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Article
excerpted from the Wind Energy Weekly, Vol. 23, #894, American Wind Energy
Association. Used with permission.
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AEP USES FIVE 10-KW TURBINES FOR
DISTRIBUTED GENERATION STUDIES
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American
Electric Power, a large utility based in Columbus, Ohio, said April 19 that it
plans to help customers learn about wind technology and learn more itself by
installing small wind turbines and sharing real-time information about their
operation and performance on its web site.
As
part of a program to familiarize AEP and its customers with distributed
generation devices, five 10-kW units will be installed this year at several
company sites and featured on the Web at http://www.aep.com/environment/wind
.
AEP's
first wind turbine was recently installed at the John Dolan Electrical
Engineering Laboratory in Groveport, about 12 miles southeast of Columbus.
Additional turbines are planned in Indiana, West Virginia, Virginia and
Michigan.
The
Web site will monitor the output of the turbines in weak and strong wind areas
and is designed as an information aid for customers who might consider buying a
wind turbine. An Internet-based energy management system will allow viewers to
use wind maps from the Web site to show at any given time how much electricity
the wind turbines are generating and compare it to the power typically required
for a household or business.
Power
quality statistics will be shown, helping customers with sensitive electronic
equipment understand the impact of wind generation on power quality. Links to
sites that offer more comprehensive data on wind turbines are also accessible
through the web site.
"Our
customers have told us they want energy that is inexpensive, high quality, very
reliable and delivered safely," said Bruce Renz, AEP's vice president of
energy delivery support. "These small turbines are the kind customers might
want to install at a home or business. The turbines are matched well to the
low-wind resources that exist throughout most of the current AEP service
territory.
"The
10-kW turbines are different than the large turbines clustered on wind farms in
Texas, Minnesota, California and other high-wind states. Government wind maps
show these states have suitable winds that cover more of their territory and are
more conducive to wind farms, in contrast to AEP states which are characterized
by pockets of moderate wind areas.
"This
project is part of AEP's efforts to understand how distributed generation
sources installed at a home or business might interact with the traditional
power system in which energy is generated at a remote location and delivered to
the customer via transmission and distribution lines."
Renz
said AEP will quantify the electrical characteristics of wind turbines and other
generation sources, including fuel cells, microturbines, advanced batteries and
photovoltaics at its research laboratory.
The
wind turbines project complements AEP's Learning from Light program, which helps
schools install solar cell panels and teach their students about energy
resources. Students are able to use the AEP web site, http://www.aep.com//environment/solar/index.html
, to track the amount of solar electricity produced and energy used by their
school. Students can then use the information to compare their school's energy
usage to others and to study the science and economics of energy. Learning from
Light is a cooperative effort between AEP, the Foundation for Environmental
Education, federal and state governments and local communities.
A
30-minute television documentary produced by the Foundation for Environmental
Education will feature AEP's wind turbines program later this year on public
television and will be distributed to most U.S. school districts and the public.
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