Snapshots of University renewables The first large
scale wind turbine at a UK university was built at the University of Ulster's Coleraine campus in 2008.
Not exact matches
The next step will be to prove the technology
at wind -
turbine scale, with blades that can have diameters of up to 400 feet.
A far better near - term choice is
wind power, but both
wind and solar begin to have another problem
at scales at or above that which Clinton is discussing: Since solar panels and
wind turbines can't currently work
at full capacity 24 hours a day, they require huge advances in energy storage and grid capacity, as well.
As
wind turbine technology catches up with the latest solar cell inventions, other research on bird collision risk and marine mammal injury mitigation will complete preparations for larger
scale wind - energy projects, just as recent research is also providing evidence of varying bird risks occurring
at different heights (and for different species.)
A recently completed wake - steering experiment
at the Sandia National Laboratories
Scaled Wind Farm Technology (SWiFT) facility has successfully demonstrated that the wake from an upwind
turbine can be steered away from a downwind
turbine by yawing the upwind
turbine.
The
scale of offshore
wind has moved from below 3MW per
turbine at the start of this decade to a planned 12 - 15MW per
turbine proposed for installation by 2024/25, a fivefold increase in 10 years.
Mongolia may have the potential for 1,500 GW of installed solar PV capacity, as calculated in the report, «Costs and benefits of large -
scale deployment of
wind turbines and solar PV in Mongolia for international power exports,» published in the journal Renewable Energy by Takashi Otsuki, researcher for the Asia Pacific Energy Research Centre (APERC)
at the Institute of Energy Economics Japan (IEEJ).
Simple to deploy and operate, WindHelm is
at the same time capable of providing the comprehensive services of a large -
scale wind farm operations, maintenance and optimization control center across the range of
turbine brands.
If capturing and storing carbon dioxide doesn't work
at a large
scale, many energy experts say, then all the effort to curb carbon emissions through technologies such as
wind turbines and solar panels may amount to so much hot air.
These developments have been made
at both individual
turbine and
wind plant
scales.
Photovoltaic systems,
wind turbines, hydroelectric power stations are more efficient and cost effective
at a larger
scale than a single building.
As the world leader in offshore
wind, Ørsted has a track record of introducing new
wind technology
at sea, including the latest generations of
wind turbines deployed on commercial
scale projects:
Here
at TreeHugger and over on Planet Green we've covered just about every way to get green energy into your home that you can imagine: Solar panel installation, green energy programs, solar power system leases, small
scale wind turbines, micro-hydro power.
Given their potential to both drive down the cost of
wind energy and increase the geographical range of feasible sites (floating
turbines will be able to operate in much deeper waters than fixed - base
turbines),
wind energy advocates are beginning to look
at larger
scale deployment.
The Libellula (dragonfly)
wind turbine, designed by the architects
at the Renzo Piano Building Workshop (RPBW) in collaboration with Italy's Enel Green power, could be a viable choice for small -
scale electricity generation, with the ability to produce up to 55Kw (sufficient to power up to 15 homes).
Wind turbines can offer viable renewable power generation for a cleaner energy future, but the most efficient of them are not suited to any type of urban or small
scale installations, so for many of us, they are
at least one step removed from our daily lives.
Abstract:
Wind power fluctuations
at the
turbine and farm
scales are generally not expected to be correlated over large distances.
4 Issue 4) that «offshore vertical - axis
wind turbines offer the potential for a break through in offshore
wind energy availability and reduced life cycle costs due to their design characteristics of few moving parts and the sitting of the generator
at the base level potentially allowing large -
scale direct drive.
In Australia most utility
scale wind turbines are in «farms» where there are commonly
at least twenty or even up to a hundred in one area.