre la eólica danesa ganó 253 millones de euros, un 18 % menos interanual, debido a la fuerte competencia en el sector y a la caída de los precios, según consta en el balance.
El ebit y el ebitda cayeron un 18 y un 14 % hasta 355 y 453 millones, respectivamente.
Vestas obtuvo unos ingresos de 2.743 millones en el tercer trimestre, lo que supone una caída del 6 % respecto al mismo período de 2016.
La potencia producida fue de 3.031 megavatios, un 12 % más interanual, y la instalada, de 2.404, un 14 % menos.
La compañía indicó que la revisión de las previsiones, aunque continúan reflejando un "buen nivel de actividad", reflejan "cierta incertidumbre relacionada con la reforma fiscal de EEUU". Vestas es el fabricante de turbinas más expuesto al mercado estadounidense.
Al respecto de las cuentas, el presidente y consejero delegado de Vestas, Anders Runevad, explicó que el grupo logró un mayor consumo de pedidos y obtuvo unas ganancias "saludables" a pesar de que el mercado está viendo cómo la competencia se está acelerando y la rentabilidad es "decreciente".
"A medida que el mercado continúa evolucionando a un ritmo acelerado, seguiremos enfocados en mantener nuestra posición de liderazgo ejecutando nuestra estrategia y aumentando la eficiencia", señaló Runevad.
En el tercer trimestre del ejercicio, Vestas obtuvo un beneficio neto de 253 millones de euros, un 18% menos que en el mismo periodo del año precedente, mientras que la facturación total se situó en 2.743 millones de euros, un 5,5% menos.
En este sentido, el Ebit entre los meses de julio y septiembre de Vestas se situó en 355 millones de euros, un 18% menos que en el periodo equivalente de un año antes, mientras que el Ebitda alcanzó los 453 millones de euros, un 14% inferior.




 

Canarias podría abastecerse con energía eólica marina

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Fuerteventura, Lanzarote, Gran Canaria y Tenerife podrían abastecerse al 100 % solo con aerogeneradores marinos fijos en profundidades inferiores a 50 metros, La Gomera podría cubrir más del 70 % de su consumo solo con turbinas fijas y La Palma y El Hierro dependerían mayoritariamente de aerogeneradores flotantes, pero también a costes viables (un 30 % más baratos que el actual).
La instalación de centrales de energía eólica marina en el 12% de la superficie de las aguas de las Canarias podría suministrar hasta 22 veces la energía eléctrica que se consumo en estas islas, según un estudio que publica en la revista Energy (edición online 8 noviembre 2017) la profesora de la Universidad de Las Palmas de Gran Canaria (ULPGC) Julieta Schallenberg, miembro del comité internacional de 30 expertos que asesora la Comisión Europea a la hora de fijar prioridades en materia energética.
El trabajo de Schallenberg, en el que también colabora Nuria García Montesdeoca, analiza con todo tipo de indicadores económicos, físicos y ambientales las aguas que circundan Canarias para determinar cuáles serían adecuadas para instalar parques eólicos marinos fijos o flotantes (hasta 500 metros de profundidad) que produzcan energía por menos dinero del que hoy cuesta generarla.
Canarias se ha propuesto oficialmente llegar a 2025 con el 45 % de su demanda de electricidad cubierta con fuentes renovables. Sin embargo, la realidad muestra que, a día de hoy, el archipiélago es una de las comunidades españolas más rezagadas en este campo, ya que el 92 % de su consumo de energía se abastece mediante centrales térmicas que queman derivados del petróleo y a un precio muy caro.
De hecho, producir un kilovatio/hora cuesta en Canarias entre 18,44 euros en Tenerife (la isla donde resulta más barato) y 26,32 euros en El Hierro (la isla más cara). Es decir, 3,5 veces más, de media, que en la península (19,11 frente a 5,7 euros/kwh), un sobrecoste que no se repercute a los consumidores locales, sino que se reparte entre todos los españoles en la factura de la luz.
Este trabajo reconoce que Canarias tiene planes para ampliar su parque de energías renovables, compuesto ahora por 153 megavatios eólicos y 166 solares, pero ello conlleva consumir mucho suelo, un bien muy escaso en cualquier isla. Y más aún en las Afortunadas, donde el 40 % del territorio es espacio natural protegido.
Apostar por la energía eólica
Schallenberg y García Montesdeoca han analizado para “Energy” qué zonas del mar de Canarias tienen condiciones óptimas de viento para producir electricidad, tanto a profundidades de menos de 50 metros (donde se pueden colocar aerogeneradores fijos) como de 50 a 500 metros (hábiles para turbinas flotantes). Y todo ello prescindiendo de zonas protegidas, militares, áreas pesqueras y de acuicultura, rutas de navegación, aproximación a los aeropuertos o cualquier otra actividad con la que puedan interferir los parques eólicos.
Su diagnóstico es claro: en Canarias existen 3.950 km2 de superficie marina así, que solo representan el 12 % de las aguas territoriales, con cabida para 1.980 aerogeneradores fijos y 9.465 flotantes que podrían producir 178.988 gigavatios/hora al año (22 veces el consumo total anual de electricidad de las islas).
Las autoras recalcan que solo han computado en sus cálculos los parques económicamente viables, incluyendo todo tipo de costes: de inversión en la construcción, operativos y de integración de la energía en la red (como subestaciones o sistemas de almacenamiento).




 

WindEurope commends targets for electric vehicle

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WindEurope today commended proposals in the European Commission’s Clean Mobility Package that call for 30% of new car sales to be zero emission vehicles by 2030.

Carmakers exceeding this target will be rewarded with credits they can use to meet their CO2 reduction targets. But the Commission’s proposals fall short of imposing penalties for carmakers not reaching this benchmark.
Following the example of the Netherlands, the UK and France that have already made ambitious commitments to end the sale of petrol and diesel vehicles (by 2030, 2040 and 2040 respectively), Member States should be inspired to go even further than the Commission’s proposals.
WindEurope CEO, Giles Dickson: “Well done to the Commission for proposing that 30% of new car sales should be low carbon by 2030 – and in proposing a credit scheme to drive this transition. Wind energy is ready to give its full support to transport decarbonisation. Wind and other renewables will be 50% of Europe’s electricity by 2030 – so consumers can be sure that at least half the power in their EVs is clean.
“But the interplay between clean transport and wind energy goes beyond zero-emissions mobility. Electric car batteries have great potential as a form of electricity storage. This will add to the flexibility of the power system and help integrate higher shares of renewables. And the further uptake of electric vehicles could increase power demand by 100TWh annually, strengthening investment signals for renewable technologies.”

MidAmerican will spend $1 billion ‘repowering’ oldest wind turbines

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Using a massive crane and ropes, about a half dozen men carefully shift a 13,450-pound wind turbine blade until its steel poles match up with holes in a massive hub, slowly sliding in.

The “stabbing” takes about a half hour — the growing wind speed Wednesday made the process trickier than normal, says Spencer Moore, MidAmerican Energy’s vice president of generation.
Eventually, all three blades and the hub — weighing about 92,000 pounds — will be lifted and attached to a new nacelle about 213 feet above the ground.
MidAmerican Energy plans to spend $1 billion “repowering” about 706 older turbines across Iowa, updating them with longer blades, hubs and more efficient nacelles.
Each upgraded turbine will annually net between 19 and 28 percent more energy for the Des Moines-based, investor-owned utility.
The company is beginning with its first three wind farms, built in 2004 in northern Iowa.
Altogether, seven wind farms likely will get upgraded.
When the work is done — and the company finishes a $3.9 billion expansion that will add an additional 1,000 more turbines on top of the 2,020 it already has around the state — MidAmerican expects to supply about 95 percent of its customers’ energy needs with wind.
Both projects should be completed by the end of 2020.
Iowa snagged 36.6 percent of its energy from wind last year, placing it first nationally for share of energy coming from wind.
MidAmerican has said wind energy helps keep electricity costs down. The utility has agreed to freeze rates until at least 2029.
The country’s production tax credits play a role in MidAmerican’s rush to upgrade its oldest turbines. The tax credits are scheduled to be phased out by 2020.
A U.S. House tax bill released this month would scale back the credits, a move that’s drawing opposition from U.S. senators.

Sen. Chuck Grassley, an Iowa Republican, said he’s working with Senate finance members “to see that the commitment made to a multi-year phase-out remains intact.”
Moore said the upgrade will extend the life of MidAmerican’s turbines an estimated 20 years.
The old equipment being replaced will likely get recycled by the manufacturer, General Electric, which is providing the new equipment.
About 200 workers — a mixture of MidAmerican, GE and Mortensen, the Minneapolis-based construction company — have been rebuilding the turbines on the 27-square-mile wind farm since September.
Construction crews often work overnight, when winds die down and blades and nacelles can be lifted. Work stops when wind speeds top 20 mph.

Senate tax reform bill would keep promise to US wind energy workers and rural America

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Today’s proposed Senate tax reform bill honors the 2015 bipartisan phase out terms for the wind energy Production Tax Credit (PTC). The PTC has been used to enable tens of billions in capital investment in rural America and to support tens of thousands of manufacturing and construction jobs spanning all 50 states. In 2015, the American wind industry tax reformed itself, supporting the bipartisan PATH Act to phase out the PTC through 2020, providing businesses with the certainty needed to continue to grow wind farms and jobs.
“The Senate tax reform bill keeps a promise to America’s more than 100,000 wind energy workers and restores the confidence of businesses pouring billions of dollars into rural America,” said Tom Kiernan, CEO of the American Wind Energy Association. “For a rapidly growing number of Americans, including our nation’s veterans, wind power means well-paying, stable jobs. Fortunately for Americans, the Senate language honors Congresses’ commitment to these workers and Senators Grassley, Thune, Heller and others are speaking out against retroactive tax hikes proposed in House tax legislation.”
The Senate’s tax reform bill rejects the House bill’s drastic changes to the PTC phase down, including retroactive rule changes that put at risk tens of thousands of jobs and at least $50 billion of investment tied to projects already under construction and nearly complete. The House tax bill is already sending shock waves through the market. Bloomberg New Energy Finance and Goldman Sachs project new wind projects could be cut by more than half if the House language becomes law, also costing the jobs needed to build them and manufacture the 8,000 parts in a wind turbine.
The impact of the House’s retroactive tax hike on the wind industry creates uncertainty for all industries. If Congress can arbitrarily retroactively change the rules, any business is forced to think twice before inking a deal to invest billions in U.S. infrastructure. Undermining infrastructure investment, including wind farms, hurts rural communities seeking to harness their resources as a source of jobs and drought-resistant income.
“The Senate has shown leadership in putting together a tax plan that works for U.S. wind workers, rural communities, and consumers who want affordable, reliable wind energy – but the fight to preserve America’s wind jobs isn’t over,” said Kiernan.
Navigant Consulting projects that maintaining stable investment policy through the five-year PTC phase out will create $85 billion in economic activity and help grow another 50,000 American jobs, including 8,000 jobs at U.S. factories, through the end of President Trump’s first term.
Boosting production of U.S. wind energy helps increase American energy independence and security. The majority of the value of an American wind farm is made-in-the-USA by 102,500 workers and 500 factories across all 50 states.




 

Offshore wind power ‘could be a bonanza’ for UK

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The UK generates more electricity from offshore wind than any other country in the world with around 5% of our annual electrical energy coming from the sector. This is expected to grow to 10% by 2020.
Wind power is also a fundamental part of the Government’s decarbonisation targets. Windfarm electricity capacity will rise from 5 Gigawatts (GW) currently, to between 20 GW and 40 GW in the next two decades. That will cost between £60 billion to £140 billion in the UK alone.
On a global scale, the potential is even bigger. Current policy plans says the world’s wind capacity could rise from 435 GW in 2015 to 977 GW by 2030. Of that 905 GW will come from onshore, but 72 GW will come from offshore wind.
Offshore windfarms have numerous benefits when compared to their land-based counterparts, such as size and geography. Building large scale windfarms on land takes up valuable space which just isn’t a problem offshore. But this does also come with its own challenges such as maintaining them and connecting them to the grid.
Based on the UK Government’s own projections for the deployment of offshore wind, the operation and maintenance of more than 5,500 offshore turbines could be worth almost £2bn per annum by 2025. That’s an industry similar in size to the UK passenger aviation market.
Electricity generated from renewable sources presently accounts for around 25% of UK power demand. Current EU targets mean that by 2020, the UK must be generating 30%. To meet these expectations the expansion of UK’s offshore wind capacity has been proposed as one of the ways to achieve this. And by the end of 2015 it was reported that 92% of the worlds offshore wind installations were located in European waters.
Simply put the offshore wind industry could be a huge bonanza for the UK.
That is where our research comes in. HOME Offshore is a research project funded by the UK Engineering and Physical Sciences Research Council (EPSRC) which partners 5 leading UK universities.
The project is investigating the use of advanced sensing, robotics, virtual reality models and artificial intelligence to reduce maintenance cost and effort for offshore windfarms. Predictive and diagnostic techniques will allow problems to be picked up early, when easy and inexpensive maintenance will allow problems to be readily fixed.
At The University of Manchester, part of our work is also focussing on creating a new kind of circuit breaker design for offshore power networks. That’s because for long-distance offshore windfarms, direct current (DC) is a more cost-effective way to bring power back to shore than alternating current (AC).
Current windfarms are connected to the grid using conventional AC but the next generation of offshore wind farms, also known as ‘Round Three’ windfarms, will eventually lead to DC grids. Protection of these grids will require DC breakers, which is what we’re developing.
Getting the best value for UK bill-payers requires an assessment of technology options and will require innovative solutions, and that is what our work will provide. Renewable electricity is now fundamental part of any country’s power strategy and the UK has the opportunity to lead the way in offshore wind. It is an opportunity we should grab with both hands.
Energy
Energy is one of The University of Manchester’s research beacons - examples of pioneering discoveries, interdisciplinary collaboration and cross-sector partnerships that are tackling some of the biggest questions facing the planet. #ResearchBeacons [Energy video]

https://www.evwind.es/2017/11/10/offshore-wind-power-could-be-a-bonanza-for-uk/61727 

josesantamartaflorez@gmail.com

Senvion posted revenues of EUR 1,309 million in the first nine months of 2017

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Senvion, a leading global manufacturer of wind turbines, is making substantial progress in meeting its financial targets for 2017. Senvion posted revenues of EUR 1,309 million in the first nine months of 2017, a decline of 10% in a challenging market environment. The adjusted EBITDA margin was 7.9%, in line with Senvion's expectations. The company had EUR 44 million of free cash flow in Q3, mainly due to lower working capital levels.
The overall slowdown in established markets such as Germany, had an impact on the growth of Senvion's order intake in the third quarter. Nevertheless, the company was still able to increase order intake by 51% in the first nine months compared with the same period in 2016. The key highlight in the third quarter 2017 was the conversion of the 299 MW Chile order to a firm order. Moreover, Senvion was able to secure two large conditional orders to the tune of 159 MW. All in all, Senvion's order book remains stable at EUR 5.3 billion. The company's service business continues to address current industry price pressures by offering more efficient service concepts. The success of this service strategy is reflected by the continuous growth of generating capacity under service and the lengthy average duration of service contracts of 11.1 years.
Senvion's CEO Jürgen Geissinger commented: "Senvion's performance for the first nine months is in line with our guidance. Our year to date order intake has been strong despite worsening industry dynamics. As part of our stated strategy, we are working on powerful new product introductions and transforming our entire value chain, with visible successes. The industry not only requires better products but also quicker cost adjustments to deliver lower levelized cost of energy (LCoE). By improving our supply chain, quality and services over the next several quarters, we are already making progress in this direction."
Senvion introduced four new products in 2017 that are part of the company's modular product strategy, the aim of which is to deliver more efficient turbines and lower lifetime costs. While focusing on growth in selected key markets, Senvion concentrates on lower production costs through scale effects on a regional level, as well as on increasing sourcing from lower cost countries.
Manav Sharma, CFO of Senvion, stated:"We are in the middle of tremendous changes in the wind industry. Readjusting electricity prices by up to 50% within the last nine months and the shift to auction systems worldwide can only be tackled with innovative products and further focus on cost outs and efficiency improvements. We are seeing the first positive results of our strategy and our efficiency program which we have implemented since the beginning of the year; improved sourcing will help us to lower our variable costs, while the efficiency measures are contributing to decreasing our fixed costs. Overall, Senvion reduced its nine months 2017 OPEX costs by 18% on a year-on-year basis. Compared with the first nine months in 2016, we have cut net interest costs by 29%. Given these large price declines globally, we will need to re-double our efforts in front of the challenges facing the sector."

Senvion's Q3 report is available online and further details can be found in the earnings presentation. Furthermore, the reports are available on the website of the Luxembourg Stock Exchange (www.bourse.lu) as officially appointed mechanism for the central storage of regulated information.
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 6.15 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.



 
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