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GE initially entered the wind power industry
in May 2002 when it acquired assets of Enron Wind Corp. At the
outset of the acquisition Steve Zwolinski, president of GE Wind
Energy stated, "The wind power industry offers tremendous
opportunities for growth and continued technology development.
There are synergies from several GE businesses, in areas such
as plastics, transportation gearing applications and power controls
that can be applied to wind turbine technology. Our Six Sigma
quality procedures can drive further improvements in wind turbine
generators. And our global sales force can deliver the latest
wind power technologies to regions throughout the world."
GE has followed up on this statement
and quickly moved to many locations over the globe to deliver
wind turbine generators, power plant design, engineering, site
selection, and plant operation and maintenance services. GE’s
acquisition of advanced technology in the Enron deal played a
key role in the development of large turbines for on and offshore
applications. According to a GE press release, the development
of larger and more efficient wind power systems was making the
technology a more cost-competitive power generation option. This
statement has thus far proved to be true, and not by any casual
guess on the part of GE. The wind power generation industry was
studied for no less than three years before GE jumped in when
Enron began shedding assets.
About a year after the Enron acquisition and
implementation of their wind energy division into the marketplace,
GE was reporting that they expected the operation to generate
more than $1 billion in revenue during 2003 and grow by approximately
20% each year. Evidence that GE was aware that the change to wind
energy systems development and other renewable power generation
R & D is crucial to their bottom line lies within other moves
being made within their Power Systems Division. This division
makes traditional gas turbines for power plants. GE laid off hundreds
at their gas turbine factories over the course of 2003. At the
same time GE was ramping up efforts within its new wind division.
This proved to be a good move, as GE reported the following at
Global Windpower 2004. GE Energy’s activities in the global
wind industry produced more than $1.2 billion in revenues for
2003, a 150% increase above the previous year’s total.
Underscoring the growth of the wind energy
industry and GE’s commitment to renewables, during its first
22 months in wind energy, GE had more than doubled its wind engineering
workforce, quadrupled its R&D engineering support to the wind
segment, and initiated over 100 new wind energy technology projects.
GE also dedicated an existing GE facility in Florida to wind turbine
blade manufacturing and announced the 2004 opening of a new Global
Research Center in Europe with an added focus on renewables.
GE’s major announcements over the
course of 2003 included a February '03 release stating that it
will supply 80 wind turbines for the first wind project of the
Los Angeles Department of Water and Power, the nation's largest
municipally owned utility. In April '03 GE announced that it supplied
10 wind turbines
for one of the largest wind farms in Japan, as well as 20 wind
turbines for the largest operating wind farm in New York, located
in Fenner. (pictured right).
Next, GE sold 25 wind turbines for phase
I of 400 megawatt Sweetwater Texas Wind Project in July ‘03.
The Sweetwater Wind Project will be among world’s largest
wind electricity developments when completed. “Sweetwater
1” is expected to generate enough clean, renewable energy
to supply the annual electricity needs of more than 11,000 average
Texas households. At time of sale, GE’s 1.5-MW machines
were among the world’s most widely utilized wind turbines
in their size class. At the time of this writing over 1,500 of
these machines have been installed and are in operation in Germany,
Spain, the Netherlands, Ireland, Belgium, Japan, Sweden and the
U.S.
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