GE To Supply 350 Wind Turbines To BP Wind Energy For US Projects
GE to supply 350 wind turbines to BP Wind Energy for US projects BP Wind Energy will purchase 350 General Electric 1.6-MW wind turbines for US wind farm projects being developed in 2011 and 2012. Total value of the equipment orders and a five-year services agreement is about 0 million. GE's wind turbines will generate more than 560 MW of electrical power for the projects. BP Wind Energy placed two wind turbine orders with GE—the first for 88 units and second for 262—for delivery in 2011 and 2012, respectively. BP Wind Energy's Mehoopany Wind Farm, to be developed in Scranton, Pa., will use GE's 1.6-82.5 technology. The company's Flat Ridge 2 Wind Farm will be built using 262 GE 1.6-100 wind turbines and will be located 43 miles southwest of Wichita, Kan. APS, First Solar complete 17-MW solar facility in Arizona Arizona Public Service Co. and First Solar have completed 17-MW Paloma Solar Power Plant in Arizona as part of the AZ Sun Program. The solar facility consists of 275000 thin-film photovoltaic panels mounted on fixed-tilt steel supports. Under the AZ Sun Program, APS plans to invest in the development of 100 MW of turn-key, utility-scale solar photovoltaic power plants across Arizona. The four-year program is expected to have 100 MW online by 2014 and create more than 1000 Arizona construction jobs. AES announce commercial operation of 98-wind facility, 32-MW energy storage project in West Virginia AES Wind Generation and AES Energy Storage have announced the ...
Faces of Green Jobs: Wind Energy Provides Stable Middle Class Jobs in America’s Heartland
In August, most of the GOP presidential field gathered in Iowa to autograph their names on a wind turbine to symbolically support the state's growing industry. For most of the campaign, however, the vast clean energy opportunity in Iowa has largely gone unnoticed. Iowa has become a national leader in the growing wind industry due to its natural potential and early adoption of the technology. It stands to gain even more, economically and environmentally, by promoting wind energy in the coming years. However, Congressional inaction on an important tax credit has threatened the industry in Iowa and throughout the nation. With the production tax credit set to expire next December, manufacturers are already seeing a cut back in orders and developers are thinning their portfolios. Wind companies need clarity on future investments, and a looming tax credit expiration hurts business. So who are the American workers with jobs in the wind industry impacted by political inaction? The Center for American Progress traveled to Iowa and met Nathan Crawford, a Lead Wind Technician at Alliant Energy's Whispering Willow Wind Farm. We spent the day with Nathan and learned about the quality of life afforded by good-paying, middle-class jobs in America's heartland.
Wind Energy Jobs! Transmission
Wind Energy Jobs are poised to explode in 2009. The Greenman Alliance is looking for project managers, professional engineers and business development professionals to join the teams of our wind clients. Send resumes to mark@greenmanalliance.com
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England to see Wind Farm Expansion
Article by Martin Hofschroer
Green energy courses may be in demand after expansion plans for offshore wind farms were announced.
The Crown Estate has given the go ahead for wind farm developments off the coast of England to expand their operations.
Wind farms off the coasts of Suffolk, Kent, Cumbria and another in Liverpool Bay are expected to expand in a move that is predicted to provide enough power for an extra 1.4 million homes.
All of the expansion plans are subject to extensive planning applications as the environmental impact will have to be evaluated before any construction work is allowed to commence, said the Crown Estate.
RenewableUK chief executive Maria McCaffery said: "Today's announcement gives definitive and positive evidence of the environmental and commercial viability of existing offshore projects.
"The site extensions come as a direct consequence of the UK's world beating offshore wind farms showing that, after a successful start, they have further potential for growth. It is clear that developers are confident projects will continue to deliver."
Friends of the Earth climate campaigner Tony Bosworth told the Independent that the move was a significant step towards a greener future.
Mr Bosworth said that there will be an increased demand for people with qualifications from green energy courses as the expansion project will create a large number of employment opportunities.
"The UK's renewable energy potential is huge - maximising it would slash emissions, increase energy security and generate tens of thousands of jobs.
"All the major political parties agree on the need to build a low-carbon economy - urgent measures to boost green energy must be a top priority for whoever forms the next government," he told the newspaper.
SSE Renewables and RWE Npower Renewables have gained approval to expand its Greater Gabbard project off the coast of Suffolk while Vattenfall Wind Power will extend its Kentish Flats and Thanet projects off the coast of Kent.
Dong Wind UK has been permitted to expand Burbo Bank, near Liverpool, and Walney, Cumbria and Centrica Renewable Energy is set to install extra capacity on Race Bank off the coast of Norfolk.
Warwick Energy can expand capacity at its Dudgeon site capacity, which is also situated off the Norfolk coast.
The Crown Estate has a portfolio valued at £6 billion, which includes more than 55 per cent of Britain's foreshore and retains various other traditional holdings such as Ascot racecourse and Windsor Great Park.
Able Skills have opened an Energy Saving Training Centre to provide approved training through green energy courses, plumbing courses.
Wind Farming – Just A Large Scale Version Of What Is Possible In Your Own Back Yard
Article by Verly Gautron
Wind Energy: Powered by Smart Engineers
Burbank, CA (PRWEB) Johnny Goff sits at a bank of computers at the Horizon Wind Energy headquarters monitoring an expanse of wind farms from New York to Costa Rica. As a project engineer, Goff knows the math, science and problem solving skills needed to build wind turbines and keep them operating. One screen shows the expansive Maple Ridge Wind Farm, a joint venture between Horizon Wind Energy and PPM Energy, where Scott Alexander and his team of engineers are constructing the largest wind farm in the state of New York. Goff makes sure Alexander has the supplies and support he needs from headquarters. "When you're talking about building a wind turbine a lot big pieces and big machinery are involved," Goff explains. "You want to make sure the roads are strong enough to hold all this big equipment." Each turbine soars 260 feet in the air, has a wingspan the length of a football field and capable of producing enough energy to power 750 homes. To assemble two turbines in a day, the engineers have to make sure they are well prepared. "There are a lot of considerations when you're talking about building a wind farm. It's not just sticking a pole in the ground and watching the wind turbine turn," Goff says. Emily Hardy is a wind analyst at Horizon Wind Energy headquarters in Houston, Texas. It is her job to determine the best places to put the wind turbines throughout the wind farm site. "In order to find a good wind site it takes several years. We have meteorological towers up for at least a year looking at the patterns: how fast the wind is blowing in the winter, how fast the wind is blowing in the summer, in the day and at night," Hardy says. "We can estimate what the winds would be for the different areas of the wind farm and how much electricity we could produce." Johnny Goff, Scott Alexander and Emily Hardy are all featured in The Futures Channel's latest movie, "Wind Farming," which goes behind-the-scenes at the Maple Ridge Wind Farm and Horizon Wind Energy to find out how these two teams, in different parts of the country, work together to create an operational wind farm. The Futures Channel has taken students behind-the-scenes with engineers, scientists and visionaries who are passionate about what they do and who use math and science to get their jobs done. For the Horizon Wind engineers featured in "Wind Farming," being involved in the production of an alternative energy is a source of pride. Goff says, "I enjoy coming to work every day knowing that I'm doing something to help people, knowing I'm doing something to help our community and our environment and I'm learning something every day."Related Home Wind Power Press Releases
Hi my name is Verly. I hope you enjoyed this article.Renewable energy and efficient use of resources are a couple of my passions.If you want to improve your own home's energy efficiency or start a home based business in the Green Energy industry KEEP READING! To learn more about the advantages of wind power,please visit my site at http://howtobuildwindandsolarpowergenerators.com/.
Wind Turbine Construction for Large Scale Wind Farms – Complexity Increases With Scale
Article by Cory Sober
Throughout the world today, nations are turning to the wind power to meet ever growing energy needs. Large-scale wind turbine construction is continually being developed and implemented to help solve the energy problems that face us. While the basic operation, production and installation of these massive machines might be similar to that of smaller units, there are also some major differences to take into account.
To produce a large quantity of electricity for schools, manufacturing plants or even entire cities, equipment of tremendous proportions must be built. Regardless of where they are located, wind resources must be maximized to make use of open land or seas that may be available. Simply placing smaller units over vast areas of land is not a practical solution.
To be adequately efficient without compromising huge portions of the environment, bigger machines are required to produce the most electricity in the smallest spaces possible. These will be subject to much greater factors concerning weights, speeds and material strengths than smaller units. Merely scaling up generation systems that might be used for individual buildings or other small facilities is not practical.
First of all, a great deal of planning goes into feasibility studies that will need to go far beyond that required for a backyard power station. In addition to assessing the basic wind resources, there are detailed consumption pattern predictions and ecological impact implications which must be carefully evaluated. Proximity to housing, local regulations and any transmission barriers must also be considered before the actual building of a wind farm can start.
This is an important and complex part of the overall process because it will involve many crucial components to the success of the wind project. Besides considerations to air traffic agencies, local communities and communication providers, this planning stage will determine the possibility of any future problems that could arise. It will also establish facts on investment return expectations.
The next stage would be to produce the proper design of all supporting structures and the wind turbines themselves. The engineers responsible for the design and installation will have to construct an integrated wind turbine system that will meet all criteria for the individual location. There will be geological surveys required to make structural calculations for the foundation designs.
Every unique location will additionally have its own set of specifications for appropriate placement of transmission lines and transformer stations. After all designs have been drawn up and are found to be in compliance with the necessary requirements, the installation can be normally accomplished in a relatively short period of time. In most cases, wind turbine construction projects may only take a few weeks at most.
Of course, the most difficult and detailed portion of the entire process lies in the manufacturing and design of the turbines that will do the actual work of producing energy. Each one will have thousands of parts that must work reliably in the field. Components like heavy duty gearboxes, immense rotatory blades and complex electronics are designed especially for use in high stress situations.
Large capacity generators must be constructed of particularly strong materials in order to perform adequately and avoid unnecessary maintenance. They require higher accuracy, since design flaws that might go unnoticed on smaller units will be greatly amplified in larger scale. For example, a minuscule wobble in a three foot blade may not affect performance, but could destroy a machine with fifty foot blade lengths.
Modern inspection processes use various computer, laser and mechanical processes to ensure accuracy of component specifications. Intensively demanding quality control is implemented to guarantee the safety, efficiency and reliability of these powerful machines. Attention must be paid to the smallest of measurements in all aspects of design and the assembly of these larger wind power systems.
This precise design and production concept is carried out through the numerous sections that comprise an industrial sized wind turbine. Besides the blades and shafts that are familiar on any wind powered unit, there will be specialized equipment as well that will need the same detailed accuracy tolerances. Large modern units have intricate gearboxes, pitch adjustment mechanisms, speed controllers and other innovations that can provide the maximum performance possible.
In addition, there will be a wide array of cooling systems, braking assemblies and high power electrical connectors that are essential for consistent operation in all kinds of wind and weather conditions that will be encountered. Not only must they do their job, but they need to do it consistently over long periods of time. Planning, design and stringent quality control will all play a significant role in the development and the final production of quality wind turbines and effective wind farms.
Cory Sober is the IT Director for UpWind Solutions, a full-service operations and maintenance provider for utility-scale wind farms . He is part of a highly trained team focused on maximizing long-term productivity of wind turbines, and as a result, delivering a higher return on investment for wind energy projects.
Wind Energy Jobs
The industry for wind power energy has shown tremendous employment potential. It has employed more than fifty thousand people in America alone. The U.S. Energy Department is very hopeful about its prospects. And it has been estimated that about 500,000 jobs in this industry will be created by the end of 2030. A career in wind energy looks bright in this country because there is very little possibility of outsourcing the work to a foreign land. This is because the wind technicians, construction workers, and electricians are all required to be present on the site, for performing their duty. Therefore, it offers a stable and long term employment for the youth of America. Plans for creating big wind farms are currently on the move in states like Oklahoma, Illinois, Colorado, Oregon, California, and Texas.
The job prospects are also looking bright in some other countries outside America. For instance, China has shown the most amount of promise amongst the developing nations. The future of wind power energy jobs is also looking good in the European continent. The presence of the shipping industry and the flettner rotor is largely responsible for this turnaround. The rotor is an amazing device which primarily works on the principle of utilizing wind and its energy. The device is capable of creating a strong thrust for moving a vehicle as big as a ship. Though its working functions are a bit complex, it has proved extremely effective. German engineer Anton Flettner designed the device. He was an aviation engineer, and made significant contributions in helicopter and airplane designs. Flettner also worked on the development of automatic aircrafts and was mainly responsible for the anti servo tab during the World War I. He was born in 1885 in a small German town.
Wind engineers of Anton Flettner's capability are high on demand at present. They would be required to design new models of wind turbines all over the world. To qualify, wind engineers are required to possess a minimum Bachelor's Degree in the field of mechanical engineering. They are also required to have a basic knowledge about the renewable energy. Overall, the industry of wind power is a specialized field, and hence demands the services of expert professionals. It has great potential as a career path. The prospects of wind technician are expected to grow rapidly in the near future in countries like America and China. The power of wind energy can be utilized to its maximum in a country like China where there is no shortage of manpower. China has also shown a great degree of expertise in the matter of tapping and harnessing wind.
Therefore, machines like the flettner rotor which was invented by Anton Flettner, and also wind turbines, need skilled people to be able to be operated at an optimum level. Some experience in this field is mandatory even for the entry-level position. The wind technicians are also expected to possess a fundamental knowledge on hydraulics and electrical systems at the time of their recruitment.
Issac Gates is a financial advisor who have good information on flettner rotor & Anton Flettner. For more information he recommends to visit http://www.windagain.com/
Wind Farm Projects In Latin America
Chronos Consulting is involved in over a 100 renewable energy and wind farm projects internationally. They have a Fortune 1000 client with sales engineer roles open in five countries in Latin America: Argentina, Chile, Cost Rica, Mexico and Panama:
Our client is one of the biggest manufacturers and suppliers of technologically advanced products, installations and services in the technology for energy sustainability sector, generating electric energy of renewable origin, essentially based on the promotion and running of wind farms, the manufacture of wind turbines and the providing of advanced services to the technology for energy sustainability sector.
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Reporting to the Area Sales Manager, the selected candidate will be responsible: • Development and implementation of the sales strategy and objectives in the argentinian market. • Management of relationships with customers, identifying new business opportunities. • Work with marketing Department to drive development and delivery of new products and services to meet customers and improve customer satisfaction. • Contract elaboration, negotiation and implementation. • Internal coordination with Engineering and Services Department to ensure correct project and contract implementation.
• Minimum of a Bachelor's Degree in Electrical or Mechanical Engineering. MBA prefered. • At least 5 years of proven experience in sales of industrial equipment, preferably wind turbine generators. • Ideal candidate will be self-starter, with strong planning and organizational skills, excellent communication skills, and strong problem solving mind. • Fluent in Spanish and English Benefits In exchange, the ideal candidate will get a permanent contract and receive an excellent retributive package, meanwhile he gets the opportunity to sign on with a solid, rapidly growing company where he will have the chance to build his professional career in an international environment.
Dr Simon Harding
www.chronosconsulting.com
www.chronosconsulting.com.ar
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