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Wind Energy Beneficial to Rural Oklahoma Communities

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In 2014, a study was conducted to determine the economic impact of wind energy development in Oklahoma. The Wind Coalition Executive Director Jeffrey Clark says the study found wind developers have invested more than $6 billion into Oklahoma communities over the past decade.
"These projects pay about $22 million annually to landowners. 

That is a tremendous economic opportunity for farmers and ranchers who want to make some extra income using their property as a wind energy development project but also are still able to farm and ranch around those projects. It's really a tremendous benefit to those rural agricultural economies. And then, of course, there's $15 million a year in wages that go to workers to keep those farms operational, so quite a bit of economic benefit flowing into the state of Oklahoma."
Clark says these projects have provided rural communities opportunities to grow their tax bases.
"Oklahoma has made the state competitive with Kansas and Texas by offering incentives to attract these projects to the state. After a short abatement period of taxes, these projects last 20 to 25 years. And so what this has meant for rural communities is long-term capital investment in their community, the ability to grow their tax base, the ability to have additional money for their schools and for their counties, and the ability to not be as dependent on (the) state for their local school districts."
Clark provides some examples of how wind development revenue has impacted individual counties.
"Grady and Caddo counties are two counties that have benefitted from wind development, and interestingly, the state has also benefitted from being able to attract companies and businesses that are interested in renewable energy. In Grady and Caddo County, what we saw is that Google built a data center in Oklahoma and used the wind power from those counties to power that facility, which meant investment in those communities."
Clark says it's important for states like Oklahoma to remain competitive for investment of all types, including wind development, to continue to become more energy independent.


    




Iran launches its biggest solar power plant

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The solar power plant - that has been constructed in Kerman’s Zarand - has an annual production capacity of 390 megawatts (MW). 
  
It comprises an 80 kilowatt power plant, 170 solar-powered light posts, 340 LED lamps, and a 4,000-meter cable network, reported the Persian-language newspaper Forsat-e Emrooz.  
Iran has already announced plans to add 5,000 MW of new solar energy and wind energy capacity by 2018.
The majority of the new capacity will be from wind energy projects. Nevertheless, Energy Minister Hamid Chitchina has previously emphasized that 500 MW has already been designated for solar power projects.
Experts say Iran’s push towards renewable energy resources is due to the fact that energy demand in the country is growing rapidly. As it stands currently, the Iranian grid has a total capacity of 70,000 MW, while demand is growing rapidly — about 5,000 MW per year.
They also say that the high levels of solar radiation in Iran, coupled with the relatively low production costs of solar, have already made investment in solar energy projects attractive.


    


Eólica marina alcanza los 8.045 megavatios tras instalar 408 aerogeneradores

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408nuevas turbinaseólicas en el maren nueveparques eólicosy unproyecto eólico de demostración fueron conectados a la redentre el 1 deenero y el 31diciembre de 2014. La nueva capacidad de eólica marina asciende a1.483.3MW- un 5,34% menos que en2013. 

Las536turbinas eólicas instaladas duranteel año 2014 lo fueron a  un promedio de 5,9MWpor día.373de estos aerogeneradores aúnestán en espera deconexión a la red. En12proyectos eólicos eltrabajoestá en curso.
En 2014, el Reino Unidorepresentómás de la mitadde todas las nuevasinstalaciones eólicas marinas (54,8%), con Alemania enel segundo lugar (35,7%) y Bélgica (9,5%) el resto.
Para2015, se espera que Alemaniainstalarámás capacidaden alta marque el Reino Unido, que ha dominado la eólica marina en Europadurante los últimos tresaños.
Las instalaciones de energíaeólica marinase estabilizanen 2014.
El tamaño medio de losaerogeneradores marinosfue de 3,7MW, algo menos que en2013debido a la mayorproporción dela instalación de losaerogeneradoresSiemens3,6MW.La profundidadmedia del aguade los parques eólicoscompletado, o parcialmenteterminado, en 2014fue de 22,4 metros y ladistancia mediaa la costafue de 32,9kilómetros.


 
 

Eólica en Estados Unidos en 2014: Potencia eólica alcanza los 65.870 MW

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 En 2014, 4.854megavatios(MW) de energía eólica se instalaron enEstados Unidos, más de cuatro veces lo potencia de energías renovables que en2013.

Se instalaron alrededor de2.500aerogeneradores en 19 estados- lo suficientepara alimentara 1,4 millones dehogares estadounidenses.
http://www.evwind.es/wp-content/uploads/2015/01/2014_awea_graphics3.jpg
Sin embargo, lacantidad instaladaen 2014todavíaestá muy lejos delo que la industria eólica fue capaz de completaren 2012cuando contaba conmáscertidumbrepolítica a largo plazo.
http://www.evwind.es/wp-content/uploads/2015/01/wind-construction.jpg
 
Losprincipales estadosdecapacidad eólica adicionalen el 2014fueron Texas, Oklahoma, Iowa, Washington y Colorado.

Las nuevas instalaciones eólicas llevan la cuantíatotal de la potenciaeólica instalada en estados Unidos a 65.879MW, omás de 48.000aerogeneradores.
 




Eólica en Brasil: aerogeneradores Vestas para parque eólico de 106 MW de Gestamp Wind

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Vestas ha recibido unpedido de energías renovables por53aerogeneradoresV110-2.0MW paracincoparques eólicos situadosen el noreste deBrasil.
 
El parque eólico CabeçoPreto una capacidad eólica instalada total de70MW yMacambira, 36MW.Elpedido fue realizadoporGestampEólicaSL, filial de laGestamp Wind.
Los contratos incluyen el suministro e instalación delos aerogeneradores, así como un acuerdo de serviciode alcance totalde 10 añosconelActive Output Management(AOM) 4000.AOM4000 es uncompleto paquete de serviciosque incluyetodos los componentesprincipalesy el materialnecesariospara maximizarel tiempo de actividady el rendimiento delosparques eólicos.
La entregade las turbinas eólicas está prevista parael primer trimestre de2016, mientras que la puesta en marchay el comienzo dela producción de energías renovablesse espera queen el segundo trimestre(Cabeço Preto)ytercer trimestre(Macambira) de2016.CabeçoPreto yMacambiratendránuna producción eólica anualbruta estimadade390GWhy195GWh, respectivamente, lo que proporciona electricidad a aproximadamente200.000personas en Brasil.
"Este nuevo orden fortalecenuestra posición enBrasil ydemuestra que los aerogeneradores V110-2.0 sonun producto muy competitivoen este mercado eólico", dice MarcoGraziano, Presidente de Vestas Mediterranean. "Seguimos ofreciendoliderazgo tecnológicoy la experiencia paralos desarrolladoreslocales en Brasil".
Gestamp Windesuno de los mayoresproveedoresindependientes de energía eólica en Brasil, conun total de456MW
Vestasha estado presenteen Brasil desde2000.Después de haber abiertouna oficina enSaoPauloen 2008para manejartodas las ventas, construcción y operaciones de servicioen el país, Vestas inauguró suprimeraplanta de produccióncerca deFortaleza, enel estado deCearáa finales de 2011.A partir de30 de septiembre 2014, Vestas habíaentregadouna capacidad totalinstalada de686MWen el mercado eólico brasileño



 
 
 


Eólica en Vietnam: Promueven desarrollo de las energías renovables

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Vietnam es considerado como uno de los países con mayor potencial de la electricidad eólica en la región, sin embargo, el desarrollo de las energías renovables es aún limitado.

El estudio para elaborar proyectos a favor del desarrollo de este tipo de energía según el Plan Nacional de Electricidad 2011-2020 tiene como objetivo reducir emisiones de gases con efectos invernaderos y evaluar otros beneficios que propiciará.
Durante su proceso del desarrollo, Vietnam enfrenta algunos desafíos, entre ellos la seguridad enérgica, la protección del medio ambiente y la solución para los asuntos socio-políticos, por lo cual para alcanzar la mencionada meta, el gobierno vietnamita prioriza el desarrollo con fuentes limpias, incluida la energía renovable.
Según científicos del Instituto de Hidrometeorología y Cambio Climático, Vietnam posee una potencia de energía eólica que está alrededor de 24 mil megavatios, equivalente a la producción actual de todas las plantas termoeléctricas consumidoras de carbón importado, gracias a sus más de tres mil kilómetros de litorales y numerosas islas e islotes.
De acuerdo con el Ministerio de Comercio e Industria, el país cuenta actualmente con 48 proyectos de energía eólica, para una producción general de cinco mil megavatios.
Hasta el momento los parques eólicos en la provincia de Binh Thuan y Bac Lieu ya entraron en operación, con capacidad de 30 y 20 megavatios, respectivamente.
Vietnam fijó como objetivo elevar la producción anual de esta energía verde a mil megavatios en 2020 y seis mil 200 megavatios en 2030.
El establecimiento de parques eólicos ayudará a Vietnam a reducir la emisión de gases con efectos invernaderos, con una estimación de un millón 480 mil 600 toneladas de dióxido de carbono (CO2) en 2020 y 10 millones 125 mil toneladas en 2030, según valoraciones de expertos.
El desarrollo de esta fuente también ayudará a minimizar los efectos de cambios climáticos y mejorar de manera sostenible la calidad del medio ambiente.


 
 

Wind power in Oman: ILF Consulting Engineers wins consultancy deal for wind farm

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ILF Consulting Engineers, an Austria-based international firm, has been awarded a contract to provide consulting and engineering services for the setting up of Oman’s first wind power project.



ILF will advise in the development of the wind farm in Dhofar Governorate in south Oman, according to the report in Oman Observer.

The 50-MW wind farm, which is estimated to be worth $125 million, is being jointly developed by Masdar, Abu Dhabi’s renewable energy company, and Rural Areas Electricity Company (Raeco) of Oman.

Consist of up to 25 wind turbines, the project is estimated to generate enough clean electricity to power 16,000 homes and mitigate 110,000 tonnes of carbon dioxide per year, the report said. Construction is set to begin in the fourth quarter of the year, it noted.


Australia faces a $13.3 billion exodus of investment from its wind energy industry

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Some 44 Australian wind energy projects, about half overseas-funded, have been shelved since a new conservative government said it wanted to cut state support for the industry a year ago, with investors and operators saying they are considering either downscaling or leaving the country altogether if it succeeds.                          

Australia faces a $13.3 billion exodus of investment from its wind farm industry because of a political deadlock, threatening to deal the country a major economic blow and kill hopes of meeting a self-imposed clean energy target.

Some 44 Australian windfarm projects, about half overseas-funded, have been shelved since a new conservative government said it wanted to cut state support for the industry a year ago, with investors and operators saying they are considering either downscaling or leaving the country altogether if it succeeds.

Even Australian wind farm companies such as Infigen and Pacific Hydro have effectively shelved their Australian operations, with Infigen saying it plans to pour all its financial muscle into the more amenable US market.

"It's a difficult time at the moment, and the policy uncertainty is the main cause of it," said Shaq Mohajerani, an Australian spokesman for wind farm company Union Fenosa, owned by Spanish energy giant Gas Natural.

"We're still considering all options on how to proceed. The parent company will provide us with the strategy."

A Gas Natural spokesperson said the firm had an "attractive backlog" in Australia but "we are waiting for the whole development of the new framework for renewable energy and hope our presence ... in the country can be maintained".

Wind power in Australia is not the only renewable energy sector to be affected by uncertainty over government subsidies or actual cuts. In Europe, Germany has scaled back support for solar power over the past few years, leading to a flood of insolvency filings by solar firms and a shrunken market.

Italy's plans to cut subsidies for solar power firms have prompted an investor exodus. Retroactive solar subsidy cuts have also happened in Spain, Greece, Bulgaria and the Czech Republic over the past couple of years, putting off new investors as governments try to rein in energy costs and cut debt.

Wind farms are Australia's second ranking renewable energy source, behind hydropower but ahead of solar, providing a quarter of the country's clean energy and 4 per cent of its total energy demand. But while households can collect rebates for installing their own rooftop solar panels, wind farms rely on "certificates", or tradable securities handed out by the government, to offset costs.

That support hit a roadblock a year ago when new conservative prime minister Tony Abbott ordered a review of the country's target for clean energy use by 2020, which ultimately recommended slashing it by a third, in line with falling overall energy demand. A lower target would mean a lower certificate price.

The center-left Labor opposition, whose support the government needs to lower the target, refused to budge on the higher target it set when in power in 2009, resulting in an impasse that has effectively seen the industry grind to a halt.

A spokeswoman for US-owned GE Australia & New Zealand, which has stakes in several renewable energy projects, said further investment "will only occur once investor confidence in the policy environment is restored. For this to happen, bipartisan support regarding the future of the renewable energy target is essential."

The Australian arm of Spanish infrastructure group Acciona, the world's largest renewable energy firm, has frozen about Australian dollar 750 million of wind farm projects because of the stalemate, said local managing director Andrew Thomson.

"When you're a subsidiary (of a global business), you're competing for capital, you're competing for your budget allocation next year," he said.

"If the parent company can't see that there's a stable environment it becomes really difficult to get traction. For us at the moment it's a really difficult sell."

If the renewable energy target is cut, "it's the type of jolt to industry that basically would create such an upheaval that you would have a mass exodus", said Alex Hewitt, managing director of Bulgarian-Polish-US-backed wind farm operator CWP Renewables, which has Australian dollar 1.5 billion of projects on ice.

"I can't say whether we'd completely exit the country, but you would be looking at such a level of reduction in the level of investment into people in the company that it would be very significant," Hewitt said. 




Eólica en India: Gamesa suministra aerogeneradores por 260 MW al mercado eólico

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Gamesa instalará 160 MW para Greenko, que forman parte de un nuevo acuerdo eólico marco por un total de 300 MW. Además, construirá un parque eólico llave en mano de 100 MW para CLP India.
Con ambos contratos eólicos, Gamesa ha firmado pedidos a lo largo de 2014 para el suministro de más de 850 MW en India, reforzando así su posicionamiento en el país. 


Gamesa, líder tecnológico global en la industria eólica, sigue creciendo en India -un mercado estratégico en el que se ha consolidado como uno de los principales fabricantes- con la firma de dos nuevos contratos para el suministro de un total de 260 MW.
El primero, alcanzado con el operador y promotor independiente (IPP) indio Greenko, contempla el suministro, instalación y puesta en marcha de 80 aerogeneradores G97-2.0 MW (160 MW). En concreto, Gamesa instalará 30 turbinas en la región de Jaisalmer, en el estado de Rajastán, y 50 en Basavanabagewadi, en Karnataka. El suministro se realizará durante el primer trimestre de este año y la entrada en operación de los parques en junio de 2015. Además, la compañía realizará las tareas de operación y mantenimiento de estos 80 aerogeneradores a largo plazo.
Este contrato forma parte de un acuerdo marco alcanzado entre ambas compañías para el suministro de un total de 300 MW. Está previsto que los 140 MW restantes se cierren a mediados de año, para parques ubicados en los estados de Karnataka y Andhra Pradesh.
Por su parte, el segundo contrato, firmado con el promotor indio CLP, contempla la construcción llave en mano del parque Chandgargh, con 100 MW, en el estado de Madhya Pradesh. La compañía, que se encargará de toda la infraestructura necesaria para la instalación y operación del proyecto, instalará 50 turbinas G97-2.0 MW y realizará su mantenimiento a largo plazo. Las turbinas se suministrarán durante la primera mitad de este año y la entrada en operación del parque se realizará en diciembre de 2015.
Tanto las 80 turbinas que Gamesa instalará para Greenko como las 50 para CLP serán G97-2.0 MW clase S, una variante especial de este aerogenerador con 104 metros de altura, diseñado específicamente para los vientos bajos del mercado indio.
Con estos dos nuevos contratos, a lo largo de 2014 Gamesa ha recibido pedidos en India por un total de 850 MW. Durante los nueve primeros meses de 2014, India representó el 27% de los MW vendidos por la compañía.
“Estos nuevos contratos reafirman nuestro liderazgo en India, un mercado en pleno crecimiento, y demuestran la apuesta de los clientes por la tecnología y experiencia de Gamesa”, comenta Ramesh Kymal, CEO de Gamesa en India.
En los últimos años, India se ha convertido en uno de las regiones con mayor potencial eólico: la capacidad instalada en el país pasará de los cerca de 22.000 MW actuales a 36.000 MW a finales de 2018 debido al enorme aumento de la demanda de electricidad, según la consultora BTM.
Gamesa está presente en India como tecnólogo y como promotor de parques desde 2009. En estos cinco años, Gamesa se ha configurado como el primer fabricante de turbinas del país por cuota de mercado (20% en 2013), según datos de la consultora BTM. Hasta la fecha, Gamesa ha instalado más de 1.700 MW y gestiona los servicios de operación y mantenimiento para cerca de 1.400 MW. Además, como promotor de parques, la compañía ha desarrollado más de 1.000MW.
Veintiún años de experiencia y la instalación de más 30.000 MW en 50 países consolidan a Gamesa como uno de los líderes tecnológicos globales en la industria eólica. Su respuesta integral incluye el diseño, fabricación, instalación y la gestión de servicios de operación y mantenimiento (más de 20.000 MW). Gamesa también es referente mundial en el mercado de la promoción, construcción y venta de parques eólicos, con 6.400 MW instalados en todo el mundo. 




 
 





Wind energy in India: Gamesa wind turbines supplied 260 MW to the wind power market

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Gamesa, a global technology leader in wind energy, continues to grow in India, a strategic market in which it has firmly established itself as one of the leading turbine makers, having recently signed two new agreements1 for the supply of an aggregate 260 MW.

The first order, from Indian developer and independent power producer (IPP) Greenko, encompasses the supply, installation and commissioning of 80 of the company's G97-2.0 MW wind turbines (160 MW). More specifically, Gamesa will install 30 turbines at Jaisalmer region, in the state of Rajasthan, and another 50 at Basavanabagewadi, in Karnataka. The turbines are slated for delivery during the first quarter of this year and the wind farms are expected to be commissioned by June 2015. The company will also operate and maintain all 80 turbines in the long term.
This contract is included in a new framework agreement to commission 300 MW wind power projects in India, signed by Gamesa and Greenko. The second phase of 140 MW is expected to be secured during the second quarter of the year, in different wind farms located in the states of Karnataka and Andhra Pradesh.
The second order, meanwhile, placed by Indian developer CLP India, covers the turnkey construction of a 100-MW wind farm at Chandgargh, in the state of Madhya Pradesh. The company, which will handle all of the infrastructure needed to install and operate the complex, will install 50 G97-2.0 MW turbines and also service them in the long term. The turbines are due for delivery during the first half of this year and the wind farm will be commissioned in December 2015.
Both the 80 turbines which Gamesa will install for Greenko and the 50 it will install for CLP will be its G97-2.0 MW Class S make, with a tower height of 104 metres, a new model specifically designed for low wind speed sites in the Indian market.
These two new contracts put Gamesa's 2014 Indian order intake at 850 MW. From January to September, India accounted for 27% of the MW sold by the company.
"These new order wins reinforce our leadership position in India, a rapidly-growing market, and evidence the stock placed by customers in Gamesa's technology and experience", according to Ramesh Kymal, Gamesa's Chairman and Managing Director in India.
Leader in India
In recent years, India has emerged as one of the most promising wind power markets: installed capacity is expected to increase from close to 22,000 MW today to 36,000 MW by the end of 2018, driven by huge pent-up demand for electricity, according to sector consultancy BTM.
Gamesa's presence in India - as technology provider and wind farm developer - dates back to 2009. In the last five years, Gamesa has emerged as the number-one turbine OEM by market share (20% in 2013), according to BTM data. To date, Gamesa has installed over 1,700 MW and services close to 1,400 MW under O&M agreements. In addition, in its capacity as wind farm developer, it has developed over 1,000 MW.

1 Contracts signed during the fourth quarter of 2014.
 


   


Eólica en Honduras: parque eólico de San Marcos de Colón empieza a funcionar

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El parque eólico del sur, en San Marcos de Colón, ya está en operación con 50 megavatios, informó el subgerente técnico de la Empresa Nacional de Energía Eléctrica (ENEE), Leonardo Deras. El funcionario calificó la generación de dicho parque eólico como positiva, pues viene a sumarse a los 25 megavatios adicionales del Cerro de Hula.

“También están en operación casi 38 megavatios de biomasa, pero lo que sí va ayudar es la entrada de todos los parques solares, que están previstos a partir del mes de abril”, explicó.
El subgerente técnico señaló que “tenemos instrucciones del gabinete energético en facilitar todos aquellos proyectos de generación que puedan entrar rápidamente a la red y que no lleguemos a un momento en donde podamos tener déficit”.
“Hemos facilitado la entrada de los parques de generación, para que en determinado momento hagamos una desconexión, sin embargo, queremos ser claros y honestos con el pueblo, y pedirles que la solución de la crisis es parte importante con la colaboración que tengamos con el pueblo en implementar medidas de ahorro energético”, manifestó Deras.
Luego de un verano extenso que están anunciando los expertos en meteorología, las autoridades de la ENEE advierten que el consumo de energía será superior a los 530 megavatios.
Deras detalló que, “en estos tiempos la temperatura es muy baja, por lo que tenemos demandas que andan alrededor de los 1,300 megavatios en las horas pico”.
En ese sentido, “nos estamos preparando para la época crítica del año, que es en verano, y que está entre el mes de abril y julio, aunque el año 2014 fue hasta el mes de agosto”.
En verano es cuando la población hace un mayor uso de ventiladores y aires acondicionados.
El subgerente técnico de la ENEE declaró que, “también nos estamos preparando con ofertas que estamos recibiendo del mercado centroamericano, para poder suplir una nueva demanda”.
Detalló que de acuerdo a los cálculos que ha hecho la estatal energética, y de acuerdo al crecimiento vegetativo que se tiene en la demanda, “los nuevos proyectos de electrificación y las nuevas solicitudes de la industria y el comercio, creemos que pueda andar por los 1,533 megavatios”.
Según autoridades de la ENEE, el consumo de energía se va incrementar mucho más que el año pasado, ya que la demanda en el 2014 anduvo rondando los 1.400 megavatios pero han calculado que en el 2015 habrá una demanda aproximada de 1.533 megavatios, es decir, se tiene previsto que se producirá un incremento de casi 100 megavatios.



 

Brenmiller Energy to build 20-hour-per-day concentrated solar power plant

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Israel's Brenmiller Energy will build a $77.27 million concentrated solar power field using an energy storage technology that will generate electricity for about 20 hours a day.

The 10-megawatt field, to be built on about 110 acres (45 hectares) in the desert town of Dimona in southern Israel, will combine existing solar thermal technology with an underground system that stores heat for use at night.

Brenmiller Energy said it hopes to complete the field in early 2017, and will then sell electricity through the grid. During the four hours of the day that solar energy is insufficient, the company said it will use biomass to produce power.

The company already has a working proof-of-concept for the storage system.

A spokesman said Brenmiller Energy will fund the 10-megawatt project itself, in part to help promote the system to clients worldwide.

Brenmiller was a co-founder and chief executive of Solel Solar, a producer of concentrated solar power fields, which was bought by Siemens in 2009 for $418 million.



 
 


 

Inox Wind has received a 166 MW wind energy contract from Green Infra

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Inox Wind has received a 166MW contract from Green Infra, a company promoted by IDFC PE Fund, to set up projects in Gujarat, Madhya Pradesh and Rajasthan in the sector where the government has restored tax benefits to promote clean energy.

Inox Wind, part of the $2 billion (about Rs 12,400 crore) Inox group that has interests in multixplexes, cryogenic technology refrigerants and industrial gases, is a subsidiary of Gujarat Fluorochemicals.
Under the contract, the company will develop and construct the projects on a turnkey basis, supply 83 units of 2 mw wind turbine generators and undertake long-term operations and maintenance, said Devansh Jain, director, Inox Wind. The projects are likely to be commissioned in phases by December.
 
While Jain did not divulge the total value of the order, according to market experts an investment of about Rs 6 crore is required per megawatt of wind power. The government's thrust on renewable sector has boosted investor sentiment and attracted several companies to wind and solar power generation. Companies like Suzlon are counting on revival of the sector while the Adani group recently announced a $4 billion investment in the renewable energy sector along with US firm SunEdison, a leading player in photovoltaic equipment.
According to ratings agency ICRA, capacity addition in wind energy is likely to increase 10% to 2,200-2,300 mw during the current financial year.
Inox Wind also plans to expand operations and is in the process of setting up an integrated wind turbine manufacturing facility in Madhya Pradesh at an investment of about Rs 250 crore, director of Inox Wind added.
The company will manufacture 800 mw of nacelles and hubs, 800 mw of blades and 600 mw of towers at the new facility which is likely to be commissioned in phases over the next year. Earlier, it was awarded two wind-farm project contracts of 54 mw and 118 mw in Gujarat and Rajasthan by Tata Power Renewable Energy, a wholly-owned subsidiary of Tata Power.
Industry executives told ET that Inox Wind is likely to come up with an initial public offer (IPO) in March-April. The company plans to raise up to Rs 700 crore as primary component and an offer for sale of up to two crore shares held by Gujarat Fluorochemicals is on the cards, said an executive, who did not wish to be identified.
The total issue size will be decided after the valuation, the executive said, adding that the company is in the process of holding road shows for the IPO in Hong Kong, Dubai and London.


Russia and China are jointly exploring the potential of installing up to 50 GW of wind power

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Ministry of Energy plans to build in the Far East to 50 GW of wind power (13% of the power of the world market) sound very ambitious, says the head of the Russian Association of Wind Power Industry Igor Bryzgunov.

State Grid Company of China» (HES) has confirmed interest in the giant energy projects in Russia. «Inter RAO» and HES chose to export Erkovetskoy TPP maximum capacity of eight gigawatts — it could become the largest in the Russian Federation. With coal production capacity of 35 million tons per year and power lines in the center of China project is estimated at $ 15 billion. In addition, the SEC is ready to explore the possibility of creating in Russia unprecedented in the world wind power capacity to 50 GW. However, some market participants questioned the feasibility of the project, informs «Pacific Russia».

On Friday, CEO of HES China Shu Inbyao reported that power Erkovetskoy TPP, which is going to build a «Inter RAO» and HES in the Amur region counting on exports to China, determined at the highest level — eight gigawatts. TPP could become the largest power plants in Russia. «Now we are discussing the construction of infrastructure in the context of Erkovetskom mining 35 million tons of coal a year», — said Mr. Shu. TES onboard deposit will transmit electricity at 800 kV transmission line length of two thousand. Km, which crosses the border near the city of Heihe. As the source said, «Kommersant», the power of eight GW selected on the basis of a preliminary feasibility study, completed in late 2014.
Preliminary assessment of investment in all components of the project — coal mining, construction of thermal power plants and transmission lines — $ 15 billion, said Shu Inbyao. The parties have not yet agreed on the distribution of shares in the project can enter the new investors. China gives a guarantee of purchase of power, says a source, «Kommersant», the price will include the investment component. A source close to «Rosset», said that now is not yet discussed the issue of the Russian part of the control (80 km) transmission line.
HES studies and the opportunity to participate in another superproject in Russia. On Friday, Minister of Energy Minister Alexander Novak said that in the north of the Far East can be built up to 50 GW of wind power. It’s about cooperation, «Russian Energy Agency» (CEA, under the control of the Ministry of Energy) with HES — parties in September 2014 agreed to study study for construction of wind power. The project also includes ultra-high voltage power transmission lines in China. «We are studying this project», — confirmed yesterday Inbyao Shu, adding that the company has already examined the site for a wind farm.
CEA deputy director Igor Kozhukhovskiy told «Kommersant» that the parties are looking for a suitable place in remote areas, are considered sites in the Khabarovsk Territory, Primorye, Sakhalin. The wind farm has to be combined with HPS or TPP, to compensate for uneven production, he said. Reviewed and domestic electricity consumers, added Mr. Kozhukhovskiy. He said that China is the leader in wind power generation capacity (100 GW), local companies have the equipment for wind farms, which can be localized in Russia, as well as ultra-high voltage power transmission technology. By the end of the year should be understandable amount of investment and economic feasibility of the project — whether at the level of export prices in Beijing or not, said a top manager.
In «RAO ES of the East» (until 2016 wants to build a 17 MW wind power in Kamchatka) and «System Operator» it does not comment on because they do not participate in the project. In 2013, the selection of projects for wind power generation wholesale power limiting capital expenditures amounted to 65.6 thousand. Rub. per kW; with such an expenditure of 50 GW will cost 3.28 trillion rubles. Industry investors have repeatedly complained that the level of CAPEX does not reflect the cost of equipment and lending rates.
This is an expensive and ambitious project, but it is realistic given the pace of growth of wind power in China, according to deputy director of HC «Composite» (produces components of wind turbines) Dmitry Zhurba. In world practice there are examples of export development of wind farms: in Denmark there were situations when wind generation exceeds demand in the country, he said. But another source «Kommersanta» the market does not believe in the feasibility of the project: for load balancing need powerful storage and backup power in isolated systems may not be. At the same time, he adds, if the complex to attach to the Unified Energy System of Russia, it destroyed the traditional market of generation, as it happened in Europe, and the stability of the system decreases.



Solar energy and wind power will be the cheapest forms of energy

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A new study demonstrates that an energy system based completely on renewable forms of energy will be economically viable in the future. Research done at Lappeenranta University of Technology (LUT) shows that it will be worthwhile for North-East Asia, and China in particular, to switch to a completely renewable energy system within 5–10 years. 

According to the Neo-Carbon Energy project, which conducted the research, the price of solar electricity will drop by half by 2025−2030.
Completed at the end of last year, the study concluded that within ten years solar and wind power will be the cheapest forms of energy production for Asia's largest energy markets. According to LUT Professor of Solar Economy Christian Breyer, this is because renewable energy is the cheapest way of producing energy in Asia.
Economic viability has been one of the challenges of making the transition to renewable energy sources and doing so on the terms of the market. The research now performed shows that sun and wind will become viable sources of energy within 5–10 years. This is due to the fact that costs fall by 20% every time capacity is doubled.
'This means, for example, that the price of solar electricity will be halved by 2025–2030. This will make them the cheapest forms of production for most of the world,' says Pasi Vainikka, Principal Scientist and LUT Adjunct Professor.
Similar simulations of renewable energy have not been performed earlier. The Neo-Carbon Energy project will continue researching the opportunities and implementation of a similar energy system in Finland.
The Neo-Carbon Energy research project is funded by Tekes and is being implemented as cooperation between LUT, VTT and the University of Turku. The research was recently selected as the best opening at a global solar energy conference in Japan.






Eólica en la Unión Europea aumentó en 11.791 MW en 2014

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La potencia eólica registra un crecimiento récord en el mundo, aumenta en la UE y se paraliza en España.

La potencia eólica en la Unión Europea aumentó en 11.791 MW –un 5,3%– en 2014, hasta alcanzar una capacidad acumulada de 128,8 GW. En el mundo, registró un crecimiento récord. Y en España, se paró en seco como consecuencia de la Reforma Energética.
Alemania y Reino Unido representaron el 59,5% del total de las nuevas instalaciones de energía eólica de la UE en 2014, con 5.279 MW y 1.736 MW, respectivamente. Para consultar el informe, pincha aquí.
En el caso de España, 2014 pasará a la historia como el peor del sector eólico español. Como ha venido advirtiendo la  Asociación Empresarial Eólica (AEE), la Reforma Energética ha alejado por completo a los inversores de España. Según datos de AEE, la potencia instalada eólica ha aumentado en tan solo 27,48 MW en 2014, el menor crecimiento en veinte años. La potencia eólica a 31 de diciembre se situaba en 22.986,5 MW. Para más información, pincha aquí.
Thomas Becker, consejero delegado de la Asociación Europea de Energía Eólica (EWEA) ha indicado que “Europa está en un punto de inflexión para la inversión en energías renovables y en particular para la eólica, que sigue siendo atractiva”. Becker ha añadido que “es hora de que los líderes políticos de Europa creen una verdadera Unión Europea de la Energía y envíen una señal clara de su apoyo a la transición hacia un sistema energético seguro y sostenible. Su voluntad política es una pieza esencial del rompecabezas”. La eólica europea es suficiente para cubrir el 10% del consumo de electricidad de la UE, frente al 8% del año anterior.
Web
El Global Wind Energy Council (GWEC) también ha hecho públicas hoy sus cifras, que muestran que después del parón del 2013, 2014 ha sido un año récord: se instalaron 51.477 MW eólicos en el mundo, lo que supone un aumento del 44% y sitúa la potencia instalada total en 369,55 GW.
China sigue siendo la locomotora mundial, con 23.351 nuevos megavatios eólicos, lo que supone el 45% de todo el crecimiento mundial. India fue el segundo país que más instaló, con 2.315 MW. Esto sitúa a Asia como el mercado de mayor crecimiento de la eólica en el mundo: en 2014 se instalaron 26.161 MW. Para ver el informe, pincha aquí.



 
 
 



The European wind energy industry installed more new capacity than gas and coal combined in 2014

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Across the 28 Member States, the wind industry connected a total of 11,791 MW to the grid with coal and gas adding 3,305 MW and 2,338 MW respectively. 

Moreover, the coal and gas industries in Europe both retired more capacity than they commissioned in 2014. In comparison, wind energy capacity in Europe increased 3.8% year on year from 2013, with cumulative installations now standing at 128.8 GW in the EU.
Thomas Becker, chief executive officer of the European Wind Energy Association, said: "Europe is at a turning point for investment in renewables and particularly wind. Plowing financial capital into the industries of old in Europe is beginning to look unwise. By contrast, renewables are pushing ahead and investments in wind remain attractive."
Renewable power plants accounted for 79.1% of new installations during 2014; 21.3GW of a total 26.9GW. Today, grid-connected wind power is enough to cover 10% of the EU's electricity consumption, up from 8% the year before.
Becker said: "These numbers very much show Europe's continued commitment to renewable and wind energy. But this is no time for complacency. The uncertainty over the regulatory framework for the energy sector is a threat to the continued drive toward sustainable and homegrown energy that will guarantee Europe's energy security and competitiveness for the long-term."
He added: "It's time for Europe's political leaders to create a truly European Energy Union and send a clear signal of their support for the shift to a secure and sustainable energy system. Political will on their part is an essential piece of the puzzle."
On a country-by-country breakdown, Germany and the United Kingdom accounted for 59.5% of total EU wind energy installations in 2014, installing 5,279MW and 1,736MW respectively.
"What we've seen in 2014 is a concentration of the industry in key countries," Becker said, adding "while markets in eastern and southern Europe continue to struggle in the face of erratic and harsh changes in the policy arena. We expect this concentration to continue into 2015."




 
 


Annual wind power market grows by 44%, passes 50 GW for the first time

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After a slowdown in 2013, the wind industry set a new record for annual installations in 2014. Globally, 51,477 MW of new wind generating capacity was added in 2014 according to the global wind market statistics released today by the Global Wind Energy Council (GWEC). The record-setting figure represents a 44% increase in the annual market, and is a solid sign of the recovery of the industry after a rough patch in the past few years. Total cumulative installations stand at 369,553 MW at the end of 2014.

"Wind power is the most competitive way of adding new power generation capacity to the grid in a rapidly increasing number of markets around the world, even when competing against heavily subsidized incumbents," said Steve Sawyer, GWEC Secretary General. "Wind is a rapidly maturing technology, with proven reliability and competitiveness. Not only the low prices but also the cost-stability of wind power makes it a very attractive option for utilities, independent power producers and companies who are looking for a hedge against the wildly fluctuating prices of fossil fuels."
China continues to drive global growth, setting a new record in 2014 with 23,351 MW of new wind power, representing 45% of the global market, and dominating the world-leading Asian market's total installations of 26,161 MW. India's 2,315 MW was a distant second, although the stage is now set for a new round of market growth in that country.
The European market grew marginally in 2014, with 12,820 MW of new capacity, and just shy of 2012's record. Germany's 5,279 MW of new capacity smashed the old record and cemented its position as European market leader, with the UK a distant second at 1,736. Sweden passed the 1,000 MW mark for the first time with 1,050 MW, and France was the last of four European markets surpassing 1 GW with 1,042 MW installed last year. 
Africa's largest wind farm came on line with the commissioning of the 300 MW Tarfaya plant in Morocco, and South Africa's market made a strong start with 560 MW, pushing African totals to 934 MW.
Brazil's 2,472 MW in new installations led Latin American installations of 3,749 MW, although Chile (506 MW) and Uruguay (405 MW) also made strong showings. The US market recovered in 2014 from 2013's nadir with 4,854 MW, Canada (1,871 MW) set a new record and Mexico (522 MW) was solid. Australia's 567 MW showed that the renewables industry in Australia is not dead, despite the best efforts of the government to kill it.
"The wind power industry is a key solution to climate change, air pollution, energy security, price stability and a driver of new industries and employment," said Sawyer. "Let's hope the climate negotiators get that message and come up with something useful in Paris in December."




A business-as-unusual outlook for oil in the medium term

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The recent crash in oil prices will cause the oil market to rebalance in ways that challenge traditional thinking about the responsiveness of supply and demand, the International Energy Agency (IEA) said in its annual Medium-Term Oil Market Report (MTOMR) released today.

The US light, tight oil (LTO) revolution has made non-OPEC production more responsive to price swings than during previous market selloffs, the report said, adding that this would likely set the stage for a relatively swift recovery. At the same time, lower oil prices will not provide as strong a boon to oil demand growth as might be expected.
As producers take an axe to their spending, supply will grow far more slowly than previously projected, but global capacity is still forecast to expand by 5.2 million barrels per day by 2020, and the toll on production will vary by country. Growth in US LTO is expected to regain momentum in the latter part of the forecast period as prices recover, and North America remains a top source of supply growth for the remainder of the decade. In contrast, Russia faces a perfect storm of lower prices, sanctions and currency swings, pushing its production into contraction. OPEC’s share of global supply will inch up from recent lows but will not recover to the levels enjoyed before the surge in LTO supply.  
"This unusual response to lower prices is just one more example of how shale oil has changed the market," said IEA Executive Director Maria van der Hoeven, who launched the report at the Energy Institute’s International Petroleum Week in London. "OPEC’s move to let the market rebalance itself is a reflection of that fact. It may have effectively turned LTO into the new swing producer, but it will not drive it out of the market. LTO might in fact come out stronger."
Assuming that international sanctions on Iran remain in place, OPEC growth in crude production capacity is expected to be limited to 200 000 barrels per day per year. The overwhelming majority of that growth will come from Iraq and will thus be at significant risk as geopolitical instability there persists.
A combination of cyclical and structural factors will keep the demand response to lower prices relatively subdued, and demand in several key oil exporters will be hurt by the revenue loss. Nevertheless, global demand is now expected to grow slightly faster than supply capacity, causing the market to gradually tighten and the “call on OPEC and stocks change” to rise from 2016 onwards.       
Political risk to supply will remain extraordinarily elevated in the next few years, both on the upside and the downside. Lower oil prices may heighten the risk of political disturbances in oil-export-dependent economies countries with low buffers, but can also offer an incentive to maximise output and stimulate production growth.
The MTOMR is part of a series of medium-term forecasts that the IEA devotes to each of the main primary energy sources – oil, gas, coal and renewables. In addition, a market report assesses energy efficiency. A companion to the IEA’s Oil Market Report, the MTOMR offers a bridge between that monthly snapshot of market conditions and the longer-term World Energy Outlook. Like previous editions, MTOMR 2015 offers detailed analysis and forecasts of demand, OPEC and non-OPEC supply, refining capacity, crude trade and product supply. This year’s edition also includes a focus on the impact of changing emission standards for marine fuels, which make up 4% of global demand.     
The Medium-Term Oil Market Report 2015 is for sale by the IEA bookshop. Accredited journalists who would like more information or who wish to receive a complimentary copy should contactieapressoffice@iea.org.
To read the Executive Summary of Medium-Term Oil Market Report 2015, please click here.
To read Executive Director Maria van der Hoeven's speech at the launch of Medium-Term Oil Market Report 2015, please click here. 
To view the presentation that accompanied Executive Director Maria van der Hoeven's speech, please click here.





Vestas secures first V112-3.3 MW wind turbines order for 30 MW UK wind farm

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Vestas has secured a 29.7 MW order for nine of its V112-3.3 MW turbines for the Fraisthorpe project located in the province of Bridlington, UK. The firm and unconditional order has been placed by BayWa r.e., a leading German energy player, and will be the first project to utilise the V112-3.3 MW wind turbine in the UK.


The contract includes delivery, installation, and commissioning of the turbines, which is expected to occur during the third and fourth quarter of 2015. The project also includes a 15-year Active Output Management (AOM) 5000 service contract.
Matthias Taft, CEO of BayWa r.e. stated that: “The continued growth and success of our UK renewable energy business is a core strategic objective for the BayWa r.e. group. We are extremely pleased to have achieved this milestone with Vestas and look forward to many years of outstanding performance at Fraisthorpe”.
Klaus Steen Mortensen, President of Vestas Northern Europe says: “It is a true pleasure for Vestas that BayWa r.e. will be the first customer to utilise the V112-3.3 MW turbine in the UK market. The V112-3.3 MW turbine is a high performance turbine delivering a competitive price per kWh. This is a proof that the market and customers are moving towards more efficient turbine types. We consider this as a cornerstone for our future success and commitment to the UK wind market. The V112-3.3 MW builds on proven technology to maximise value for our customer through low cost of energy and business case certainty”.
Vestas installed its first wind turbine in the UK in 1991. Today, we have installed more than 1,500 wind turbines with a total capacity of over 2,600 MW. Vestas has 500 employees in the UK and Ireland working across the value chain, from research and development  at the Technology Centre on the Isle of Wight, to servicing the operational fleet under service across the country.

http://www.evwind.es/2015/02/10/vestas-secures-first-v112-3-3-mw-wind-turbines-order-for-30-mw-uk-wind-farm/50401 
 
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