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China adds 10.6 GW solar power capacity in 2014

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China added 10.6 gigawatts (GW) of solar power capacity in 2014, accounting for one fifth of the world total, as the energy-hungry country plans to increase its share of non-fossil fuels, authorities here said today.


China's cumulative installed capacity for solar photovoltaic (PV) power reached 28.05 GW by the end of 2014, up 60 per cent year on year, according to the National Energy Administration (NEA).

Of the cumulative installed capacity, 23.38 GW came from solar power stations and 4.67 GW from distributed solar projects, NEA said.

China has been working to increase its share of non-fossil fuels in the power matrix, including hydropower, wind power, solar power and nuclear power, state-run Xinhua news agency reported.

The State Council released an action plan on energy development for 2014-2020 last November, promising more efficient, self-sufficient, green and innovative energy production and consumption.

According to the annual government work report delivered by Premier Li Keqiang last Thursday, the Chinese government plans to reduce energy intensity, or units of energy per unit of GDP, by 3.1 per cent in 2015.



Senvion commissions its largest wind turbine

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Senvion SE, a wholly owned subsidiary of the Suzlon Group, the world’s fifth-largest manufacturer of wind turbines, finished commissioning and initial test phase of the prototype of the Senvion 6.2M152. The turbine with the largest rotor diameter in the Senvion product range has been operating in fully automatic mode and thus as an active power plant at Langen-Neuenwalde (Germany), about 20 kilometres north of Bremerhaven, since January. It generated the first kilowatt hour (kWh) on schedule on 18th December 2014 and received the Design Assessment. With a rated power of 6.15 megawatts, the Senvion 6.2M152 can supply around 4,000 homes with electricity.


Russell Stoddart, CTO of Senvion SE, says: “We are proud of the successful commissioning of this high-performance turbine in cooperation with our customer EWE ERNEUERBARE ENERGIEN GmbH. By the 6.2M152 entering the market, we are making the most powerful turbine in series-production to date (the Senvion 6.2M126) even more efficient. In our role as manufacturer, it is our responsibility to ensure wind energy is used as efficiently and reliably as possible. We know how to lower the power generation costs while also ensuring increased yield. Thanks to the greater reliability and more intelligent control of our turbines, we can meet our goal of delivering a state-of-the-art product at the best price/performance ratio for the offshore market.”

Compared with its predecessor (the Senvion 6.2M126), the rotor star of the Senvion 6.2M152 has a diameter of 152 metres, with the rotors sweeping an area larger than three football pitches. Thanks to a larger rotor diameter compared to its predecessor (126 metres), the energy yield at wind speeds of 9.5 m/s is increased by up to 20%. The bigger rotor and correspondingly larger drive train combined with tried-and-tested, first-class technology enables our customers to generate energy even more cost-efficiently on the high seas with the 6.2M152 with a design life of 25 instead of 20 years.

To date, the Senvion 6.2M126 is the world’s most powerful offshore wind turbine to be produced in series. Senvion got started in the multi-megawatt category back in 2004 and ever since then has achieved a great deal of success. No other manufacturer today can compete with the Senvion offshore experience with more than 140 turbines from the 5 and 6 megawatt class installed on the high seas.



Offshore wind energy can compete with gas and coal within a decade

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The European offshore wind industry must shed 26% of outlays to reach cost-competitiveness with conventional forms of energy by 2023, according to a study by EY.

 

The report states that the industry must significantly reduce costs over the next five years through a number of key actions, outlining where savings can be found.
These include deploying larger turbines to increase energy capture (9%); fostering competition between industrial players (7%); commissioning new projects (7%); and tackling challenges in the supply chain such as construction facilities and installation equipment (3%).
Together with clear political signals from lawmakers on regulation and support schemes, offshore wind could compete with conventional forms of energy such as gas, coal and nuclear in the first half of the next decade. Alongside the release of the EY report, three of the biggest names in offshore wind have initiated a joint declaration – called 'United Industry'– as part of a commitment to reducing costs in the sector.
Dong Energy, MHI Vestas and Siemens Wind Power and Renewables have pledged to undertake joint and individual actions across the whole of the value chain to deliver "major long-term and tangible advancements.
"Michael Hannibal, CEO Offshore of Siemens Wind Power and Renewables, said: "Cost reduction remains a top priority of the offshore wind industry. We need to create profitable investments for offshore projects independent of subsidies. In a united industry, all stakeholders across the whole value chain are equally responsible to contribute and deliver. Siemens takes full ownership of this challenge. If we all do that, we will win."
Claus Hviid Christensen, Vice President in DONG Energy Wind Power, said: "For offshore wind to realise its full and significant potential, we need to continuously reduce the cost of electricity. The good news is that we are indeed on the right track, and we are already seeing the industry taking important steps forward with an impressive pace. With a clear political framework for the development of offshore wind power after 2020, I am confident that we will meet our target of making offshore wind fully competitive with alternative energy technologies."
Jens Tommerup, CEO of MHI Vestas Offshore Wind, said: "MHI Vestas Offshore Wind is committed to building powerful partnerships, leveraging on technical expertise and financial strength across the industry and driving down the cost of offshore wind. We have the markets' most powerful product, we have added renewed competition to the offshore wind sector and our collaborative approach in optimising the supply chain represents three of the four pillars of cost reduction."
Thomas Becker, chief executive officer of the European Wind Energy Association said: "This study shows that offshore wind power in Europe will be a major contributor to the continent's energy security now and over the course of the next decade."
He added: "As much as we need politicians to come on board, it is also up to the industry to deliver on our commitments. It is no secret that cost reduction is a great challenge that we face in the offshore business; but as we continue to work together, innovate and compete, the sector will face down its trials in the years ahead. We must not forget the jobs, trade and growth that offshore wind is contributing to Europe."


 

Gamesa tops wind power installations in India

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Spanish wind energy turbine maker Gamesa has retained top position for a second year in row for the highest number of grid-connected installations in India. Suzlon and Wind World India took the second and third spot respectively. The rankings were released by Danish firm Make Consulting, which analyses the wind energy market globally.


In 2014, about 2,300 Mw of wind energy was added in India a growth of 27 per cent over 2013, when 1,800 Mw was added. Gamesa accounted for a quarter of all grid-connected installations with a market share of 25 per cent in 2014. Suzlon and Wind World India achieved 21 and 15 per cent, respectively. “We plan to add 1,000 Mw installations in India this year and acquiring business from independent power producers. With favourable policies, growth will be easier,” said Ramesh Kymal, managing director of Gamesa in India.

Suzlon, which earlier in the year, sold its German subsidiary Senvion, to US-based private equity Centrebridge, did not figure in the global top 15 turbine makers in 2014 but Senvion stood at 13th place.Suzlon was ranked fifth globally in 2013. Suzlon has contested the report findings. “The report has misrepresented Suzlon group installations. It has only considered stand-alone figures of Suzlon and Senvion for 2014. However, the agreement to sell Senvion was signed in January,” a Suzlon spokesperson said.


Siemens Surges but Vestas Wind Systems Remains Top Wind Turbine Installer in 2014

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Danish wind turbine manufacturer Vestas Wind Systems (Vestas) has maintained its position as the world-leading wind turbine installer in 2014, having achieved global capacity installations of just over 6,053 Megawatts (MW), according to research and consulting firm GlobalData.


The company’s latest findings also show that of the world’s top five wind turbine installers in 2014, Siemens has climbed three positions since 2013 into second place. As well as installing around 4,990 MW of capacity last year, Siemens also proved itself the top wind turbine installer in Canada, which is a major market for the company.

Following its entry into the top five Original Equipment Manufacturers (OEMs) in 2013, Chinese wind turbine supplier Xinjiang Goldwind Science & Technology (Goldwind) has held onto third position in the 2014 rankings, with installations of 4,728 MW. Goldwind also continues to enjoy its status as the top wind turbine installer in Asia.

GE Power & Water was the leading OEM in 2012, but disappeared completely from GlobalData’s top five rankings in 2013 due to a reduction in US wind turbine installations. However, the company has re-entered in fourth place in 2014, thanks to its global wind capacity installations of almost 4,589 MW.

Meanwhile, German wind turbine manufacturer Enercon slipped from second to fifth place last year, with installations of approximately 3,735 MW.

GlobalData concludes that while Suzlon Group (Suzlon) was another new entrant in the top five wind turbine installers in 2013, claiming fifth place, the company has dropped down in the rankings. Suzlon fell to tenth position in 2014, having installed nearly 1,855 MW of capacity.






Energía solar: China instaló 10,6 GW de fotovoltaica en 2014

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China añadió 10,6 gigavatios de capacidad de generación fotovoltaica en 2014, lo cual se suma a la capacidad nacional que representa una quinta parte del total mundial, informó hoy martes la Administración Nacional de Energía (ANE).

Hasta finales de 2014, la capacidad instalada acumulativa para energía fotovoltaica del país alcanzó los 28,05 gigavatios, un incremento el 60 por ciento interanual, de acuerdo con cifras facilitadas por la ANE.
De la capacidad instalada acumulativa, 23,38 gigavatios provinieron de las estaciones de generación de energía solar, y 4,67 de proyectos solares distribuidos, precisó la agencia.
China ha estado trabajando para incrementar la proporción de combustibles no fósiles en la matriz energética, incluyendo la generación hidroeléctrica, eólica, solar y nuclear.
El Consejo de Estado (gabinete chino) divulgó un plan de acción sobre el desarrollo energético para el periodo 2014-2020 en noviembre pasado en el que se comprometió a una producción y consumo de energía más eficientes, autosuficientes, ecológicos e innovadores.
De acuerdo con el Informe sobre la Labor del Gobierno presentado el pasado jueves por el primer ministro chino, Li Keqiang, el gobierno chino tiene planeado reducir la intensidad del consumo energético, o cantidad de energía por cada unidad del producto interno bruto, en un 3,1 por ciento en 2015.



 
 

Nuevo León, con el viento a favor para generar energía eólica

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Esto abre oportunidades de inversión en plantas de ciclo combinado con gas natural y proyectos de energías renovables, eólica y energía solar.

Nuevo León tiene un potencial de energía eólica superior a 1.000 (MW para los próximos cinco años, estimó Héctor J. Treviño, presidente de la Asociación Mexicana de Energía Eólica (Amdee).
“El gobierno estatal tiene un interesante mapa de potencial eólico; para evaluarlo se necesitan uno o dos años de mediciones”, comentó.
Actualmente, la región del Istmo de Tehuantepec, en Oaxaca, es el principal sector de aprovechamiento de la energía eólica, pero se han detonado nuevas zonas, principalmente en el noreste: Nuevo León, Tamaulipas y Coahuila tienen “un potencial muy interesante”, acotó.
También hay proyectos en Baja California y, recientemente, se informó que Yucatán, San Luis Potosí y Durango buscan desarrollar proyectos eólicos.
El año pasado, la entidad recibió 940 millones de dólares de Inversión Extranjera Directa (IED) para una capacidad instalada de 431 MW de energía eólica.
El más grande proyecto fue el de Cemex y Fisterra Energy, que participan en Ventika y Ventika II, en el municipio de General Bravo, con una inversión de 650 millones de dólares y 252 MW de potencia.
Y vienen más inversiones para los próximos años. De acuerdo con Héctor Tijerina, director de Inversión Energética de la Secretaría de Desarrollo Económico (Sedec) estatal, en la cartera de proyectos para nuevas inversiones que se tienen en la entidad, “prácticamente 80% es de energía renovable: eólica y solar”.
De acuerdo con el funcionario, Nuevo León es el mayor consumidor de energía y produce sólo 2% del total que se genera en el país.


 
 

Endesa y Nissan: Energías renovables para cargar el vehículo eléctrico

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Las baterías de los vehículos eléctricos como almacenadoras o suministradoras de energía para la red. Es la tecnología vehículo a red (V2G del inglés ‘Vehicle to Grid’), que si bien no es novedosa, sí da un gran paso para su implantación en Europa.

La tecnología ‘vehículo a red’ (V2G, ‘vehicule to grid’, en inglés) se impulsa en España. Se aprovechan las energías renovables para cargar las baterías de los coches. La electricidad que no se consuma en el coche puede utilizarse para alimentar el hogar ,el negocio, o devolverla a la red.
Nissan y Endesa firman un acuerdo para comercializar este sistema y potenciar la movilidad eléctrica.
ENEL Y ENDESA GeMpg
Las baterías de los coches eléctricos como almacenadoras o suministradoras de energía para la red. Es la tecnología vehículo a red (V2G del inglés ‘Vehicle to Grid’), que si bien no es novedosa, sí da un gran paso para su implantación en Europa. Endesa y Nissan han firmado un acuerdo para dar un nuevo impulso a la movilidad eléctrica en Europa.

Coche eléctrico: Endesa da una segunda vida a las baterías de los coches eléctricos.
Ambas empresas han unido sus fuerzas para lanzar al mercado europeo un sistema comercialmente viable de vehículos eléctricos e infraestructura de recarga que permitan la doble direccionalidad (V2G). El sistema consiste en un cargador dual y un sistema de gestión, que puede incluir elementos de generación de energías renovables fuera de la red como paneles solares o aerogeneradores.
Leaf_wind_energy
Utilizando este equipamiento, el propietario de un vehículo 100% eléctrico y compatible con la versión 2.0 de CHAdeMO (carga rápida de vehículos eléctricos), como los modelos Nissan LEAF y e-NV200, puede conectarlo en fases de baja demanda. De esta manera aprovecha las tarifas más económicas y luego puede utilizar la energía almacenada en el vehículo en la red doméstica en las horas en que el consumo es más caro. E incluso, devolverla a la red con el beneficio económico que ello conlleva.
Los concesionarios certificados para la venta del vehículo eléctrico Nissan Leaf, en Estados Unidos, tendrán instalados sistemas de recarga eléctrica rápida, que permitirán recargar sus baterías de litio al 80% en 30 minutos.
Los concesionarios certificados para la venta del vehículo eléctrico Nissan Leaf, en Estados Unidos, tendrán instalados sistemas de recarga eléctrica rápida, que permitirán recargar sus baterías de litio al 80% en 30 minutos.
La electricidad generada por paneles solares o aerogeneradores puede utilizarse para cargar el vehículo. Por ejemplo, un vehículo eléctrico que pase la mayor parte del día aparcado, se puede cargar a través de paneles solares (durante el día ) o aerogeneradores (durante la noche). Y cuando su batería esté llena, poder utilizar esa energía en casa, el negocio o devolverla a la red Teniendo en cuenta que los vehículos eléctricos tienen entre 10 y 100 kWh de capacidad y pasan más del 90% de su vida aparcados, sistemas como V2G tendrán un papel central en la transformación de los sistemas de energía.
“Gracias a esta tecnología los vehículos eléctricos se convertirán en parte del sistema eléctrico, introduciendo nueva capacidad de almacenamiento y demostrando que la energía almacenada en un vehículo eléctrico puede utilizarse para otras finalidades, además de para la movilidad”, asegura José Bogas, Consejero Delegado de Endesa. Uno de los grandes retos de los sistemas de gestión de energía es asegurar la estabilidad de la red. Esta situación es especialmente relevante en países con un alto nivel de generación de energías renovables, algo que irá en aumento en todo el mundo en el futuro.
La visión de emisiones cero a largo plazo sitúa al vehículo eléctrico en el centro de un sistema completamente integrado en el que los clientes participan activamente en los mercados energéticos utilizando la capacidad de almacenamiento de las baterías de sus vehículos y, con ello, reduciendo los costes de utilización de los mismos. 
En un escenario no muy lejano, el usuario de un vehículo eléctrico no solo decidirá cuándo y dónde quiere cargar su coche sino la mejor manera de gastar y revender la energía almacenada en la batería logrando con ello beneficios financieros tangibles en términos de ahorro de energía y, al mismo tiempo, maximizando la utilización de energía verde.
“A través de este acuerdo seguimos aunando esfuerzos para extender el vehículo 100% eléctrico y hacerlo mayoritario en las carreteras españolas. Ponemos de manifiesto, además, que la tecnología de cero emisiones no sólo ofrece grandes beneficios medioambientales sino que también supone una importante fuente de ahorro económico”, destaca Marco Toro, Consejero Director General de Nissan Iberia.


 
 
 

Ingeteam y Shell: solución para aerogeneradores mejora rendimiento de la eólica

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Inno Oil es una herramienta configurable que integra la lubricación, el mantenimiento y la monitorización de la eólica.

La puesta en marcha de Inno Oil permite ahorrar 40.000 euros al año en un parque eólico con 50 turbinas eólicas, mejorando la eficiencia energética.
La unión de la experiencia en lubricantes de Shell y el conocimiento y capacidad de Ingeteam ha supuesto la creación de Inno Oil, una herramienta integral y configurable que aglutina la lubricación, el mantenimiento y la monitorización de los aerogeneradores de parques eólicos.
Los propietarios de estas instalaciones se podrán beneficiar de una mejora de la vida útil de los activos, un aumento de la eficiencia energética, y una optimización de los costes que puede traducirse en un ahorro potencial de 40.000 euros al año, en un parque con 50 turbinas.
La división de lubricantes de Shell, que posee el 38% de la cuota de mercado en el sector eólico y cuenta con una amplia gama en productos lubricantes homologados, se ha aliado con Ingeteam, que trabaja en toda la cadena de valor de la eólica, para ofrecer a sus clientes un producto global e innovador como Inno Oil.
Las ventajas de este nuevo servicio se han presentado en una Jornada Técnica celebrada en el Consejo de Cámaras de Madrid y ha contado con una amplia representación de las principales empresas del sector eólico de nuestro país. Isabel Manrique, directora de ventas de Shell España y Jorge Magan, director gerente de Ingeteam Service fueron los encargados de inaugurar la jornada. Jorge Magan ha destacado la importancia de esta sinergia entre Ingeteam y Shell ya que “la unión de ambas empresas permite afrontar, a nivel internacional, la gestión completa de las flotas de manera personalizada introduciendo los últimos avances en materia de lubricación. Desde los análisis de las muestras, recomendaciones de productos de sustitución, propuestas de aplicación de los productos y cambio+flushing hasta el seguimiento de los análisis a través de nuestra plataforma web. Y en toda la cadena acompañando al cliente en su toma de decisiones y siendo totalmente transparente en la información que compartimos con ellos.”
“Nuestro objetivo es que nuestros clientes del sector eólico puedan convertir el viento en una energía eficiente y rentable. Para ello contamos con más de 300 profesionales en el campo de la asesoría técnica y una gama de productos que cubren todas las aplicaciones eólicas, con unos periodos de cambio más amplios y una protección mayor para los engranajes”, ha explicado Frank Sheehy – Técnico de Lubricantes de la Industria de Shell.
La importancia de monitorizar el estado del aceite cobra un papel muy importante dentro del servicio personalizado, de ahí que se hayan incorporado mecanismos como el seguimiento y la integración de los resultados. Una adecuada lubricación con el producto adecuado y en el momento preciso redunda en un alargamiento de la vida de los activos, en una mayor eficiencia energética y consecuentemente en una optimización de los costes de Operación y Mantenimiento.
Ingeteam Service es la responsable de la operación y mantenimiento de 2.900 aerogeneradores, repartidos en 140 parques eólicos, con una potencia total mantenida de 6 GW y sobre un total de 11 tecnologías eólicas diferentes. Con más de 15 años de experiencia en servicios de operación y mantenimiento de instalaciones de energías renovables, Ingeteam Service cuenta con una plantilla de 800 trabajadores en todo el mundo, de los que el 25% se encuentran en Albacete.


 
 



Offshore wind power players pledge joint efforts to cut cost

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Three of the biggest companies in offshore wind power industries have initiated a joint declaration here on Tuesday as part of a commitment to reducing costs in the sector.

Denmark's largest energy company Dong Energy, MHI Vestas -- a joint venture between Vestas and Mitsubishi Heavy Industries -- and Siemens Wind Power and Renewables have pledged to undertake joint and individual actions across the whole of the value chain to deliver "major long-term and tangible advancements."
The three companies announced the declaration at the the European Wind Energy Association (EWEA) Offshore 2015, the world's largest offshore wind energy conference and exhibition that opened Tuesday in Copenhagen.
Michael Hannibal, CEO of Siemens Wind Power and Renewables, said cost reduction remained a top priority of the offshore wind industry, thus the need to create profitable investments for offshore projects independent of subsidies.
"In a united industry, all stakeholders across the whole value chain are equally responsible to contribute and deliver," Hannibal said. "If we all do that, we will win."
DONG Energy Wind Power vice president Claus Hviid Christensen said for offshore wind to realize its full potential, industry players need to continuously reduce the cost of electricity.
"The good news is that we are indeed on the right track, and we are already seeing the industry taking important steps forward with an impressive pace," Christensen said.
"With a clear political framework for the development of offshore wind power after 2020, I am confident that we will meet our target of making offshore wind fully competitive with alternative energy technologies," he added.
According to an offshore wind report released by Ernst & Young, the European offshore wind industry must shed 26 percent of outlays to reach cost-competitiveness with conventional forms of energy by 2023.
The report said that the industry must significantly reduce costs over the next five years through a number of key actions, outlining where savings can be found.
These include deploying larger turbines to increase energy capture, fostering competition between industrial players, commissioning new projects, and tackling challenges in the supply chain such as construction facilities and installation equipment, according to the report.
Thomas Becker, chief executive officer of the EWEA, called on industry players to join efforts to face the challenges of cost-cutting in the sector.
"It is no secret that cost reduction is a great challenge that we face in the offshore business; but as we continue to work together, innovate and compete, the sector will face down its trials in the years ahead," Becker said.
"Offshore wind power in Europe will be a major contributor to the continent' s energy security now and over the course of the next decade," he added.


 
 

Ideol, Hitachi Zosen team up on floating wind turbines in Japan

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Ideol and Hitachi Zosen have signed an agreement to design, engineer and build floating offshore wind turbines in Japan.

The project will use Ideol's Damping Pool solution and is intended to speed up Japan's drive to install floating wind farms as a way of increasing its energy mix.
Ideol said the deal will support the nation's Ministry of Economy, Trade and Industry in its plan to reduce the levelised cost of energy of such farms before the end of 2020.
Both the companies will deliver a cost-competitive and worldwide solution to support the efforts.
Ideol CEO Paul de la Guérivière said: "Benefiting from the experience of a leading corporation such as Hitz is a great honor for our young company. It clearly demonstrates our technology's adaptability to very challenging sea and weather conditions as well as our company's ability to compete in a global market."
Ideol was created in 2010 to develop both technically and economically viable floating foundation solutions for the offshore wind industry.
Hitachi Zosen has experience in design and construction of floating structures like Osaka's Yunemai Bridge and GPS buoys for the real time offshore measurement of tsunamis.
The company has been involved in the development of floating offshore wind power generation since 2004.



Small & Medium Wind Power Systems is Expected to Reach Nearly $2.4 Billion by 2023

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The U.S. continues to lag behind China and the United Kingdom in small wind power installations, report finds.
A recent report from Navigant Research analyzes the global market for small and medium wind turbines (SMWTs), including global market forecasts for capacity and revenue through 2023.
Fueled by the spread of innovative financing programs centered around the leasing model, growth in the installation of small and medium wind power systems is accelerating. In the long term, however, the overall outlook for the small and medium wind market in each country will be determined by whether the industry can reduce costs and survive in the face of declining or disappearing government subsidies. 
According to a recent report from Navigant Research, worldwide revenue from SMWTs will grow from $1 billion in 2015 to nearly $2.4 billion in 2023.
“Growth in small wind power, to date, has been tied to state and federal incentives in the United Kingdom, Italy, and the United States,” says Dexter Gauntlett, senior research analyst with Navigant Research.  “Now the sector is maturing, with momentum building around the wind lease model–which has enabled strong growth not only in the U.S. solar photovoltaic market, but also among microgrids, islands, and developing countries where incentives are less important.”
While the U.S. market for SMWTs has a few bright spots, according to the report, it is generally trying to regain momentum after rebates and other key incentive programs in leading states stalled, decreased, or expired in the past 4 years. Revenue from small wind systems in the United States is expected to reach $216 million by 2023—well behind leading markets such as the U.K., China, and Italy.
The report, “Small and Medium Wind Power,” analyzes the global market for SMWTs, defined as any turbine up to 500 kilowatts in capacity.  The study provides an analysis of the market issues, including growth drivers and implementation challenges, associated with SMWTs.  Global market forecasts for capacity and revenue, broken out by region, extend through 2023.  The report also examines the key technologies related to SMWTs, as well as the competitive landscape.  An Executive Summary of the report is available for free download on the Navigant Research website.


 
 

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

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The wind power order, placed by an undisclosed wind farm developer, includes the supply and installation of 90 type-V110 wind turbines. The wind turbines are due for delivery in the second quarter of 2016.



Customer:Undisclosed at the customer’s request.
Project name:Undisclosed at the customer’s request.
Location/Country:Campo Formoso, Brazil
Number of MW:180 MW
Number of turbines/turbine type90 x V110-2.0 MW turbines
Contract type:Supply-and-installation
Contract scope:The contract comprises supply and installation of the wind turbines as well as a two-year full-scope Active Output Management (AOM) 4000 service agreement followed by an eight-year customised service agreement.
Time of delivery                                  Delivery of the wind turbines is planned for the second quarter of 2016, while commissioning is expected in the periods thereafter.
Total year-to-date announced order intake in MW: 939 MW


 
 

Wind power in Chile: Enel Green Power has connected “Talinay Poniente” wind farm with 32 wind turbines

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Enel Green Power (“EGP”) has completed and connected to the grid the “Talinay Poniente” wind farm in Chile. The wind farm consists of 32 wind turbines, for a total installed capacity of 61 MW, and is able to generate over 160 GWh per year. 

This output is equivalent to the energy needs of about 60,000 Chilean households, and will therefore avoid the emission of over 130,000 tonnes of CO2 into the atmosphere.
Enel Green Power invested approximately 140 million US dollars in the new wind farm, which contributes towards the growth targets set out in the company’s business plan for 2014-2018.
The project is supported by contracts to supply energy to regulated-market customers. The contracts were awarded at the end of 2013 following a tender, carried out for Chile’s Central Region Transmission Network (SIC) by a total of 26 distributors. The energy generated by the wind farm will be delivered to SIC’s transmission grid.
The wind farm is located in the Coquimbo region, across from the Talinay Oriente wind farm (90 MW), which has been operating since 2013.

Enel Green Power is the Enel Group company fully dedicated to the development and management of renewable energy sources at the international level, with operations in Europe, the Americas and Africa. With an annual generation capacity equal to, approximately, 32 billion kWh from water, sun, wind and the Earth’s heat - enough to meet the energy needs of more than 10 million households, Enel Green Power is a world leader in the sector thanks to its well-balanced generation mix, providing generation volumes well over the sector average. As of today, the company has an installed capacity of approximately 9,600 MW from a mix of sources including wind, solar, hydroelectric, geothermal and biomass. The company has about 740 plants operating in 15 countries.



 
 

Eólica en Chile: Enel Green Power conecta el parque eólico Talinay Poniente con 32 aerogeneradores

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La empresa de energías renovables Enel Green Power puso en marcha el parque eólico de Talinay Poniente en Chile, capaz de cubrir las necesidades energéticas de 60.000 familias al año.

Enel Green Power informó que ha enganchado a la red esta instalación eólica, con una capacidad instalada de 61 megavatios (MW) y compuesta por 32 turbinas eólicas que son capaces de generar 160 gigavatios al año.
Esto equivale, según la nota, al consumo energético de cerca de 60.000 hogares y evita la emisión de más de 130.000 toneladas de dióxido de carbono a la atmósfera.

El parque eólico ha supuesto una inversión de 163 millones de euros (US$140 millones) aproximadamente.
Se encuentra situado en la región de Coquimbo (Centro), frente al parque de Talinay Oriente, operativo desde 2013 y con una capacidad de 90 MW.

 

 
 


Nicaragua's Renewable Energy Revolution Picks Up Steam

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Renewable energy sources — such as the Eolo wind farm about 75 miles south of the Nicaraguan capital, Managua — generate about half of the country's electricity. Officials predict that figure could rise to 80 percent within years.

Nicaragua produces no oil, but is a land of fierce winds, tropical sun and rumbling volcanoes. In other words, it's a renewable energy paradise — and today the Central American nation is moving quickly to become a green energy powerhouse. Within a few years the vast majority of Nicaragua's electricity will come from hydroelectric dams, geothermal plants and wind farms.
Nicaragua's largest wind farm lies on the shores of giant Lake Nicaragua, which stretches halfway across the country.
Javier Pentzke, manager of the Amayo wind farm, says the region is one of the top places in the world for wind energy.
"You have all the opening here from the lake all the way to the Caribbean, so it's like a tunnel," he says. "And it's very steady. It's not too gusty." 

Pentzke says the wind there is perfect for rotating the three-bladed props on the dozens of wind turbines that rise up from the western shore of the lake.
Just a few years ago, Nicaragua was almost totally dependent on imported fuel oil to generate power. The country also lacked thermal plants to turn that fuel oil into electricity. The result was rolling, 12-hour blackouts that damaged the economy and made daily life a grind.
Silverio Martinez, who runs a general store in the farm town of San Jacinto, says the power outages paralyzed the town's water pumps. The local mill couldn't grind corn, so his wife couldn't make tortillas. Carpenters, he recalls, sat idle because their power tools were useless.
But just a few miles from Martinez's store lies Telíca, one of the 19 volcanoes in Nicaragua, all of them storing vast sums of underground heat. The country also features roaring rivers and sweltering sun.
In 2005, the government set out to harness all that natural energy.
"The decision was made that we had to begin shifting towards renewable energy," says Gabriel Sánchez, who works for the business promotion agency ProNicaragua. "A set of policies was put in place that would allow renewable energy projects to be developed in Nicaragua."
In addition to the resulting tax breaks, energy companies like Nicaragua's current stability after decades of revolution, civil war and economic chaos. One firm, Nevada-based Ram Power, has sunk more than $400 million into the Polaris geothermal plant located next to Telíca volcano.
"We try to locate where a hot rock resource is, which is usually about 5 to 7 kilometers below the earth's crust," says Antonio Duarte, the plant's manager.
This molten rock heats underground water, which then is brought to the surface. The resulting steam is fed into turbines to produce electricity. Besides reducing carbon emissions, Duarte says geothermal power has made Nicaragua less dependent on foreign oil.
"The petroleum bill on an annual basis is a significant amount of our GDP, so by changing the energy matrix we're generating power from our own resources and not being held ransom on the fluctuations of the market," Duarte says.
Renewables now generate nearly half of Nicaragua's electricity, a figure that government officials predict could rise to 80 percent within a few years. That compares to just 13 percent in the United States.
And it may be just the beginning. There is so much untapped energy in Nicaragua that it's planning to export electricity to its Central American neighbors.





Senvion delivers tallest onshore wind turbine type to Belgium

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Senvion SE, a wholly owned subsidiary of the Suzlon Group, the world’s fifth-largest wind turbine manufacturer, has concluded a contract with Storm on the construction of the foundations and the delivery and installation of three Senvion 3.2M114 wind turbines in Belgium. The turbines, each with a hub height of 143 metres, are intended for Meer wind farm located in the province of Antwerp in the northern part of Belgium. With a total height of 200 metres, the Senvion 3.2M114 is the tallest wind turbine ever constructed in the country. With a rated power of 3,2 megawatts (MW), each Senvion 3.2M114 can supply around 2,100 households with electricity.


The delivery and the installation are planned for spring 2015, the commissioning of Meer wind farm is scheduled for summer 2015. Additionally, Senvion has signed a 15-year full service contract for the maintenance of the wind farm. Meer wind farm is the fourth contract for Senvion with Storm. The wind farms Westerlo with two Senvion MM92 turbines, Maasmechelen and Geel with respectively two and three Senvion MM100 turbines are now operational in the provinces of Antwerp and Limburg.

Olivier Perot, Managing Director of Senvion South West Europe, says: “We are pleased Storm is further extending the partnership with Senvion for the tallest wind turbine ever installed in Belgium. This contract highlights the reliability of our turbines and the quality of our service. We are proud that our company is also contributing to jobs and support for the wind sector in Belgium.” Senvion created a service centre in Houthalen-Helchteren in 2014 where six service technicians are currently employed to better serve the Belgian wind farms.

Filip Leonard, the Project Manager of Storm overseeing the plant in Meer for Storm, adds: “Storm is very proud to pioneer this type of wind turbine in Belgium. With every new project we try to stay ahead of the Belgian wind energy industry. We are looking forward to realizing yet another successful project together with Senvion.”

Senvion has installed a total capacity over 550 megawatts of onshore and offshore wind capacity in Belgium which represents nearly 30% of cumulative market share. In 2014, Senvion installed more than 50 MW in Belgium. 



Offshore Wind energy conference backed by UK and European Associations announced for London

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The first ever joint offshore wind conference organised by EWEA and RenewableUK was announced today. Offshore Wind Energy 2017 will take place in London between 6th and 8th June 2017, and will be instead of the annual event which RenewableUK holds and the biannual EWEA OFFSHORE event. The announcement was made today at EWEA OFFSHORE 2015 in Copenhagen.

 

Offshore Wind Energy 2017 is expected to attract up to 12,000 wind industry players to the UK, with 70% of delegates expected to come from outside the UK. It is expected to be the world’s largest offshore wind energy conference and exhibition.
Commenting on the announcement, Maria McCaffery, Chief Executive of RenewableUK said: "We are delighted that Offshore Wind Energy 2017 is coming to London. As the UK is the world-leader in the offshore wind industry, it makes sense for RenewableUK and EWEA to collaborate on this first-of-a-kind joint event."
Thomas Becker, Chief Executive Officer of EWEA, said: "The UK is already the global goliath of the offshore wind industry and there is still so much left to play for. The UK is sitting on a goldmine when it comes to offshore wind and that is why we are very much looking forward to teaming up with RenewableUK for Offshore Wind Energy 2017 in London."

http://www.evwind.es/2015/03/11/offshore-wind-energy-conference-backed-by-uk-and-european-associations-announced-for-london/50931 

Siemens Increases Wind Power Output of Direct Drive Offshore Wind Turbines

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Siemens has struck a deal to supply wind turbines to a large offshore German wind farm in a deal that will boost a flagging order book and it said it would begin testing within days its largest yet turbine model. The wind turbine unit of the German engineering firm will provide 67 of its 6 megawatt (MW) wind turbines, the largest it has on offer although it will soon start selling a 7 MW model. It said it had struck the deal with Highland Group Holding Ltd. Reliable technology is one of the primary levers in Siemens' goal to reduce the cost of offshore wind power generation. In this regard, the company's flagship offshore wind turbine, the SWT-6.0-154, has already set new standards in gearless turbine design. Today, the market leader in offshore raises the bar yet again: Introducing a generator upgrade to seven megawatt (MW), the new Siemens SWT-7.0-154 delivers nearly ten percent more energy production than the predecessor under offshore wind conditions while retaining the same proven reliability: Development engineers have refined solely those turbine components needed to increase electrical output. The new model is already set to go into series production by 2017.


Siemens' new flagship offshore wind turbine, SWT-7.0-154 - The new model delivers nearly ten percent more energy than its predecessor, while retaining the same proven reliability.

Stronger permanent magnets and generator segments in the permanent magnet generator provide the key to harvesting a higher yield. Additionally, the converter and transformer have been upgraded, in line with the higher electrical output: All other components remain the same tried and proven engineering of the 6-MW wind turbine, giving Siemens' customers the assurance of relying on proven technology and supply chain while significantly increasing energy production. The 6-MW-version will continue to be available for sales but following the improvements, Siemens has renamed the product platform to D7.
Siemens is presenting its new SWT-7.0-154 to the world's experts at the international wind power conference and exhibition EWEA Offshore 2015 in Copenhagen. The product is yet another innovative step by the company to lower the cost of generating electricity on the high seas. "Our new wind turbine offers our customers an investment as reliable as our proven G4 and D6 product platforms," notes Offshore CEO Michael Hannibal of Siemens Wind Power and Renewables. "Yet it also answers market demands to achieve greater energy yield at lower cost and effort."
Cost reduction through innovation is the key factor of the new turbine and also of new Siemens grid access solutions. The turbine's long structural design lifetime of 25 years and increased power rating create a remarkable cost of energy benefit. In transmission, Siemens is pursuing the same goal with its distributed power transmission technology, enabling grid connection of offshore wind turbines without the need for high-voltage alternating-current (HVAC) offshore substations. The conventional platform can be substituted by the new Siemens Grid Access Solution in AC-technology which acts as a distributed transmission asset and can be mounted together with a turbine on the same foundation or independently. This environmentally-friendly solution offers substantially reduced size, weight, and costs, while improving the customer's flexibility.


 
 

Ontario procuring 300 MW of wind energy under new competitive process

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The Canadian Wind Energy Association (CanWEA) applauds the Independent Electricity System Operator’s (IESO) launch of a 565 MW renewable energy request for proposals (RFP) of which 300 MW will be dedicated to wind energy. This is the first of three RFPs under IESO’s Large Renewable Procurement (LRP) competitive process that supports Ontario’s targeted goal of 10.7 GW of non-hydro renewable energy capacity by 2021 and reflects Ontario’s ongoing commitment to build a cleaner and more sustainable electricity system.

“Ontario’s new competitive bidding process has attracted high quality project applicants who were pre-qualified through the LRP I RFQ process based on mandatory requirements focused on past development experience and financial capability,” said CanWEA president Robert Hornung. “We are confident that this process will demonstrate wind energy’s cost-competitiveness as a source of new electricity generation in Ontario.”
Wind energy’s cost-competitiveness, economic development potential, environmental sustainability, reliability and rate base value provide a solid foundation that ensures a strong and growing role for wind energy generation in Ontario’s electricity future.
“An important part of the RFP process will be early and meaningful community engagement,” said Hornung. “Effective community engagement is fundamental to the success of wind energy projects and the wind industry values the right of individuals to have an important role in discussions about developments in their community.”
CanWEA has played an active role in the LRP consultation process and is committed to working with all stakeholders to ensure the successful completion of this open and competitive procurement process that will ensure Ontario will continue to attract investment and build public support for quality and cost-competitive wind energy projects.
Ontario is Canada’s leader in clean wind energy with more than 3,590 MW of installed capacity, supplying over 3.5 per cent of the province’s electricity demand. New wind energy developments will help create and maintain an increasingly diverse, made-in-Ontario, supply and value chain that will encourage new investments and create competitive advantages for Ontario’s green energy economy.
CanWEA looks forward to the results of this process and future opportunities to ensure that Ontario meets and builds on its initial renewable energy targets.


 
 
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