Client Services
With more than 50 combined years of experience, AKL Wind Energy is the team of choice
to deliver successful wind projects.
Our services include:
- Preliminary Site Development
- Extensive Site Development
- GIS Mapping
- Landowner & Community Relations
- Virtual Project Delivery via secure 24/7 online access to all progress updated daily
Keys to Successful Projects
Development of a successful project begins with diligent review of the land it will
be built on. AKL Wind Energy oversees a wide range of real estate and area matters
to fully understand a site’s characteristics, ownership, and encumbrances,
which leads to an efficient development strategy. Careful management of community
relationships and project documents ensures that our clients’ interests are
represented in the best possible way. Full 24-hour access to project documents is
available to our clients through a secure network server.
The AKL Wind Energy Team consists of skilled
professionals with years of experience in land negotiations and project development.
This team compliments the entire development process that allows information to
transfer smoothly between the two processes. With industry backgrounds in renewable
energy development, transmission right-of-way acquisition/development, and expert
project siting, our team can find the best approach to efficiently expedite any
project.
Expert, Ethical, Efficient, and Exact
AKL Wind Energy has developed a high degree of skill and knowledge pertaining to
all facets of wind farm development and transmission right-of-way services. From
project concept to commercial operation, our goal is to develop long term and mutually
beneficial relationships. The staff at AKL Wind Energy are among the leading Experts in the industry
AKL Wind Energy conducts its business in accordance with the highest standards of
personal and professional Ethics in all aspects of its
activities. We comply with all applicable laws and regulations surrounding the energy
industry. Company activities are monitored by executive management, with routine
inspections for compliance and improvement.
AKL Wind Energy strives daily to conduct all business in the most
Efficient manner possible. We have been entrusted by our clients and
landowners to provide vital business functions to meet the highest service levels
possible.
Everything AKL Wind Energy does is in an Exact manner.
Our disciplines are complete in fact and standard.
Our Clients in the News
Wind Giant EDP Renovaveis Installs 1.1GW of New Capacity
5/5/2010
Ben
Backwell, RechargeNews.com
The company’s
power output for the first quarter grew 28% compared to a year previously.
EDP Renovaveis (EDPR) announced earnings before interest, taxes, depreciation and
amortization (EBITDA) grew by 20% to €184.5m.
... read more ...
Portuguese wind power giant EDP Renovaveis (EDPR) saw its profits increase strongly
in 2009
2/25/2010
Ben
Backwell, RechargeNews.com
Portuguese wind power giant EDP Renovaveis (EDPR) saw its profits increase strongly
in 2009, in the back of a 23% growth in installed capacity and a 40% growth in power
output.
... read more ...
NOAA Using Balloons To Capture Wind Data From Texas Wind Farm
9/2011
The National Oceanic and Atmospheric Administration's (NOAA) Air Resources Laboratory
(ARL) has announced that it is planning a new wind data measurement initiative.
From Sept. 12-20, the ARL will launch weather balloons carrying small instruments
that collect and transmit wind speed, wind direction, temperature and relative humidity
data from the Duke Energy Ocotillo Wind Farm, located near Forsan, Texas.
... read more ...
Duke expands wind portfolio with purchase of Kansas project
7/2011
Developer Duke Energy Renewables has purchased the 131MW Cimarron 2 project in Kansas
and will build, own and run it after commercial operation begins by June 2012.
Duke and seller CPV Renewable Energy did not disclose financial terms for the deal,
which includes a 20-year power purchase agreement with utility Kansas City Power
& Light for the wind farm’s entire output.
... read more ...
Texas company plans world’s largest energy-storage system
7/2011
Xtreme Power is aiming for the world's largest energy-storage system to be fully
operational at a Texas wind farm in the second half of 2012
The $44m dry-cell battery system will be capable of storing 36MW of power from
Duke Energy's 153MW Notrees wind farm in west Texas.
It will discharge energy onto the grid whenever demand for electricity is highest,
not just when turbines are operating.
Duke is matching a $22m US Department of Energy (DOE) grant to cover the cost.
"This is the first large energy-storage and power-management system built in
the mainland US," Coe says. "It will take intermittent wind and turn it
into firm, dispatchable power."
... read more ...
Duke expands wind portfolio with purchase of Kansas project
7/2011
Developer Duke Energy Renewables has purchased the 131MW Cimarron 2 project in Kansas
and will build, own and run it after commercial operation begins by June 2012.
Duke and seller CPV Renewable Energy did not disclose financial terms for the deal,
which includes a 20-year power purchase agreement with utility Kansas City Power
& Light for the wind farm’s entire output.
... read more ...
Maximizing Wind Energy Yield
12/2010
by: Greg Efthimiou, Duke Energy
Wind farm operators want to make sure their turbines are reaching their maximum
energy-production potential. Duke Energy shares its own substantial experience.
It’s no secret that the overall success of a wind farm is primarily determined
by the amount of power it produces, which translates into revenue generation for
its owner. Yet the prevailing industry measure of a wind turbine’s performance
remains its availability to produce electricity if the wind is blowing. In fact,
virtually all original equipment manufacturers base their wind turbine warranties
in part or in whole on availability metrics. As a result, technicians at wind farms
across the United States often find themselves scrambling to get turbines back online
following an unexpected interruption in availability.
... read more
...