The wind is one of the cleanest sources of power. Wind
turbines harness the power of the wind to generate electricity. Wind tower is
the support structure for a wind turbine and its other components such as
blades, turn around a rotor and create electricity. It helps the wind turbine blades to safely
clear the ground and elevate the turbine to an optimal height to generate
electrical energy from the wind. As the speed increases with altitude, it is
better to install tall wind towers to produce maximum output. Taller towers are
desirable because winds are stronger at higher altitudes, thereby producing
more power for each turbine installed. The opportunity to achieve 12% more
power output per installed-turbine could not be realized without addressing the
key height issues of installing 80m or higher towers.
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Industry
Highlights
Wind energy started with 40m to 50m towers that
supported 400-kW to 660-kW turbines. These structures were mostly a truss tower
type and can still be seen in certain "wind farm cradles. The towers with
capacity range of 1.0-MW and 1.5-MW, became tubular steel structures and
foundation design solutions were needed to solve the ever-growing load demand
on the structure. These tubular steel structures have become the mainstay of
the wind tower market.
Initial research showed that, while a composite tower
would reduce weight, it would not be able to achieve the required stiffness
levels and thus would be subject to unacceptable resonance oscillation forces.
The company applied its learning and adapted the composite design to a highly
innovative steel space frame structure that achieved all of the design
objectives.
Several tower designs have been proposed for 100m and
more. Conventional 80 to 100m towers could be placed atop the 31m tall concrete
foundation for hub heights 111 to 131m. The wider than conventional base also
allows using less concrete and rebar in the foundation.
Global wind tower market is expected to be very broad
in the coming years. MRFR analysts have predicted that wind energy industry is
about to grow at a rapid pace. Moreover, the economic growth with emissions
reduction have given the growth, a momentum.
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Leading
Players
The key players of global wind tower market are Suzlon
Energy Limited (India), Enercon GmbH (Germany), CS Wind Corporation (South
Korea), General Electric (U.S.), Siemens AG (Germany), Trinity Structural
Towers, Inc. (U.S.) , Vestas Wind Systems A/S (Denmark), Valmont Industries, Inc. (U.S.), Ambau
(Germany), and Broadwind Energy (U.S.)
Scope
of the Report
This research report provides insights, on various
levels of analysis such as industry analysis, and market share analysis for the
leading players along with their profiles. It also helps in studying the target
segments by providing views on emerging & high-growth segments. The market
data comprises the basic assessment of the competitive scenarios &
strategies in the global marine hybrid propulsion system market, including
high-growth regions and/or countries, and political, & economic
environments. The project report, further, provides views on both the
historical market values and pricing & cost analysis.
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