Sweden to Host Europe’s Largest Windfarm

July 2nd, 2010

The giant Markbygden project is a joint development by Svevind, which has a 75% in the project, and the German privately owned company Enercon GmbH (Aurich, Germany), which holds the remaining 25%.

The windfarm will cover an area of about 450 square kilometers–almost five times the size of Paris. Only about 300 people live in the area. The area has excellent wind conditions, and three major power-transmission lines make a connection to Sweden’s national grid more feasible.

The windfarm will eventually contain 1,101 wind turbines, each with a power rating of between 2 and 6 megawatts (MW), which will be constructed and supplied by Enercon. With a total installed power capacity between 2,500 MW and 4,000 MW, the Markbygden project is set to become Europe’s–and possibly the world’s–largest windfarm. Each turbine will have a total height of 200 meters and a rotor diameter of between 86 and 126 meters.

http://www.industrialinfo.com

GE Expands On and Offshore Wind Presence

July 1st, 2010

Published: June 30, 2010
Liverpool, England & Idaho, United States — GE announced plans to install up to five offshore demonstration wind turbines through two separate partnerships. Both initiatives will feature the largest wind turbine in GE’s fleet, a 4.0-megawatt machine that includes a 110 meter rotor. GE’s 4.0-110 incorporates advanced drive train and control technologies and GE’s innovative technology that eliminates the need for gearboxes.

GE has signed a cooperation agreement with Norwegian energy companies Statoil and Lyse to jointly carry out technical and environmental feasibility studies for building an offshore wind demonstration project in Rogaland County, off the southwest coast of Norway.

The agreement includes the installation of up to four 4.0-megawatt offshore, direct drive wind turbines. Subject to successful completion of the feasibility studies and the appropriate investment and funding decisions, the installation of the wind turbines will start in 2012.

GE is also planning an onshore installation of its direct drive machine in 2011. The machine, designed specifically for the offshore environment, will be erected in Gothenburg Harbor in Sweden in cooperation with Gothenburg Energy.

“We are pleased to be moving to the next phase in our offshore strategy,” said Victor Abate, vice president of GE Power & Water’s Renewable Energy business. “With Statoil, Lyse and Gothenburg Energy we have found three excellent partners with whom we can demonstrate our offshore technology. We remain optimistic about the potential of the offshore wind industry, and we believe that our partnering strategy will increase our potential for growth in this sector, particularly in Europe where we see tremendous opportunities.”

According to a recent Emerging Energy Research (EER) market study, the installed base of offshore wind grew from 70 megawatts to 1.5 gigawatts over the past eight years. EER expects that total to rise to nearly 45 gigawatts by 2020. Much of that growth is expected to occur in Europe, particularly in the UK, where the government has launched a program for a massive expansion of offshore wind energy. The country is currently working towards a third round of offshore wind farm developments.

At the same time, GE Energy Financial Services announced that it has made an equity investment in Idaho’s largest wind power project. The almost half billion dollar portfolio of 11 wind farms under construction was developed by Exergy Development Group. GE Energy Financial Services made the announcement on Tuesday at the American Council on Renewable Energy’s Renewable Energy Finance Forum in New York City.

The GE unit will own a majority equity interest in the Idaho Wind Partners project. Exergy Development Group will own a minority interest along with manager and operator Reunion Power. The wind farms will sell all of their power to Idaho Power Company under 20-year agreements. Once completed, the portfolio is expected to qualify for the Federal Treasury Grant program designed to stimulate renewable energy projects. Additional financial details of the transaction were not disclosed

“Through our investment in Idaho’s largest wind power portfolio, GE Energy Financial Services is putting millions of dollars to work to bring jobs and clean energy to Idaho and help the country meet growing demand for domestic, renewable sources of energy,” said Kevin Walsh, managing director and head of Power and Renewable Energy at GE Energy Financial Services.

The project is expected to create approximately 175 construction jobs as well as permanent employment for operations and ongoing seasonal maintenance requirements. In addition to those employed directly, a wind project of this size would typically support the equivalent of over 2,200 full-time jobs in the United States for one year—about half of which would be in-state—and create 25 permanent jobs, based on a National Renewable Energy Laboratory model

http://www.renewableenergyworld.com

Tata Power Targets India’s Wind Sector

July 1st, 2010

BANGALORE, INDIA–July 1, 2010–Researched by Industrial Info Resources (Sugar Land, Texas)–Tata Power Company Limited (BSE:500400) (Mumbai), an integrated private power company that is the power unit of Tata Group of Companies (Mumbai), commissioned for the first time 2-megawatt (MW) class wind turbines in September 2009. The turbines were manufactured and installed by Kenersys India Private Limited (Pune, Maharashtra) and were designed by Kenersys Europe GmbH (Münster, Germany). Both companies are part of leading Indian industrial house Kalyani Group (Pune).

The 2-MW Kenersys turbines were used to set up the 10-MW first phase of the windfarm at Visapur and Amberi, in the Satara district of Maharashtra. The company has begun work on an 88-MW second phase, which also will use Kenersys wind turbines. The windfarms are part of Tata Power’s plans to enhance its presence in the renewable energy sector.

“The company is progressing as planned on the path of renewable energy, and today around 20% of the power generated is from ‘clean’ sources, which we will increase to 25% in three to four years,” said Managing Director Prasad Menon of Tata Power. “Today our wind portfolio is 200 MW, and going forward we intend to add substantially to our renewables portfolio.”

The company’s existing wind power capacity is spread across Gujarat and Karnataka with 50-MW capacity each, and Maharashtra with 100 MW. In Gujarat and Karnataka, the company has long-term power purchase agreements (PPA) with the respective state electricity companies: Gujarat Urja Vikas Nigam Limited (GUVNL) (Vadodara, Gujarat) and Bangalore Electricity Supply Company (BESCOM) (Bangalore, Karnataka). In Maharashtra, however, the wind power generated is sold to the company’s own power distribution unit in Mumbai.

As part of its expansion in the sector, the company is going through the process of acquiring 20.95 MW of operating wind power capacity in Maharashtra from Niskalp Energy Limited (Mumbai). Tata Power also plans to set up and commission 150 to 200 MW of wind power capacity in the states of Maharashtra and Tamil Nadu during 2010-11. Orders for the new capacity are expected to be placed soon.

Maharashtra is reputed to be one of the leading Indian states to promote wind power, and Tata Power’s windfarms in the state are in the Ahmednagar, Dhulia and Satara districts.

Banmali Agrawala, the Executive Director for Strategy and Business Development of Tata Power, said that the company intends to source at least 8,000 to 10,000 MW of its generated power from zero-emission and low-carbon technologies such as hydropower, solar power, wind power or even hot gases. He said that in the long term, the company intends to generate at least 25% of its energy from such sources.

AMSC and Hyundai Heavy Industries expand wind power strategic alliance

June 16th, 2010

The partners will develop a 5 MW full conversion wind turbine primarily for use in the offshore wind industry.

Under the terms of the alliance, the 5 MW wind turbine design will be jointly developed by HHI and AMSC’s wholly-owned AMSC Windtec subsidiary. Once HHI begins volume production of the wind turbines, which the companies expect to commence by the end of 2011, HHI will purchase power electronic components for the 5 MW wind turbines from AMSC.

In October 2008, AMSC Windtec licensed 1.65 and 2 MW doubly-fed induction wind turbine designs to HHI. HHI has now begun volume production of the 1.65 MW wind turbines.

“With sales of our 1.65 MW wind turbines increasing according to plan and production of our 2 MW wind turbine set to begin, we are ready to add another advanced system to our renewable energy portfolio,” said Keh-Sik Min, Chairman and Chief Executive Officer of HHI. “While we expect our 1.65 and 2 MW wind turbines to be our onshore ‘workhorses,’ the global offshore wind market holds tremendous growth potential for HHI. We are pleased to expand our strategic alliance with AMSC and broaden our portfolio with an advanced 5 MW platform for this emerging opportunity.”

Under the terms of the new development contract, HHI will have the ability to market, manufacture and sell 5 MW wind turbines globally.

“Our strategic alliance with HHI continues to grow along with the strong expansion of their global wind power business,” said AMSC founder and Chief Executive Officer Greg Yurek. “Within a two-year period, HHI has formed a new wind energy division and will have brought two high-performance, megawatt-scale wind turbines to market – a feat few have accomplished in the industry. HHI now aims to establish a leadership position in the offshore wind turbine market.”

http://www.renewableenergyfocus.com

Kicking the gas habit: Offshore wind for the Baltic states

June 15th, 2010

11 June 2010

Applications for offshore wind parks are underway in Estonia and Lithuania, with the largest application so far, for a 1GW development. Can these ambitious projects deliver the Baltic States from their current gas dependency?

By Vytautas Gaizauskas, Eastern Europe correspondent

Estonia and Lithuania are looking to harness their offshore wind resource as a means of reducing both countries’ dependency on Russian gas.

Estonia’s long coastline, dominating south-west winds and sparse population, makes it a strong candidate both for on and offshore wind energy generation.

Estonia has committed to sourcing over 20% of its energy needs from renewable energies by 2020. Bouyed by an energy strategy dictating that wind power generation capacity must reach 900-MW by 2018, the prognosis for the wind sector looks promising.

Estonia currently has 150-MW of installed onshore wind energy generation capacity, with a further 375MW due to come online in 2013. To achieve its 2018 target, 400-MW of wind parks are to be installed onshore, alongside 500-MW of offshore parks.

According to Martin Kruus, chairman of the board at both Estonian Wind Power Association and at Estonian wind park developer, Nelja Energia: “Theoretically, Estonia could cover the vast majority of its electricity demand by wind.” But he cautions: “Accumulation and balancing power plants should be built in parallel.”

Open for business

Estonia’s ministry of economy and communications has already received two applications for the construction of offshore wind parks.

The renewable energy arm of state-owned energy giant, Eesti Energija, the country‘s main power generator, distributor and supplier, submitted an application for a 700 – 1,000-MW capacity offshore park in Riga Gulf of the Baltic Sea.

The second notable application came from wind energy developer, Neugrund, a relative newcomer to Estonia’s wind energy sector. Neugrund expressed its intention to build 190-MW offshore wind park, comprising 38 5MW turbines in the Gulf of Finland, on the North-western coast of the Estonia.

Predating these applications was Nelja Energia’s, a joint-venture between OÜ Solarcom, Scandinavian power company Vardar Eurus, and investment firm, United Partners. Nelja Energia plans to construct 700-MW wind park in the vicinity of Hiiumaa island, in South-western Estonia.

Estonia has an important advantage over its southern counterpart, Lithuania, insofar as it has already enacted the legislation necessary to support offshore wind energy development. Even so, considerable ground must be covered before any of its proposed projects see the light of day.

Each project’s environmental impact assessment and other necessary procedures have yet to be carried-out. Furthermore, Estonia has yet to introduce a robust support system required to encourage investment into the industry.

Cross-border portfolio

Wind energy developer 4Energija recently presented an environmental impact assessment for a proposed 800-MW offshore wind park to state institutions in May this year – the first Lithuanian wind energy developer to have done so.

The application has also Estonian roots – 4Energija belongs to the same group of the companies as the Estonian developer Nelja Energia.

“We have chosen 4 locations in the Baltic Sea, the distance between them and the coast varies 30 to 40 kilometers”, Tadas Navickas, director of 4Energia, said. “The capacity per turbine to vary 3.6 to 6-MW,” he added.
Navickas considers that the grid in a western part of the country has been developed sufficiently to handle electricity generated by 1,700-MW capacity wind energy parks, without any additional investments.

Legal loopholes

However, a legal framework supporting offshore wind parks is absent in Lithuania, presenting a serious obstacle to offshore wind park developments.

“The renewable energy law has already been referred to Lithuanian parliament”, explained Saulius Piksrys, director of the Lithuanian Wind Energy Association. “It is possible that this law could be adopted in the near future.”

He cautions, however, that the law alone is insufficient to create an enabling environment for the construction of offshore wind parks. He says the government needs to adopt several decisions defining various procedures and requirements, such as the type of the feed-in tariff only, and the level at which is whoudl be set. “This could take anything up to a year,” he added.

Because Lithuanian law currently doesn’t include any restrictions for construction of offshore wind parks, theoretically, 4Energia could develop its wind park – if Lithuanian state officials chose to turn a blind eye. However, this is unlikely to happen, according to Piksrys. As such, progress on 4Energia’s wind park will likely be stalled for at up to a year.

Piksrys estimates Lithuania’s total potential of offshore wind power generation capacity to be around 1GW, given its short coastal line. It would be near shore, shallow water parks due to the limited size of the maritime economic area of the country and due to restrictions caused by environental, maritime transport and other issues. The country currently has 101-MW installed onshore wind energy generation capacity.

Both Estonia and Lithuania have yet to develop domestic supply chains. To date, turbines, towers, nacelles and cables have been imported, with Germany’s Enercon and Finland’s WinWind acting as the main suppliers. The annual equipment demand of both countries, calculating from the current realistic onshore installation plans, comprises roughly US$100 million each. This figure will likely increase sharply in the future, particularly in Estonia

The main challenge for the development of wind energy generation facilities in the Baltic States, according to Saulius Piksrys, are vested interests among companies importing electricity from Russia.

Powerful lobbyists are able to slowen down the process significantly, even impeding the relevant law-making.

The game is worth lobbying: in theory, Lithuania could cover its total electricity demand by renewables, with half of power generation from wind and the remainder from biofuels.

Компания Audi подсчитала выгоду от дружбы автомобилей со светофорами

June 10th, 2010

Начатый Audi ещё в 2006 году проект, который нацелен на улучшение экологической обстановки путём оптимизации транспортных потоков в городе, дал впечатляющие результаты. Научив автомобили попадать в «зелёную волну», производитель из Ингольштадта добился значительного снижения уровня выбросов CO2 в атмосферу и экономии топлива.

В условиях эксперимента светофоры по беспроводной связи (LAN и UMTS) предупреждали приближавшиеся к ним машины о том, с какой скоростью лучше ехать, чтобы успеть на зелёный, или сообщали им, сколько осталось ждать сигнала, разрешающего движение. С помощью «умной» инфраструктуры водителям удавалось сберечь на каждом регулируемом перекрёстке порядка 0,02 л горючего и меньше чадить.

http://www.drive.ru/world/2010/06/07/3385494.html

Statoil – Making deepwater offshore wind viable

May 20th, 2010

One year, almost to the day, after Statoil’s ambitious idea for a floating turbine was first conceived, the Hywind tower was being erected some ten kilometers off the southwest coast of Norway.

That was last year in May. By late September 2009, the world’s first full-scale deepwater floating turbine was delivering electricity to the grid.

While the Hywind turbine is already generating power, its main objective is to test the impact of wind and waves on the structure, over a two-year period. The results have so far been promising, indicating the concept of floating turbine technology to be viable.

This is extremely significant for those countries with deepwater coastlines, such as Greece and Portugal, for which offshore wind was previously considered impossible.

http://social.windenergyupdate.com

Gamesa builds fifth wind turbine plant in China

May 20th, 2010

Spanish wind turbine maker Gamesa has set up its fifth manufacturing plant in China in the city of Da’an in the province of Jilin (northwest China), one of the country’s leading wind energy regions.

Two new wind farm projects totalling 4,600 MW of installed capacity are planned for Da’an, the site of the new Gamesa factory.

The factory, scheduled to begin operating in 2011, will manufacture G8X-2.0 MW wind turbines and will have a production capacity of 500 MW per year. With the commencement of the plant’s operations, Gamesa’s total annual wind turbine manufacturing capacity in China will reach 1.5 GW.

The company currently has four manufacturing plants (for blades, generators, and nacelle and gearbox assembly) in the province of Tianjin, which employ 1,000 people. It has a pipeline of wind farm projects totalling 2,400 MW at varying stages of development.

In February, the company launched its operations in India with the setting up of an Indian subsidiary, Gamesa Wind Turbines. The facility, installed for Gamesa G58-850 kW wind turbine, is equipped with an initial production capacity of 200 MW per year.

UK Crown Estate adds 2GW of offshore wind

May 20th, 2010

Three Round 1 and Round 2 offshore wind farm operators have been selected to extend five sites, creating an additional 1.7 GW. In addition, a further 340 MW has been offered to increase capacity within the current Round 1 and 2 site areas for two other projects. These awards will help to provide a stable flow of construction projects to the offshore wind supply chain in advance of Round 3.

The selected developers are existing Round 1 and 2 operators and will finalise agreements with The Crown Estate soon.

SSE Renewables and RWE Npower Renewables have been given permission to expand their Greater Gabbard project off the coast of Suffolk.

Vattenfall Wind Power has been given approval to extend its Kentish Flats and Thanet projects off the coast of Kent, and Dong Wind UK is set to expand Burbo Bank, near Liverpool, and Walney, Cumbria.

Centrica Renewable Energy has also been permitted to install extra capacity on Race Bank, while Warwick Energy can add to its Dudgeon site capacity – both off the Norfolk coast.

Baolihua to Build China’s Largest Offshore Wind Power Plant

May 14th, 2010

Power generation company Guangdong Baolihua New Energy Stock Company Limited (SHE:000690) (Baolihua) (Meizhou, China), plans to invest approximately $3 billion in an offshore wind power plant in China. With an installed capacity of 1,250 megawatts (MW) and an estimated sea area of 240 square kilometers, the Guangdong Lufeng Jiahu Bay Offshore Wind Energy Plant is pegged to become the largest offshore wind power facility in China.

Brazil Takes the Lead in Latin America’s Quest for Wind-Power Energy

May 14th, 2010

A recent study by IHS Emerging Energy Research (Cambridge, Massachusetts), “Latin America Wind Power Markets and Strategies: 2010-2025,” says Latin America will have an installed wind-power capacity of 46 gigawatts (GW) in 15 years.

This implies a 12.6% compound annual growth rate for grassroot installations each year, with Brazil having the greatest stake in that overall figure; Latin America’s largest country will account for 69% of the expected capacity, which is nearly 31.6 GW. It will be followed by Mexico and Chile, with an estimated 6.6 GW and 280 megawatts, respectively, installed by the end of the period.

Some reasons for these forecasts for Brazil are supply-security concerns, growing opposition to conventional sources of energy, strict environmental regulations, and the need for a more diversified power-generation matrix. However, there are important market drivers that might hold even a greater influence in Brazil’s move toward wind energy.

One of those relates to the recent awareness of Brazil’s incredible wind-power potential. Policy execution seems to have taken notice of that, which is good news for foreign investors and wind-equipment manufacturers.

An example of this can be seen in the decision of global manufacturers either to expand or begin local production in Brazil. Wobben (Sorocaba, Brazil), a subsidiary of Enercon GmbH (Aurich, Germany), and Argentina’s IMPSA Wind (Godoy Cruz, Argentina) have performed full manufacturing operations in Brazil for the past couple of years. In addition, last November General Electric Company (NYSE:GE) (Fairfield, Connecticut) announced that it was going to invest an estimated $83.62 million in the modernization of its industrial facility in Campinas, in eastern São Paulo state.

A month later, Siemens AG (NYSE:SI) (Berlin, Germany) made public its intentions to begin building its own manufacturing plant in Brazil this year. The company plans to locally manufacture at least 50% of aerogenerator components there in the next three years. Following this trend, this week RM Eólica, a subsidiary of Gonvarri Group (Madrid, Spain), opened a manufacturing plant in the state of Pernambuco. It plans to produce 1,000 wind towers annually, which required an investment of approximately $47 million.

On the other hand, Brazil is regarded as a launch platform to fulfill the needs of other emerging countries in the region, like Mexico, Chile and Argentina.

The study also brings up another interesting figure. It is expected that next year, Brazil’s wind turbine component supply chain will have a demand of more than 300 aerogenerators. Taking Latin America as a whole, total investment in the wind turbine market will jump from $1 billion last year to $2.2 billion in five years.

Before the first semester of 2010 is over, Brazil plans to hold a renewable-only energy auction, which will exclusively cover power-generation projects such as small hydroelectric, windfarms, and biomass-fueled thermoelectric. A total of 478 projects are registered to participate in the auction, representing 14,529 MW in combined generation capacity. Out of those, 399, or 83%, are windfarms, making up 10,569 MW, or 73% of all megawatts to be auctioned.

Vestas Secures 2,1 GW Wind Turbine Supply Contract from EDP Renováveis

May 6th, 2010

The world’s third-largest wind energy company, EDP Renováveis SA (ELI:EDPR) (EDPR) (Oviedo, Spain), has awarded a wind turbine supply contract of up to 2,100 megawatts (MW) to the world’s largest wind turbine manufacturer, Vestas Wind Systems A/S (CPH:VWS) (Randers, Denmark), after a year-long international bidding process. EDPR is the renewable energy division of one of Europe’s major electricity operators, EDP Energías de Portugal SA (OTC:EDPFY) (EDP) (Lisbon, Portugal). The supply agreement was signed on April 26 in Lisbon, Portugal. The agreement covers one of the world’s largest wind turbine orders to date and the largest single order received by Vestas.

The contract includes a firm order for the supply, installation and commissioning of 1,500 MW of wind turbines that are to be delivered to Europe, North America and South America in 2011 and 2012. According to the terms of the contract, the order may be extended by 600 MW. A two-year service and maintenance agreement that can be extended to five or 10 years is also part of the contract. A technical assistance agreement for an additional period will follow the term of the maintenance agreement. The contract allows Vestas flexibility in the selection of commercially available wind turbine models and classes for each power project, provided EDPR is given prior notice.

Vestas was selected from several large players in the global wind turbine manufacturing sector, as it was considered the best global value that fit EDPR’s short- and medium-term business targets. The selection process, launched in Chicago, Illinois, about a year ago, was long and demanding. The supply agreement will help Vestas achieve its “Triple 15″ target, which involves achieving 15 billion in annual revenue and a 15% EBIT [earnings before interest and taxes] margin by 2015.

Tracking the Top Wind Players

April 29th, 2010

The wind power industry has emerged as a powerful and popular player in the renewable energy sector. The small wind turbine market has increased in Europe and the US while large offshore wind farms have become commonplace. With renewable energy still growing, the companies making the technology to take this sector forward are currently at the top of their game right now.

Ahead of two major Arena International wind power events – Wind Power Transmission and Distribution 2010, UK, and Wind Power Asset Optimization, US, we take a look at some of the major wind generation companies that have made their mark through innovation and continuous improvement.

A2SEA
A2SEA was established in 2000 with transport, installation and servicing of offshore wind farms as its core business. The company describes itself as the most experienced installation contractor in the offshore wind market.

In 2002 it installed turbines on Denmark’s Horns Rev, the world’s first commercial-scale wind farm.

Since then its vessels have gone on to install more than 500 wind turbines and 300 foundations.

A2SEA says it covers the installation of most turbine types, a wide range of monopile sizes and transition pieces, and specialist lifts such as offshore accommodation blocks and metmasts.

Enercon
German giant Enercon was founded in 1984. Since then a small team of engineers has developed its first E-15/16 wind turbine with a rated power of 55kW. The changeover to gearless technology was made in 1992 with the first Enercon E-40/500kW.

This technology, with its innovative drive system and few rotating components, enables almost friction-free energy flow, according to the company. Enercon also claims its product reduces mechanical stress and operating and maintenance costs to increase the service life of the systems.

Today there are more than 13,000 Enercon machines installed worldwide in over 30 countries, with a combined capacity of more than 15GW. Analysts believe the company holds approximately a 14% share of the global market.

Gamesa
Gamesa Corporación Tecnológica is a wind turbine manufacturer, project developer and operator. The company is a market leader in Spain and has installed more than 18,000MW of its main product lines in 20 countries over four continents.

The annual equivalent of this production amounts to more than four million tons of petroleum a year and prevents the emission into the atmosphere of over 27 million tons of CO2 a year. The company has a portfolio of more than 21,000MW of wind power in Europe, the US and Asia.

GE Energy
GE is one of the world’s leading wind turbine suppliers and boasts more than 13,500 wind turbine installations worldwide comprising more than 218 million operating hours and 127,000GW/h of energy.

With wind manufacturing and assembly facilities in Germany, Spain, China, Canada and the US, GE’s product portfolio includes wind turbines with rated capacities ranging from 1.5 to 3.5MW and support services ranging from development assistance to operation and maintenance.

GE’s offshore wind business recently acquired Norwegian company ScanWind to increase its product offering even further to serve the expanding offshore wind turbine segment.

Iberdrola
Iberdrola is one of Europe’s largest generators of renewable capacity and plans to double its output to 18GW by 2012. The company develops, constructs and operates renewable power plants and manages the sale of the electric power produced.

The group is the top-ranked wind player in Spain and Greece, as well as second in the US and UK following its acquisition of utility group Scottish Power.

Iberdrola Renovables claims the largest base of operational renewable assets and the largest portfolio of future projects in the world, with more than 54GW in the pipeline.

Its current portfolio reveals its top three markets, with 4,450MW operating in Spain, 2,318MW in the US and 617MW in the UK. Operating in 20 countries, the rest of the world includes 761MW of wind. Overall, 44% of the company’s installed capacity is located outside of Spain.

The company’s strategic plan for 2008–12 envisages investment of more than €18bn over the next five years in order to more than double its installed renewable capacity to 18GW. This is from an initial renewables capacity of little more than 1GW in 2001.

Nordex AG
Nordex offers a range of multi-megawatt wind turbine products from 1.5 to 2.5MW, including a turbine suited for offshore applications. The group also offers three different rotor sizes – up to a diameter of 100m – for its 2.5MW turbine to suit a range of applications.

According to the company, its third-generation 2.5MW series turbines – the Gamma Generation – combines the latest research and development with technical know-how and experience from a decade of operation to meet today’s market requirements.

With exports accounting for over 90% of its business, the company has offices and subsidiaries in 18 countries

REpower Systems AG
REpower Systems was founded in 2001 and its product ranges include turbines from 2-5MW and its machines have been installed at thousands of wind projects. The REpower 5M 5MW turbine – one of the largest turbine’s in the world, with a rotor diameter of 126m – has been designed primarily for offshore wind farms and the company is currently installing three of its new 6 MW 6M turbines onshore in Germany.

REpower has offices in Germany along with subsidiaries and associated companies in France, Spain, the UK, Greece, Australia, China, Portugal, Italy to name a few.

REpower expects further strong growth on the global wind energy market in the next few years, initiated primarily from Europe and the US.

RES
Renewable Energy Systems, or RES, is one of the world’s leading wind energy developers with core activity focused on the development and construction of wind projects. The company, which is part of construction company Sir Robert McAlpine, develops, designs and operates wind farm projects worldwide.

Current developments are led by North America and the Caribbean, where RES has built 3,071MW of wind capacity and has a further 382MW under construction. In Scandinavia and Europe RES has built 558MW of wind and a further 455MW under construction, while in Australia and New Zealand a further 436MW are in development.

RWE Innogy
RWE Innogy is a renewable energy developer, owner and operator. The company, which emerged from the German giant RWE, is making huge investments of at least €1bn a year on renewable energy in Europe.

RWE Innogy is the renewables development arm of the mighty RWE AG, one of Europe’s largest utilities. The company plans, builds and operates renewable facilities, and aims to grow its capacity in its core European market with a focus on wind technology.

Especially strong in the home market of Germany and in the UK, the company started with capacity of 1,100MW. The expansion of onshore and offshore wind power capacities will remain the driver for RWE Innogy’s growth in the future.

Sinovel Wind Corporation
Sinovel is among the world’s top-ten largest turbine manufacturers and is taking advantage of the massive growth in its home market of China.

The leading manufacturer of large-scale wind turbines in China, it was the first company to introduce 1.5MW and 3MW machines into the country. Sinovel has produced more than 1,500 units of its 1.5MW machine and has a production capacity of more than 1,000 units a year.

In June 2008 AMSC received a $450m order for core electrical components for Sinovel 1.5MW turbines. The contract called for shipments to begin in January 2010 and to increase year-over-year through to the contract’s completion in December 2011.

Vestas Wind Systems
Vestas has over 25 years experience in the wind power business. Its turbines are tested at special centres before results are verified and certified by independent organisations.

Vestas installed its first wind turbine in 1979 and now employs more than 19,000 people. It is currently recruiting on the back of what it describes as ‘robust long-term growth prospects.’ The company’s product portfolio comprises turbine models from 850-3MW.

The company says it continuously monitors a large number of the turbines in operation to determine how the turbine design can be optimised and to use the data and knowledge to make turbine operation more reliable and cost-effective.

www.power-technology.com

Germany’s first offshore wind farm fans hopes for more

April 28th, 2010

BERLIN – Germany opened its first offshore wind farm Tuesday, inaugurating twelve windmills towering almost as high as the Washington Monument over the North Sea.

Experts said that the Alpha Ventus project is a late arrival for a country that deems itself in the vanguard of clean energy and announced plans for the farm almost a decade ago.

“There have been delays and things have been pushed back because the interest in big investments was not very strong,” energy expert Claudia Kemfert of the DIW think-tank told The Associated Press.

Great Britain and Denmark have already several hundred megawatts worth of offshore wind power on the grid. Kemfert said she thinks Europe’s largest economy is going to catch up as 25 other German wind farms in the North and Baltic Seas consisting of some 1,650 more windmills have already been approved.

“I think Germany is highly competitive in this field,” Kemfert said.

Alpha Ventus, which is only a test field, will produce some 60 megawatts, enough for some 50,000 households onshore.

Environment Minister Norbert Roettgen on Tuesday called the project a pioneer project “that will push wide open the gate to the age of renewable energies.”

Ulf Gerder of the wind power lobbying group BWE said the project is further offshore – 45 kilometres (28 miles) – and in deeper water – 30 metres (100 feet) – than any other European wind farm.

There was no alternative to such difficult projects, he said, because almost all of the German coastline consists of national park land or sea bird refuges, he said.

“If one takes environmental concerns seriously, one cannot build windmills there,” Gerder said.

In the long run, mastering extreme conditions might be an advantage, he said, because much of an estimated offshore potential of some 140,000 megawatts across the European Union will likely not be built near shore.

Completion of Alpha Ventus came only after the German government shored up its offshore wind power subsidies in the beginning of 2009, guaranteeing for 12 years 15 euro-cents (20.3 cents) for each kilowatt hour.

The government also promised some C200 million in credit guarantees during the last year’s recession.

Chancellor Angela Merkel’s government announced in November that it would throw out the decade-old plan to abandon nuclear power by the year 2021. She says nuclear power is needed to meet Germany’s climate change prevention goals.

Former Environment Minister Juergen Trittin, now a prominent figure for the opposition Green Party, told the AP if offshore wind power is to have a future, nuclear power has to be phased out as quickly as possible.

“Those who want to invest look very closely if they have to compete with old nuclear plants producing very cheaply,” Trittin said.

http://www.thefreepress.ca

Project appeal: How to win over investors

April 26th, 2010

With Danish companies such as Dong Energy, Vestas Wind Power, Siemens Wind Power and LM Wind Power (formerly LM Glasfiber) gracing the wind energy headlines on an almost daily basis, it should come as little surprise that Danish manufacturers have produced around half of the installed wind turbines, the world over.

In fact, wind energy accounts for a significant part of Danish industry. Reflecting this is the fact that wind sector investments account for one-third of the Danish Export Credit Agency’s (EKF) investment portfolio.

Given this fact, it is worth asking what makes the Danish manufacturers and developers so attractive to investors and what is the secret to their success?

WindEnergyUpdate speaks to Henrik Welch, EKF’s senior director for guarantees and project finance to find out more about the current wind energy investment climate and what developers, manufacturers and utilities should be doing in order to attract the banks.

WindEnergyUpdate: To what extent has the project finance environment changed since 2007?

Henrik Welch: It has definitely changed from the banks fighting to get mandates during a period when pricing was getting cheaper and cheaper back in 2007. Many banks were fighting for different deals at the time but that is no longer the case; these days, if there are any deals, it is in the club deal arrangement.

It has not come back to that point we were at in 2007– there was a lot of liquidity three years ago but there is still not enough liquidity.

When you look at the size of the big projects and the long tenors, the banks are not ready for that yet. That said, there seems to be a bit of a thaw with regard to smaller amounts and shorter tenors, such as six to eight years.

WindEnergyUpdate: You mentioned club deals among banks. What other types of financing arrangements are we seeing nowadays? Are any creative deal structures emerging?

Henrik Welch: I think it’s the other way around – banks are going back to basics, insofar as projects need to have good sponsors, good offtake, be backed up by good studies, and have good security structure. Projects need to be solid in order to create an appetite among banks.

There are several major players that we work with in offshore wind. We typically support these financial institutions with guarantees, however, we have also used EKF’s Export Lending Scheme in a couple of long term financings for wind power deals. Then there is the EIB – we also cooperate with them on some of the transactions.

At the moment it is really not a commercial bank market. But that is not to say that the commercial banks are not gradually coming back to the table. It is certainly beginning to look a little more positive especially on projects with strong sponsors and offtakers. In the last couple of years about15 banks have been involved in project finance deals in the wind sector. However, only a limited number of these have acted as lead arrangers.

WindEnergyUpdate: From a financing perspective, what is key to attracting investors? And to what extent would the presence of bigger players with proven track records entering the market help to ease investor concerns?

Henrik Welch: It’s a good question. It probably wouldn’t help in the short term as it has less to do with the players than with the banks themselves.

That said, it is absolutely sure that if you deal with larger players with a proven track record – be it Siemens Wind Power or Vestas – then there is more of an investment appetite.

But you have to look at the other side as well. If the project is developed by the utility, those companies also have to have banking support.

If you are purely talking about the developers then you would want the supplier to be a good one, you would want to use a reputable contractor, good service practice – you’d need to provide a very robust package.

This is certainly what we’ve seen in the projects we have worked on such as the Q7 wind park, the Belwind project and the project finance deals we have been involved with in the UK – each of these projects had very strong merits.

WindEnergyUpdate: What other factors would help attract project finance? Would more robust testing standards and certification methods from institutions like NAREC instill greater confidence in investors?

Henrik Welch: We always look at wind studies from at least two independent companies. Other things they can do to build greater reliability into a project, more security in the cash flow would help for sure.

Coming back to your question directly, people like NAREC providing the testing methods seems to be a good idea.

But if you are dealing with the bigger names on the supplier side, they can already provide a high level of quality assurance, both for themselves and their sub-contractors. And again, the other parts of the project, foundations for example, also need to use reputable and strong suppliers, that are able to stand up for their commitments if things go wrong.

WindEnergyUpdate: Which implies that there are already very high barriers to entry into offshore wind?

Henrik Welch: Absolutely.

WindEnergyUpdate: Is more project finance becoming available now to project developers from the banks?

Henrik Welch: It will come, but it takes some time. To my knowledge, there are still bottlenecks in the banking system.

We need to see very good projects to create a teaser for the banks – to get them involved. Once they’ve done one project, they will want to do the second project and so on and so forth. We haven’t seen it yet but I think it will gradually come in the coming year.

But it also depends on how much the utilities are pushing for project finance structures. So far many of them have financed offshore wind off their own balance sheets, which it makes it a bit easier for banks to assess the risk because the risk lies not with the project but with the utility.

WindEnergyUpdate: Does the EKF have a mandate to back renewables?

Henrik Welch: Our mandate is to support Danish export and investment and to support Danish industry. As renewable energy technology represents a large part of the Danish industry, we are supporting it.

Currently around a third to a fourth of our portfolio is in wind energy. We have outstanding commitments of around €1.5 – 2 billion at the moment – we have no upper limit on that. If you would ask me if even more is being invested in renewables generally, I would say: “Yes”.

Wind industry is one of the largest industries in Denmark.

WindEnergyUpdate: What are the perceived risk factors for lenders and how can these be mitigated?

Henrik Welch: I think the whole service set up should be a key consideration  – the main manufacturers that supply components and the aftercare. It is always good to have a long-term O&M contract because this makes sure that the turbine is operating and it should reduce the downtime.

Whether the wind actually blows is a major factor – whether it blows as it is expected, so in this respect, forecasting is key.

The construction period is of course very important. Aspects such as the degree of precision in your contracts with sub-suppliers – there are so many logistics in this alone.

There are many variables that can cause project delays, so it is critical that these are anticipated, where possible, in order to keep a project on track. Given that the capital expenditures are so big, any costs resulting from over-running on the timeline will be large, so you want to limit that.

The PPA is also a major component that we would look into. What is the regime that we are working on for example a UK project, what are the incentive programmes that, say, the UK government has in place and is there a risk that the incentives might be removed in the near future.

And then there is insurance – project insurance is definitely an important factor.

Wind Energy Update: Who are the key players when it comes to insurance products?

Henrik Welch: For example a company like Codan / Sun Alliance is very active in this area – they really have a lot of expertise in wind energy. They provide insurance on many different aspect of the project.

Banks require insurance – when you start working offshore it is so different from onshore operations. There are so many more dangers involved. Insurance is an important feature of offshore projects in this respect.

WindEnergyupdate:  How important are remote applications for O&M and surveillance?

Henrik Welch: This is a key factor going forward – that monitoring is carried out remotely. Again this is down to track record  – building up the data so that you know when you need to replace things. Better planning of “down time” = better economy!

The large Danish players like Vestas and Siemens Wind Power has worked extensively on this and the sub-suppliers are beginning to do the same.

Skykon acquires facilities at Lindoe Shipyard

April 26th, 2010

Denmark-based offshore equipment manufacturer, Skykon, has entered the offshore wind turbine market.

Skykon has recently acquired facilities of 100,000 square metres at the most advanced former shipyard in Europe for the purpose of developing an offshore product offer to offshore projects located close to the North Sea and the Baltic Sea.

Located at Lindoe, Denmark, Skykon’s offshore production facilities are second-to-none in the market, and they have direct access to sea by means of an on-site harbour capable of accommodating vessels in draught of 7.5 metres.

Furthermore, the offshore facilities are entirely fitted with buildings, equipment and infrastructures that are highly suitable for production of products for the offshore industry. Skykon is the only supplier in the market in the possession of a 1,000 tonnes Gantry crane that enables direct loading of products on customer vessels. Superior indoor 160t and 700t crane capacity is also available to ensure handling of the very heavy and large elements required for offshore wind turbines.

“Skykon has 25 years of experience in the production of wind turbine towers and tower sections. We have acquired in-depth know-how and unique competencies in the design and production of towers and tower sections for onshore wind turbine farms. To the benefit of our customers, we have transferred our experience and technology from years of close co-operation with our customers on onshore solutions into our product offer for offshore solutions”, says CEO Jesper Oehlenschlaeger, Skykon A/S.

Skykon specialises in the production of a large variety of offshore solutions, comprising monopoles, transition pieces, floating foundations, jackets, tripods, towers and one section towers. The location at Lindoe offers Skykon the opportunity of neighbouring customer production facilities as well as knowledgeable offshore specialists working in a local research and test centre.

For further information contact:
Skykon A/S
Vice President, Niels Brix
Phone: +45 2290 1325

About Skykon:
Skykon is an international solution provider offering customer specified tower and composites solutions to the world’s leading global wind turbine manufacturers. The
group currently has facilities in Denmark, Germany, Spain, Scotland, China and
the US and employs app. 500 dedicated employees. Learn more at www.skykon.com.

Iberdrola Plans World’s Largest Wind Farm in Romania

April 20th, 2010

April 19 (Bloomberg) — Iberdrola SA won approval to build the world’s largest onshore wind-energy project in Romania, requiring at least $2 billion in investment through 2017.

The Spanish utility said today it acquired rights from the Romanian government to build 1,500 megawatts of capacity. That’s almost five times the power coming from Europe’s largest wind complex and triple what’s proposed offshore Massachusetts in a project opposed by the late U.S. Senator Edward Kennedy.

Iberdrola, which became the world’s biggest wind-farm owner by using government incentives and charging above-market electricity rates for clean energy, now operates in 10 markets including the U.S. and U.K. The Romanian mega-park, near its operations in neighboring Hungary, may extend the Spanish company’s lead over second-ranked wind producer FPL Group Inc. of Florida.

Romania generates much of its electricity by burning oil and gas, which can be easily scaled back during a windy day to allow for surges of power from windmills, said Will Young, a wind energy analyst at Bloomberg New Energy Finance in London.

“That makes Romania an attractive market,” Young said today in an interview. “Romania has relatively high power prices and flexible energy generation that allows power producers to feed in electricity easily.”

Additionally, the government may approve a law later this year to double the number of “green certificates” eligible for wind power and boost the total price per megawatt-hour by 25 percent, Young said.

The company’s Iberdrola Renovables SA renewable-energy unit plans 50 Romanian wind parks that would supply the equivalent of almost 1 million homes, it said in a statement. The project amounts to a third of the new wind power Iberdrola plans for Eastern Europe, after investing 100 million euros there in 2009.

Black Sea

The average cost to buy and install wind turbines around the world is about 1.3 million euros ($1.75 million) a megawatt, according to New Energy Finance. Using those figures, Iberdrola’s Dobrogea project in southeastern Romania on the Black Sea would cost more than $2 billion.

A spokesman for Iberdrola Renovables in Spain, who declined to be identified in line with company policy, wouldn´t comment on the investment needed.

Iberdrola’s total net investment last year was 2.06 billion euros, the company said in a February presentation to investors. Iberdrola has a “flexible approach to investment” and has only committed to spend 9.6 billion euros of the estimated 16 billion-euro net investment planned through 2012, the company said at the time.

Turbine Prices

Prices for turbines fell about 18 percent last year and wind farm operators like Iberdrola are benefiting from the lower costs, said New Energy Finance’s Young. European Union policies to help reduce dependence on fossil fuel-based power generation are also an incentive for the project, he said.

Iberdrola reported installed capacity at the end of last year of about 44,000 megawatts, of which natural gas-fired plants account for 30 percent, renewable energy 25 percent and hydropower stations 23 percent. Iberdrola Renovables plans to increase its installed capacity to 16,000 megawatts by 2012 from 11,294 megawatts at the end of March.

Like FPL, Iberdrola has grown to be one of the world’s largest investor-owned utilities partly because of rapid expansion in wind energy. Wind and biomass are typically the cheapest sources of renewable energy and plants using them can be built faster than large-scale solar or geothermal installations.

www.bloomberg.com

Dong Energy Bids for 400-Megawatt Anholt Offshore Windfarm

April 19th, 2010

GALWAY, IRELAND–April 12, 2010–Written by Martin Lynch, European News Editor for Industrial Info (Galway, Ireland)–Danish energy giant Dong Energy (Copenhagen, Denmark) is pushing ahead with its transformation into a green energy company by submitting a binding tender to build a 400-megawatt (MW) offshore windfarm near the island of Anholt in the Kattegat waters between Denmark and Sweden.

The tender has been submitted to the Danish Energy Agency for permission to build what will be the country’s largest offshore windfarm, which is expected to cost about 1.34 billion euros ($1.82 billion). The Danish government opened the bidding process last May as part of its target to generate half of the country’s electricity from wind power by 2020. A decision is expected on April 19.

Today, there are more than 5,000 wind turbines in Denmark, generating about 3,200 MW of electricity, which accounts for almost 28% of the country’s total electricity demand.

The government’s timeframe for construction of the new Anholt windfarm is very tight and will see the facility constructed in a little more than two years, supplying its first power in 2012 and becoming fully operational in 2013. The farm will be capable of generating enough clean electricity for up to 400,000 homes, equivalent to 4% of Denmark’s total consumption.

http://www.industrialinfo.com

Russian developer Vyborgskaya Cellulose and Ekman & Co fan the flames of world’s largest wood pellet plant

April 13th, 2010

26th January 2010

Russian cellulose producer Vyborgskaya Cellulose is building the world’s largest wood pellet plant at its facility in Russia near the border with Finland.

Construction of the plant, which will have a capacity of over 900,000 tons per year, is underway and production is planned to start in the third quarter of this year.

Vyborgskaya Cellulose has appointed Ekman & Co to be its exclusive sales agent. In addition to sales, Ekman & Co will also assist Vyborgskaya Cellulose with services in finance, risk management, logistics and administration.

‘We are very pleased that through our new Bioenergy business area, we were able to enter into this collaboration with a range of Ekman’s skills,’ said Jan Svensson, president of Ekman & Co.

The company said the raw material for its pellets consists primarily of logs from Russia and Belarus, which is partly FSC-certified, whereas timber for the plant will be supplied to the plant by rail. Vyborgskaya Cellulose said its main port for export will be the Port of Vyborg and end users of the pellets will mainly be power and cogeneration plants across Europe.

‘With the new plant in place, we will be able to increase the supply of renewable energy, which is in great demand,’ said Aleksey Kazmin, CEO of Vyborgskaya Cellulose.

The company said International technology Group Andritz will supply all process equipment for the pellet plant including debarking and chipping lines, chip handling system, belt dryers, as well as hammer and pellet mills.

‘The market for wood pellets and other bioenergy products is growing in line with the increasingly stringent political requirements to reduce carbon dioxide emissions,’ said Johan Granath, head of Bioenergy division at Ekman & Co.

Vyborgskaya Cellulose, which provides a water treatment facility and district heating for the town of Sovetsky, was established in 1927 and produces pulp, corrugated paper and wall paper base.

Active in pulp, paper, bioenergy products, recovered materials and forest products derivatives, Ekman & Co is a sales and marketing organisation focusing on the global forest industry.

EWE places order for German offshore wind farm with Siemens

April 9th, 2010

Siemens Energy has been contracted by EWE AG and ENOVA GmbH & Co KG to supply 30 wind turbines for the Riffgat wind farm in the North Sea. With a total installed capacity of 108 megawatts (MW) the wind farm will supply approximately 100,000 German households with ecofriendly electricity starting in late 2012.

http://www.ordons.com

Denmark needs a national test center for wind turbines

April 9th, 2010

COPENHAGEN, April 6 (Reuters) – Denmark needs a national test center for wind turbines to ensure that the country stays in the forefront of green energy technology development, Prime Minister Lars Lokke Rasmussen said on Tuesday.

http://www.ecoseed.org

Venture capital puts more money on Danotek’s technology

April 9th, 2010

Four renewable energy venture capital firms will invest a combined $13.2 million in Danotek Motion Technologies to help advance more efficient, reliable and affordable wind turbine technology.

G.E. Energy Financial Services, CMEA Capital, Khosla Ventrues and Energy Capital will partner for co-investments in Danotek, marking the first time the four firms formally established mutual interest in a single company.

Overall, Danotek’s technology enables wind farm owners to harvest 15 percent more energy on average, providing approximately $1 million in additional revenue over the life of the turbine.

http://www.ecoseed.org

Laser-based wind turbine passes Danish lab test

April 9th, 2010

Risø DTU, the National Laboratory for Sustainable Energy at the Technical University of Denmark, has successfully tested a laser-based wind turbine that can detect the wind before it even hits the blades.

The wind turbine is equipped with a laser-based anemometer built into the spinner to increase electricity generation. Called the wind LIDAR, the laser system enables the turbine to optimize its position and adjust the blades, which results in more efficient use of wind resources and longer life cycle of the turbine.

http://www.ecoseed.org

‘Stealth’ wind turbine blade may end radar problem

April 9th, 2010

The development of a “stealth” turbine blade, based on military technology, may help overcome the problem of wind farms interfering with aviation radar systems, its developers said.

http://www.ecoseed.org

Georgia is a Leader in Biomass

April 7th, 2010

…biomass energy is most cost-effective in regions with plentiful rain and land suited for fields and forests.

Specifically, the state of Georgia is a leader in biomass. From its abundance in biomass resources to the technology and innovation to more efficiently convert biomass to the state-level support to help companies succeed, Georgia is an influential leader in the bio-energy revolution…

On top of the wealth the state has in renewable natural resources, Georgia’s entrepreneurial-friendly policies, reduced taxes on bioscience energy companies and expedited environmental permits for biofuel plants are among a few reasons why the state is ranked third in the U.S. for its future in alternative energy production. The state currently has over $2 billion worth of active renewable energy-related projects and is projected to drive nearly $5 billion dollars into the state’s economy over the next 10 years.

RWE Innogy of Germany and BMC of Sweden, Europe’s largest energy firms, recently announced that they plant to locate a new bioenergy production facility in Georgia. RWE and BMC plan to create the world’s largest renewable energy capacity of wood pellets at the new facility. Generally, the availability of forestry is greater in the U.S. than in Europe and it is cheaper to produce wood pellets in the U.S. and export them back to Europe. This industry is forecasted to see an increased demand in the future, and Georgia’s wealth in forestry will be able to meet the demand that the European wood market will not be able to satisfy.

…the state of Georgia is well positioned from an infrastructure perspective. Therefore the state can transport goods efficiently and cost effectively.

GE Sees $130 Bln Jump in Land Turbine Sales by 2012

April 7th, 2010

March 02, 2010,

March 2 (Bloomberg) — General Electric Co., the world’s second-biggest wind turbine maker, said it expects global industrywide sales for land-based wind turbines to grow by $130 billion in the next two years.
Canada and Latin America are expected to lead the growth, with Canada’s market delivering a 40 percent compound annual growth rate and Latin America growing by 70 percent, Victor Abate, who runs the company’s renewable power unit said. Eastern Europe may grow by 28 percent, and the China and India markets may each rise about 20 percent, Abate said at the Annual International Strategy & Investment conference, which was also Webcast.

GE, which ranks second to Denmark’s Vestas Wind Systems A/S in turbine sales, can expand its wind business quickly because it uses its own design and local suppliers to make parts such as blades, Abate said.
“Our differentiation is supply chain,” Abate said. “We can quickly get factories up and running in these new markets.”
GE’s wind turbines have a 98 percent so-called availability, a term measuring the turbine’s ability to capture available wind. That’s up from 94 percent in 2006 and from 85 percent in 2002 when GE acquired the business from Enron Corp.’s bankruptcy proceedings, he said.
Better Efficiency

Each percentage point in efficiency improvement translates to a $250 million costs savings for GE’s customer base, he said. The number of U.S. homes supplied with electricity from one of GE’s 1.5 megawatt land-based wind turbines has risen to about 600 from about 420 homes in 2002, Abate said.

The company has invested about $1 billion in new technology to improve reliability since buying the division, Abate said. Sales at GE’s wind unit from both land-based and larger off- shore wind turbines rose to $6 billion last year from about $1 billion in 2002, he said. The parent company, based in Fairfield, Connecticut, doesn’t provide a forecast for the division.
Abate said he expects industrywide sales of offshore wind turbines to increase by about $100 billion during the next 10 years. Maintenance and installation is more expensive and complex offshore, which will slow the pace of growth, he said.

Abate, who also oversees GE’s solar unit, said the company is focusing on research and development in that business because costs haven’t declined enough to manufacture solar panels and related generation equipment profitably.

http://www.businessweek.com

Wind forecasting models

April 7th, 2010

1 April 2010

To date wind forecasting models have been retrospective and have fallen short of accuracy. New products, however, promise to break ground on these issues.

http://social.windenergyupdate.com

Transmission Stalls European Offshore Wind Power

April 2nd, 2010

01 April 2010 by John Blau

Germany’s first offshore wind farm has been built and is now generating electricity. Dozens more wind farms are slated for construction over the next few years – as part of the German government’s push to install 10,000 megawatts (MW) offshore wind capacity by 2020. But all of them will need to plug into powerful grids, both offshore and onshore, to transport the thousands of MW of additional renewable energy across the country and possibly beyond, and these may be slow in coming.

Germany’s first offshore wind farm has been online since the end of last year. The twelfth and last wind turbine in the Alpha Ventus park, off the North Sea island of Borkum, was built in November. The park is the first to employ a dozen 5-MW-class wind turbines, located 45 kilometers (34 miles) offshore in waters 30 meters (33 yards) deep. It will provide enough electricity to power 50,000 homes.

Alpha Ventus is the first of many planned wind parks in Germany. The government has approved plans to dedicate special zones off its northern coast to house up to 40 offshore wind parks that could provide electricity to more than 8 million households. The plan calls for setting aside zones between 12 and 200 kilometers of the northern shores. Of the 40 wind farms, 30 will be in the North Sea and 10 in the Baltic Sea. More than 25 of the planned farms have already received approval, with the bulk of them in the North Sea.

In total there will be more than 12,000 MW of offshore wind electricity by 2030, the equivalent of 12 medium-size nuclear plants, according to the German Federal Transport Ministry. The government’s plan is to double the current amount of energy supplied by wind in the country to 12 percent by 2020. Indeed, wind plays a big role in the energy plans of German policymakers to satisfy 30 percent of the country’s energy needs with renewable energy resources by 2030.

There is plenty of momentum. This month, Spain’s Iberdrola Renovables acquired the building rights for the Ventotec Ost 2 offshore wind complex in the German zone of the Baltic Sea. The company purchased the rights from a joint venture between Deutsche Erneuerbare Energien and Ventotec.

The German deal is the latest in Iberdrola’s ambitious expansion strategy. Together with Vattenfall, the company recently won construction rights to build one of the largest offshore wind farms in the world off the shores of the United Kingdom.

The Ventotec Ost 2 wind farm will have 80 wind turbines, each with a capacity of 5 MW and the project is expected to generate a total 1,200 gigawatt-hours annually. The farm will be built about 40 kilometers from the shore of the northern part of the wind area known as Westlich Adlergrund, in waters 39 meters deep.

full article at: www.renewableenergyworld.com

GE Energy to Supply 140 Wind Turbines for Romanian Windfarms

April 1st, 2010

GE Energy, a division of General Electric Company (Fairfield, Connecticut), will supply nearly 140 wind turbines for the Fantanele and Cogealac windfarm projects in Romania

The projects signify the largest installation, in terms of power generation capacity, of GE’s wind turbines in Europe to date.

In August 2008, power conglomerate CEZ Group (PRG:BAACEZ) (Prague, Czech Republic) bought the two adjacent windfarms in Constanta County from Continental Wind Partners LLC (Wilmington, Delaware). When both windfarms are fully operational, the complex will have a power generation capacity of 600-MW, making it nearly twice as large as the next largest European windfarm. CEZ is investing $1.4 billion in the project, aimed at helping Romania meet the European Union’s requirements of increasing the share of renewable sources to 20 percent in the energy portfolio by 2020.

The first stage of the project will have an installed capacity of 347.5-MW and will use 139 GE 2.5xl turbines. Each turbine has a capacity of 2.5-MW, and a rotor diameter of 99 meters, and will stand 100 meters above ground level. Construction of this stage started in September 2008 and it is planned to be operational by the end of 2009. The second stage, with a capacity of 252.5-MW, is planned to go on stream by the end of 2010. The combined output will provide almost 10 percent of Romania’s renewable energy. Current wind power generation in Romania is only 7-MW, which makes the project a significant milestone in wind energy production in Eastern Europe.

GE Energy is also supplying two 706-MW turbo generator units for the Cernavoda nuclear power plant. The firm will also supply supervisory control and data acquisition systems, monitoring equipment and substation control systems for the Romanian power transmission network.

One of the firm’s largest projects in Romania, besides the windfarm project, is its engagement with Metka Metal Constructions of Greece SA (Athens, Greece) to develop an 860-MW combined cycle gas turbine (CCGT) power plant for Petrom SA (Bucharest, Romania) in Brazi near Ploiesti. Petrom is 51 percent owned by OMV AG (Vienna, Austria) and is the largest corporation in Romania as well as the largest East European oil and gas producer.

GE Energy will supply two Frame 9FB gas turbines, the latest in the GE range of F-class turbines, in addition to a D11 steam turbine, two heat recovery steam generators, three hydrogen cooled generators, and an integrated control system for the CCGT plant. Metka will supply the remainder of the construction and engineering services for the plant, which will produce 6,000-GW hours of electricity per year.

Estimated costs for the Brazi power station are expected to be in the order of $600 million. The power plant is scheduled for commissioning in 2011. Petrom will use about 20 percent of the power produced for its own needs, while the remaining 80 percent will be supplied to the Romanian power grid.

Industrial Info Resources is a marketing information service specializing in industrial process, energy and financial related markets with products and services ranging from industry news, analytics, forecasting, plant and project databases, as well as multimedia services.

http://www.worldofwindenergy.com

ACUA wind farm draws European energy chiefs: Ex-Soviet countries under pressure to go green

March 31st, 2010

Energy and government officials from Eastern Europe toured the wind farm Friday at the Atlantic County Utilities Authority.
The group from Kazakhstan, Moldova, Ukraine and other former Soviet countries donned hardhats to get a close look at one of America’s most accessible wind projects.
“They asked more questions about electric rates than any other group,” ACUA President Rick Dovey said.
For the past few days, the snowbound delegation has been stuck in its hotel after this week’s blizzard canceled visits to the University of Delaware and tours of the region’s power grid.
The tour was organized by the U.S. Department of Commerce.
“They’re all looking at getting into solar, wind, biomass and other renewable energy,” said Jim Black, of the Clean Air Council, which served as liaison.
The five-turbine project off the White Horse Pike is a popular destination for foreign dignitaries because of its proximity to Philadelphia and New York and its accessibility just a few steps from the road. The authority has hosted delegations from Sri Lanka, Japan, India, South Africa and the Baltic states.
Many countries in Eastern Europe, including Kazakhstan, rely on coal plants. But that country is under increasing pressure to go green, said Nurlan N. Jiyenbayev, director of ND & Co. Solar Energy based in Kazakhstan.
“Kazakhstan just passed a law requiring the use of more renewable sources of energy,” he said through an interpreter.
Kazakhstan officials want to provide 5 percent of the nation’s energy needs through renewable resources by 2024. By comparison, New Jersey wants to provide 20 percent through renewable energy by 2020.
Eastern Europe has many options to meet this goal — from hydroelectric power to solar. But one is drawing particular attention.
“Wind — unequivocally wind,” said Andrey Khokhlov, deputy director of EuroUkr Wind, based in Kiev, Ukraine.
His company works on wind farms about 17 times the size of the Atlantic City project.
“Our investors are not interested in stations less than 100 megawatts,” he said. The five ACUA windmills produce a total of 7.5 megawatts.
Like in New Jersey, Ukraine offers government incentives to companies that generate renewable energy, said Oleh Dudkin, head of the secretariat for an energy panel in Ukraine.
Dudkin said he was impressed by the windmills’ automation and the authority’s efforts to capture renewable energy, such as its solar array and methane system.
The officials took photos and video of the authority’s presentation with handheld cameras and chatted quietly among themselves.
The authority’s operations room has a bank of 30-year-old electrical boards with dozens of colored lights that serve as a backup to the modern computers that track the plant systems, including solar and wind.
General Electric and the plant’s operator monitor the turbines remotely from California and Pennsylvania.
One plasma screen graphically illustrated the energy output from both systems and even tracked the sun’s position as it inched across the sky. The five windmills are named after the spouses of authority employees: Carol, K.C., Mary, Kathy and Diedre.
“Have you considered storing energy in the form of hydrogen fuel cells?” asked Vahe Odabashian, vice president of Armenian company H2 Economy.
“The way we do things, we want someone else to pay for it,” Dovey said.
A private company built the windmills on ACUA property in 2006 for about $13 million. A partner firm sells the energy back to the authority at a discounted rate.
“That’s a very good approach,” Odabashian replied. “If someone comes up with the money, give me a call. I’ll bring the fuel cells.”

http://www.pressofatlanticcity.com

Romania praised for renewable energy scheme

March 31st, 2010

A Romanian scheme that grants double incentives for wind farms and other renewable energy projects has been acclaimed by large investors in the region. But Rod Christie, GE Energy’s president for Eastern Europe and Russia, warns that financing difficulties had risked bringing some projects to a standstill. He spoke to EurActiv in an interview.

Renewable energy projects are picking up steam in Central and Eastern Europe following an agreement in December over the EU’s energy and climate change “package” of legislation.

To move to a low-carbon economy, the package mandates each EU country to raise its share of renewable energies, paving the way for massive investments in renewables across Europe.

For investors such as GE, this represents a formidable opportunity. “We are still seeing an increasing interest in renewables, certainly in Eastern Europe where they are looking to meet their EU obligations,” said Rod Christie, president for Central and Eastern Europe, Russia and the CIS at General Electric Energy.

“So in Romania, Poland or Bulgaria, for example, there is a lot of activity,” he told EurActiv.

Christie is particularly enthusiastic about a scheme to encourage renewable energy investments in Romania. “In my opinion today, Romania has the best renewables legislation potential in Europe,” Christie says. “From now until 2015, there is double green certificate. So if you build now, you can basically operate with a double incentive until 2015.”

“They have learnt from everybody else. They know that they have to catch up.”

http://www.euractiv.com/en/energy/ge-energy-romania-best-renewables-law-eu/article-179534

Keppel and Areva Awarded Mobile Barge Contract for German Wind Project

March 31st, 2010

Keppel Verolme BV (Rotterdam-Botlek, Netherlands), a service provider in the shipbuilding and vessel-modification sector, along with consortium partner Areva Energietechnik GmbH (Bremen, Germany), has been awarded an 87 million euro ($117.6 million) contract by Wetfeet Offshore Windenergy GmbH (Wolfschlugen, Germany) to set up a mobile offshore application barge (MOAB) for Wetfeet Offshore’s Global Tech I windfarm, being set up in the German Exclusive Economic Zone in the North Sea. Areva Energietechnik is the German subsidiary of leading nuclear power and electricity company Areva SA (EPA:CEI) (Paris, France). This marks Keppel Verolme’s first venture into the offshore wind energy business. The contract is scheduled to be implemented by the fourth quarter of 2011.

According to Harold Linssen, managing director of Keppel Verolme, developing the capacity of its offshore wind sector will take Germany closer to its target of procuring at least 20% of its energy from renewable sources by 2020, and procuring 50% from renewable sources by 2050. The location of Keppel Verolme’s facilities and close relationship to 20 global shipyards gives it a strategic advantage in the European and North Sea markets. Keppel Verolme is a wholly owned subsidiary of rig building and shipyard company Keppel Offshore & Marine Limited (Singapore), which is part of holding company Keppel Corporation Limited (OTC:KPELY) (Singapore).

The MOAB will house the high-voltage switchgears and the transformers required to collect and convert the power generated by the wind turbines for delivery to the national power grid of Germany. The MOAB will also be equipped with the critical control systems that can serve as a backup power supply for the windfarm during an emergency. The Areva Offshore Platform solution used on the barge is an innovative combination of state-of-the-art technologies from the electro-technical and oil and gas sectors. The MOAB will be capable of providing permanent accommodation to about 32 people operating the windfarm.

The Global Tech I windfarm is about 110 kilometers northwest of Cuxhaven in Germany. Areva subsidiary Multibrid will supply 80 wind turbines with capacities of 5 megawatts (MW) for the 400-MW Global Tech 1 project. Multibrid has a 700 million euro ($941 million) memorandum of understanding with Wetfeet for delivery in 2011-12. Areva will provide commissioning, testing and maintenance services. There is also an option for the delivery of additional turbines.

When completed in 2013, the windfarm is expected to generate about 1.4 billion kilowatt-hours per year of electrical energy and will reduce carbon-dioxide emissions by about 1.2 million tons per year. The MOAB will help improve the efficiency and reliability of the windfarm through involvement with energy transmission and windfarm maintenance.

Under the terms of the contract, Keppel Verolme’s will carry out the detailed engineering and construction work on this new platform, which has been designed by consulting engineers Overdick GmbH & Company (Hamburg, Germany). Areva’s scope of work involves the design, fabrication and installation of the transformers and other high-voltage equipment.

Siemens Picks U.K. For £80 Million Wind Turbine Plant

March 31st, 2010

Siemens Energy (Erlangen, Germany) is hoping to capitalise on the U.K.’s massive plans for offshore wind development by announcing that it intends to invest £80 million ($121 million) in the country to build a production plant for offshore wind turbines.

A memorandum of understanding has been signed by Prime Minister Gordon Brown and Peter Löscher, president and CEO of Siemens AG, with Energy and Climate Change Secretary Ed Miliband and Business Secretary Peter Mandelson. Siemens Energy, a division of Siemens AG (NYSE:SI) (Munich, Germany), is evaluating sites in the east and northeast of the country with a particular focus on harbour infrastructure. The new plant will employ up to 700 people. Siemens Energy has a strong track record in the growing offshore wind market, having completed 11 projects with a combined capacity in excess of 1 gigawatt (GW). Half of this capacity is in the U.K.

Last week, rival General Electric Company (NYSE:GE) (Fairfield, Connecticut) announced plans to spend more than £98 million ($148 million) to build an offshore wind manufacturing plant in the U.K., which the company claims could provide up to 2,000 jobs by 2020. The GE and Siemens announcements follow on from the government’s recent announcement of a competition worth £60 million ($90.7 million) to modernise the country’s ports in an effort to attract companies involved in building offshore windfarms. For related news, see March 25, 2010, article – U.K. Creates £2 Billion Green Investment Bank.

“With the new wind turbine production plant in the U.K., we’re pushing ahead with our strategy of investments in attractive growth markets for eco-friendly technology,” said Siemen’s Löscher. “In the foreseeable future, the wind power market in the U.K. will be characterised by major offshore projects, and we’ll extend our market leadership with the new production plant.”

The U.K. awarded its Round 3 offshore wind contracts in January this year, which will see more than 25 GW of renewable energy added to the grid in the coming decade. For related news, see January 11, 2010, article – Winners of U.K. Offshore Wind Jackpot Revealed.

Energy Secretary Ed Miliband commented: “This is a vote of confidence from one of the foremost companies in the offshore wind sector looking to set up a base in the U.K.–more proof that we’re exploiting the great natural resource that we have and creating the right conditions to attract investment. Siemens’ investment will help create jobs and help us meet our renewable energy targets.”

The U.K. wind market is a hive of activity at present, with numerous companies setting their sights on being well positioned for the huge investment in offshore wind expected in the next 10 years. Mitsubishi Power Systems Europe Limited (MPSE) (London, England), a subsidiary of Mitsubishi Heavy Industries Limited (TYO:7011) (MHI) (Tokyo, Japan), is planning to invest about £100 million ($151 million) in a new U.K.-based wind turbine research and development project by 2014. The government is backing the move with £30 million ($45.3 million), and the new facility will create up to 200 jobs. For related news, see March 1, 2010, article – United Kingdom Wind Market is Whirlwind of Activity.

Andreas Goss, Siemens’ chief executive in the U.K., commented: “The U.K. government has created a stable framework to attract inward investment in renewables and offshore wind power in particular. The competition for land development, announced in the Budget last week, gives us confidence that the appropriate U.K. port infrastructure can be made available to support our production plans. With the anticipated growth in the renewables market, there is potential for expansion of the facility in the future.”

Sardinia Changes Renewable Energy Legislation

March 30th, 2010

n March 12, the regional government of Sardinia in Italy announced three key changes regarding the regulation of renewable energy production in the island.

In Deliberation 10/1, the government established the creation of a fully regional state-owned company named Sardegna Energia SpA. This company will be a key player in the development of renewable projects in the region, aligning them with regional energy plans and programs to promote the production of electricity, ensuring respect for the environmental sustainability and the conservation of the natural and historical landmarks. According to President of the Regional Board Ugo Cappellacci, the main role of Sardegna Energia will be to develop and operate any future wind energy projects that are not solely for self-consumption.

Sweden’s Nuclear Power U-turn Progresses

March 30th, 2010

Sweden could soon be the latest country to join a growing number of European nations breathing new life into their nuclear power industries.

The country’s government has put forward two controversial bills that will effectively end the country’s 30-year ban on new nuclear plants. The first bill will allow nuclear power companies to replace older reactors installed in the 1970s and 1980s with modern reactors, while the second will insist that nuclear power operators pay significantly more compensation in the event of accidents. Voting will take place in June and, if successful, applications for replacing the reactors can be submitted after August 1. However, only four votes are needed to defeat the coalition government’s plans for a nuclear renaissance and three rebel politicians have already announced their intentions to break ranks and vote ‘No.’

Sweden announced its intention to move back toward nuclear power last year, despite having become one of the leading anti-nuclear power nations following the Three Mile Island incident in 1979.

“We won’t have more reactors than the 10 we have now. In 10 years’ time, one or two [more] could be invested in,” said Andreas Carlgren, Sweden’s environment minister, speaking to Reuters. “We want to clarify that the nuclear industry has to take full responsibility for all costs regarding the worst cases if there was a real accident.”

“We have no alternative,” said Kenneth Eriksson, chairman of forestry, mining and steel industry group SKGS. “If we want to lower our emissions this is the only way. Wind power can only get us so far.”

Sweden relies on hydroelectric power for about 50% of its power needs. With many of the hydro facilities dating back to the 1940s, the three major energy operators in the country, Vattenfall, Finland’s Fortum Oyj (HEL:FUM1V) (Espoo, Finland) and Germany’s E.ON AG (OTC:EONGY) (Dusseldorf) recently pledged billions of euros to refurbish their hydroelectric plants.

The country is also looking to increase its wind power resources. Earlier this month, the government revealed plans to erect 2,000 wind turbines in the next 10 years. The turbines will add 10 terawatt-hours a year to Sweden’s renewable energy mix. The country has a goal of generating 50% of its power from renewables by 2020.

U.K. Creates £2 Billion Green Investment Bank

March 29th, 2010

The United Kingdom plans to kick-start investment in renewable energy projects, particularly offshore windfarms, by revealing plans to create a £2 billion ($3 billion) Green Investment Bank to entice private investors.

The new institution was unveiled as part of the U.K.’s budget announcement yesterday by Chancellor of the Exchequer Alistair Darling. Half of the money will come from the government through the sale of a variety of national assets, and private investors will provide the rest. In addition to the Green Investment Bank, the government has opened up a competition worth £60 million ($89.5 million) to modernise the country’s ports to attract companies involved in building offshore windfarms. In January, the government announced the winners of its Round 3 competition for planned offshore windfarms, which will eventually generate 25 gigawatts of electricity and cost more than £100 billion ($149 million) to construct. For related news, see January 11, 2010, article - Winners of U.K. Offshore Wind Jackpot Revealed.

“Improving our infrastructure also requires us to renew and modernise our energy supplies,” Darling said. “Again our competitors are not standing still. China is building a new power station every week to meet its growing energy needs. We need to take long-term decisions to secure our supplies while moving to a low-carbon economy. This means replacing our ageing nuclear power stations. It also means investing in renewable energy along with sustainable transport. To deliver this ambition–vital for future jobs and the health of our planet–I am setting up a new Green Investment Bank. It will control £2 billion worth of equity. Half will come from the asset sales, including the Channel Tunnel rail link, with the rest matched by private investment. This equity will unlock billions more of finance from the private sector.”

The move has been welcomed by the renewable energy sector, although there was some criticism that the government didn’t announce its plans for more financial support for biomass projects.

Gaynor Hartnell, CEO of the Renewable Energy Association (London), said: “It’s important the Green Bank is sufficiently capitalised and supports renewable energy in all forms and at all scales. The bank could help to optimise manufacturing and job-creation opportunities across the full range of renewable technologies.”

The government was expected to announce the “grandfathering” of biomass projects under the Renewables Obligation scheme, but this has been postponed.

“This is an absolutely vital issue for the industry,” Hartnell said. “Government has today given some indication of its proposed solution, and we will be scrutinising these in detail. The crucial test will be whether the statement due on Tuesday does enough to unlock the billions of pounds of planned investments that have been stalled since before Christmas.”

Andy Atkins, executive director of Friends of the Earth, said: “The Government’s announcement to set up a Green Investment Bank is fantastic news. It should be a crucial building block in the creation of a safe, clean and prosperous future. This bank will provide crucial funds for major green developments, such as offshore wind projects, which will slash emissions, increase our energy security and create thousands of new jobs. We must do much more to build a low-carbon economy, but today’s announcement is a massive stride in the right direction.”

http://www.industrialinfo.com

Chemical capacitor to store wind power

March 29th, 2010

EnergyXtreme – Renewable Energy Enabler.

Xtreme Power Inc says it has power storage technology that can beat lithium ion batteries in terms of energy efficiency, cycle life, and cost. The Texas-based company won a contract to install a 10-MW battery to back up a 30-MW wind farm planned for Oahu, Hawaii. Project developer First Wind received a $117 million DOE loan guarantee for the project, and Xtreme Power says it will be managing the battery along with the wind farm’s output over a smart grid network.
The company says it’s PowerCell eliminates risks associate with other energy storage technology with features such as nonhazmat rated an no special site permitting required. It operates at ambient temperatures, and 95% of PowerCell materials can be recovered and recycled.

Renewable energy storage solution makes wind and solar reliable, viable and predictable.
Power Conditioning
Dynamic Power Factor Correction
Reduce Harmonic Disturbances
Eliminates Surges or Sags
Critical Loads Totally Isolated from Grid
Electrical Stability with Minimal Operating Costs
Minimize Wind Generation Power Swings
Improve Overall Power Quality
Load Leveling
Bridging Power from Wind Turbines during Low or Variable Wind Velocities
Ride Through Outages/Disruptions
Duration Sufficient for Combustion Turbine or Other Generation to come On‐Line
No Spinning Reserve for Wind Generation Component
Coverts Wind Generator Output to Usable Grid Power (Direct Drive Systems)
Automatic Power Transfer (Load Sharing)

Iberdrola to Build 400-Megawatt Windfarm in German Baltic Sea

March 26th, 2010

Spanish energy giant Iberdrola Renovables SA will build a 400-megawatt (MW) windfarm in the German zone of the Baltic Sea.

Iberdrola has confirmed that it has bought the rights to construct the Ventotec Ost II windfarm from a joint venture comprising German companies Deutsche Erneuerbare Energien GmbH and Ventotec GmbH. The windfarm will be capable of hosting up to 80 turbines with generating capacities of 5 MW each. Each year, the windfarm will generate an estimated 1.2 gigawatt-hours. Iberdrola leads the world in offshore wind projects, and this latest project takes its global wind portfolio of finished, ongoing and planned projects to more than 12,000 MW.

According to Iberdrola, the Ventotec Ost 2 offshore wind complex is at “an advanced stage of the authorisation procedure,” and is expected to be up and running by 2014. The German government has set a target of obtaining at least 10,000 MW from wind projects by 2020, and Iberdrola is establishing itself as a key player. Ventotec Ost 2 is located in the northern part of the priority wind area known as Westlich Adlergrund, which is about 40 kilometres from the nearest coastline, at the island of Rügen. Average water depth is approximately 39 metres.

Over the next two years Iberdrola expects to invest 9 billion euros ($12 billion) to drive international expansion in the wind sector. The company plans to spend 4.9 billion euros ($6.5 billion) in the United States, 1.9 billion euros ($2.5 billion) in the United Kingdom, 1 billion euros ($1.3 billion) in Spain, and 1.2 billion euros ($1.6 billion) in Germany and the rest of the world. In recent weeks, Iberdrola announced that it has created a new Offshore Wind Division in Glasgow, Scotland, to oversee its global wind operations. The division will be part of Iberdrola-owned ScottishPower Renewables, part of ScottishPower (Glasgow). For additional information, see March 8, 2010, article – Iberdrola Creates Offshore Wind Division in Glasgow to Promote Wind Power Projects

http://www.ordons.com

Using Buy-Local Movements As Part Of Your Green Marketing Strategy

March 25th, 2010

Find out how buy-local movements can give independent owners a unified voice in government and media, educate consumers about the value of independent businesses and how to make a buy-local strategy work for your company.

http://greeneconomypost.com/buy-local-movements-8731.htm

GE Announces Major European Offshore Wind Expansion with a Planned €340 Million Investment for Manufacturing, Engineering and Service Facilities in Four Countries.

March 25th, 2010

Plan Focused on GE’s Next Generation 4-megawatt Direct Drive Wind Turbine and Promising Offshore Wind Sector

Key elements of GE’s European expansion announcement include:

Norway

GE will add to its existing presence in Norway with plans to create a new Offshore Technology Development Center in Oslo and will expand its advanced demonstration unit production and service facilities in Verdal. GE also has joined the Nowitech Research Center in Norway to participate in joint research projects on offshore wind topics. Norway is the planned site for the testing and demonstration of the first 4-megawatt wind turbines offshore. This will result in approximately 100 jobs and a €75 million investment related to GE’s offshore wind business in Norway by 2016.

Sweden

In Sweden, GE also will expand its current offshore wind facilities by developing a Conceptual and Systems Design Center in Karlstad, Sweden. A technology demonstration unit is planned to be installed in Gothenburg harbor, and GE also will join the Chalmers Wind Energy Center in Gothenburg. This will result in approximately 50 jobs and a €50 million investment related to GE’s offshore wind business in Sweden by 2016.

Germany

A new engineering center in Hamburg will feature product development, application engineering and advanced technology. GE also plans to expand its resources at its existing wind turbine manufacturing facility in Salzbergen, as well as the GE Global Research Center in Munich. This will result in approximately 100 jobs and a €105 million investment related to GE’s offshore wind business in Germany by 2016.

United Kingdom

GE plans to establish its offshore wind turbine manufacturing in the United Kingdom. In addition, GE will locate application and service engineering resources in the country and will bring partners and suppliers of towers, blades, nacelles and other offshore wind components to the manufacturing facility. The plan will result in up to €110 million investment related to GE’s offshore wind business in the United Kingdom and could ultimately deliver nearly 2,000 jobs by 2020. This investment will follow the successful outcome of the U.K. government’s infrastructure competition, aimed at supporting the development of renewable energy in the United Kingdom.

http://www.worldofwindenergy.com

The new edition of the international standard yearbook for wind energy is now available.

March 25th, 2010

World Wind Energy Association has published the new edition of the international standard yearbook for wind energy, with country reports covering 100 countries and special reports on: Financing, Industrial Trends, Policies and more.

Below is an executive summary:

  • Worldwide capacity reached 159’213 MW, out of which 38′312 MW were added in 2009.
  • Wind power showed a growth rate of 31,7 %, the highest rate since 2001.
  • The trend continued that wind capacity doubles every three years.
  • All wind turbines installed by the end of 2009 worldwide are generating 340 TWh per annum, equivalent to the total electricity demand of Italy, the seventh largest economy of the world, and equalling 2 % of global electricity consumption.
  • The wind sector in 2009 had a turnover of 50 billion €.
  • The wind sector employed 550’000 persons worldwide. In the year 2012, the wind industry is expected for the first time to offer 1 million jobs.
  • China continued its role as the locomotive of the international wind industry and added 13’800 MW within one year – as the biggest market for new turbines –, more than doubling the installations for the fourth year in a row.
  • The USA maintained its number one position in terms of total installed capacity and China became number two in total capacity, only slightly ahead of Germany, both of them with around 26’000 Megawatt of wind capacity installed.
  • Asia accounted for the largest share of new installations (40,4 %), followed by North America (28,4 %) and Europe fell back to the third place (27,3 %).
  • Latin America showed encouraging growth and more than doubled its installations, mainly due to Brazil and Mexico.
  • A total wind capacity of 200’000 Megawatt will be exceeded within the year 2010.
  • Based on accelerated development and further improved policies, WWEA increases its predictions and sees a global capacity of 1’900’000 Megawatt as possible by the year 2020.

http://www.worldofwindenergy.com

Romania is set to significantly expand its wind energy capacity over the coming years.

March 25th, 2010

Improving on its position as one of the European countries with the lowest amount of wind energy capacity installed.

Currently the country has 14 MW of installed capacity, but the European Wind Energy Association, in its recently published Pure Power report, predicts this will rise to 3,500 MW, all of that onshore wind power. The Dobrogea region which borders the Black Sea, the Moldova Hills and other hilly or mountainous plateaux have significant wind resources which could be used to power future carbon-free electricity generation.

“There is huge potential for wind power in Romania, and if existing infrastructure barriers are removed, the Romanian wind power market will grow, providing jobs and helping drive the economy, especially in poor rural areas,” Cristian Tantareanu from the centre for the promotion of clean and efficient energy in Romania (ENERO), said.

At a wind energy conference organised by EWEA in Bucharest last year, Arthouros Zervos, President of EWEA, urged the Romanian government to: “promptly address issues such as administrative procedures and grid access for renewables projects”.

A national law which will contain support measures for wind energy is still passing through the political process, but it should be finalised in the first half of 2010.

Despite the low level of wind penetration today, Romania is well on course to meet its renewable energy target – a 24% share of renewables in the overall energy mix by 2020. Wind power is the second most important renewable in the country, following large hydro.

“Wind energy will be key for us to reach our 2020 renewables target,” Alexandru Sandulescu from the Romanian Ministry of Economy said.

http://www.worldofwindenergy.com

“РусГидро” и “Ростехнологии” намерены построить парк ветрогенераторов

March 25th, 2010

МОСКВА, 23 мар – РИА Новости.

ОАО “РусГидро” и госкорпорация “Ростехнологии” разрабатывают совместный проект строительства в РФ парка ветрогенераторов мощностью 1 гигаватт, сообщил начальник департамента возобновляемых источников энергии “Русгидро” Павел Понкратьев, выступая во вторник на круглом столе в Госдуме РФ.
Объем инвестиций, по предварительным оценкам, составит 2,5 миллиарда долларов.

Ветропарк предполагается построить в Волгоградской области, один год понадобится для проектирования и четыре года для строительства ветропарка. Отвечая на вопрос когда начнется реализация данного проекта, Понкратьев ответил, что она начнется, как только правительством будут приняты необходимые постановления по стимулированию производства электроэнергии на основе возобновляемых источников энергии.

http://eco.rian.ru/business/20100323/215985443.html

Scotland Awards 1.2 Gigawatts of Marine Energy Projects

March 23rd, 2010

The Crown Estate, which oversees the U.K.’s sea beds, awarded leasing rights to six wave and four tidal projects in the Pentland Firth and Orkney Waters. The competition winners came from a pool of 20 companies, which had proposed a total of 42 projects. The winning projects will be commercial-scale operations and will represent the largest marine-energy concentration in the world. Their combined generating capacity of 1.2 GW greatly exceeds the original capacity target of 700 megawatts (MW).

The winners of the first marine energy leasing round are:

Wave:

SSE Renewables Developments Limited (Perth, Scotland), 200 MW for Costa Head site
Aquamarine Power Limited (Glasgow, Scotland) and SSE Renewables Developments Limited, 200 MW for Brough Head site
ScottishPower Renewables (Glasgow), 50 MW for Marwick Head site
E.ON UK (Coventry, England), 50 MW for West Orkney South site
E.ON UK, 50 MW for West Orkney Middle South site
Pelamis Wave Power Limited (Edinburgh, Scotland), 50 MW for Armadale site

Tidal:

SSE Renewables Developments (UK) Limited (Perth), 200 MW for Westray South site
SSE Renewables Holdings (UK) Limited and OpenHydro Site Development Limited (Dublin, Ireland), 200 MW for Cantick Head site
Marine Current Turbines (Bristol, England), 100 MW for Brough Ness site
ScottishPower Renewables, 100 MW for Ness of Duncansby site

http://www.industrialinfo.com

Ship supply must shape up to meet burgeoning demand

March 23rd, 2010

A rapid capacity build-out of vessels and crew is needed to meet growing demand for offshore wind. Several companies are already stepping up to the plate.

http://social.windenergyupdate.com/industry-insight/ship-supply-must-shape-meet-burgeoning-demand

Enviro-Energies Holdings Inc – VAWT

March 18th, 2010

Enviro-Energies Holdings, Inc., with roots in both the United States and Canada, is the exclusive worldwide license holder for the manufacturing and distribution of the patented Magnetic (MagLev) Vertical Axis Wind Turbines™ (MVAWTs™). After several years of MVAWT™ prototype development and testing, in January of 2009, Enviro-Energies engaged Performance Assembly Solutions (PAS) and its minority owner, Roush Enterprises based in Livonia, MI, to perform in-depth Computational Fluid Dynamics testing and Finite Element Analysis, as well as to provide support for Enviro-Energies’ engineering designs and improvements, investigation of manufacturing feasibility and the achievement of full scale production of the Enviro-Energies MVAWTs™. The relationship with PAS and Roush has greatly strengthened Enviro-Energies’ grip on achieving its goal of allowing as many people as possible the ability to harness and utilize wind energy in an effective, dependable and efficient manner where they live, work and play, while working toward its parallel goal of creating thousands of jobs throughout North America.

Dragonfly wind turbine

March 18th, 2010

http://www.dragonfly-windturbine.com

Enabling Offshore Wind Supply Chain Summit

March 18th, 2010

(London 25-26 May, 2010)

http://www.enabling-offshore-wind-supply-chain-2010.com/index.asp

European Energy Giants Increase Renewable Energy Portfolios

March 16th, 2010

European energy companies have reported significant progress in the growth of their renewable energy portfolios for 2009.

Germany’s E.ON AG (OTC:EONGY) (Dusseldorf) showed the largest growth, reporting a 50% increase in energy generated from renewable sources in 2009. Danish energy company Dong Energy (Skaerbaek, Denmark) reported an 8% rise in renewable energy for the same period.

E.ON’s annual report showed that renewable energy from hydro, wind, solar and biomass projects in Europe and North America topped 2,957 megawatts (MW) in 2009, up from 1,979 MW in 2008. Wind installations in the United States accounted for much of the growth, including the 782-MW Pyron Windfarm near Roscoe, Texas. Onshore wind played the largest role in E.ON’s renewable surge. New windfarms in Spain and Portugal accounted for most of the company’s European growth. E.ON’s 180-MW Robin Riggs offshore windfarm in the U.K. started feeding electricity to the national grid in September. Overall, wind accounted for 96% of E.ON’s Climate and Renewables portfolio, and according to E.ON CEO Wulf Bernotat, renewables will remain a key area in the company’s future capacity growth.

“The current focus of our renewables investments is on expanding our wind capacity,” explained Bernotat. “In the last two years, we’ve achieved unprecedented growth in wind power and have already become one of the world’s largest wind power producers. In 2009, we established solar power as our second key renewables technology.”

Between 2007 and 2009, the average size of E.ON’s windfarms increased from 15 MW to 75 MW, while average turbine size grew from 1.4 MW to 1.9 MW. E.ON is on course to invest 8 billion euros ($11 billion) in renewables between 2007 and 2011 and has a goal of reaching 10 gigawatts (GW) of renewable energy capacity by 2015. E.ON completed its first solar photovoltaic (PV) farm in Le Lauzet in southern France in 2009 and is part of the ambitious Desertec project to build massive solar farms in North Africa to provide power for Europe. For additional information, see related article from June 19, 2009 – European Companies Plan $550 Billion Solar Project in Sahara Desert.

Meanwhile, Dong Energy reported that power from renewables grew 8% in 2009 to 2,810 gigawatt-hours. Renewables now account for 16% of Dong’s energy mix. More than 40% of the company’s investments in 2009 went toward renewable power projects, and five new windfarms were commissioned last year.

Rexroth Bosch Group – Gear Technology and Hydraulics for Wind and Wave Generators

March 16th, 2010

As producer of hydraulic and gear technology systems Rexroth is a competent partner and comprehensive supplier to manufacturers of wind turbines.

http://www.boschrexroth.com – wind

http://www.boschrexroth.com – wave