Not exact matches
A
larger billet compressor wheel and an upgraded
turbine wheel have
required machining to the turbo housing to make them fit.
Re # 332, «yes, that is very true (after reading more data) that its around 5 - 7 GWh per annum per
turbine but the bigger they are the
larger the space between them and hence the amount of land
required yields not more energy (or a little more as the
turbines are built higher.»
Part of that strategy is identifying areas with a
large wind resource — a prospecting process that
requires high - quality wind measurements at the height of the wind
turbines.
The Federal Aviation Administration (FAA)
requires that
large wind
turbines, like all structures over 200 feet high, have white or red lights for aviation safety.
Offshore wind facilities, which are currently not in operation in the United States but may become more common,
require larger amounts of space because the
turbines and blades are bigger than their land - based counterparts.
CSP plants are more like typical power plants and
require incorporating
large steam
turbines and storage tanks, plus a
large, flat area for the solar array.
* The
large number of 660 kV wind
turbines operating at the ambitious capacity factor of 35 % that would be
required to provide an equivalent number of kilowatt - hours of electricity (ignoring the intermittent availability of wind energy); specifically:
By comparison, removing the aerodynamic interference between propeller - style wind
turbines would
require spacing them about 20 diameters apart, which means a distance of more than one mile between the
largest wind
turbines now in use.
Wind
turbines are
large structures that
require considerable sub-surface supports.
Building a wind
turbine in your yard or installing solar panels on your roof
requires a
larger investment to begin with, but can end up saving more money in the long run, since you'll no longer have to purchase as much energy from utilities.
The manufacture, assembly and transportation of wind
turbines is already expensive and
requires special machinery to handle the
large loads, but if we want to produce more power from wind, making
larger and more powerful
turbines is necessary.
Attempts to export net power increase these temperature drops, leaving less temperature differential for the
turbine working fluid, which lowers the engine efficiency and
requires excessively
large structures.