Of course, even condor protection alone would likely limit affected
turbine electricity output to 10 or 20 % of rated capacity, instead of their current 30 % average.
Adding other protected species would drive nearly all actual wind
turbine electricity output down below 5 % — making the turbines virtually worthless, and driving the exorbitant cost of wind energy even higher.
Not exact matches
Electricity output from individual
turbine farms can vary greatly (colored lines), but linking them up along whole coastlines can smooth out total power production (thick black line).
They are intended to maximise the energy
output from the Hywind
turbines by mitigating peaks and troughs in production, storing surpluses at times when the grid is at or near full capacity and unable to accept further injections of
electricity.
Exactly the same situation exists in the
electricity sector: no number of
turbines will ever equal the cost, reliability and
output of one conventional
electricity plant.
A random sample of the
turbines»
electricity output is third - party verified each year.
WWF Scotland director Lang Banks said: «While Sunday's weather caused disruption for many people, it also proved to be a good day for wind power
output, with wind
turbines alone providing the equivalent of all Scotland's total
electricity needs.
Specifically, the two
turbines have been increased from 8.4 MW to 8.8 MW, which in turn increases EOWDC's
output to 93.2 MW, and as such it will generate 70 % of Aberdeen's domestic
electricity demand while displacing 134,128 tonnes of CO2 annually.
The small contribution of
electricity Comparison of Estimated Electricity Output from Planned «Wind Farms» with Actual 1999 Output from Some of Reliant Energy and TXUís Newer, Existing Generating Plants * Company & Generating Plant Generating Units Capacity In MW ** Fuel Unit Type Generation (kWh) # TXU - FPL Wind Farm 242 160.0 Wind Wind Turbine 500,000,000 Reliant Wind Farm 160 208.0 Wind Wind Turbine 455,520,000 to 637,728,000 *
electricity Comparison of Estimated
Electricity Output from Planned «Wind Farms» with Actual 1999 Output from Some of Reliant Energy and TXUís Newer, Existing Generating Plants * Company & Generating Plant Generating Units Capacity In MW ** Fuel Unit Type Generation (kWh) # TXU - FPL Wind Farm 242 160.0 Wind Wind Turbine 500,000,000 Reliant Wind Farm 160 208.0 Wind Wind Turbine 455,520,000 to 637,728,000 *
Electricity Output from Planned «Wind Farms» with Actual 1999
Output from Some of Reliant Energy and TXUís Newer, Existing Generating Plants * Company & Generating Plant Generating Units Capacity In MW ** Fuel Unit Type Generation (kWh) # TXU - FPL Wind Farm 242 160.0 Wind Wind
Turbine 500,000,000 Reliant Wind Farm 160 208.0 Wind Wind
Turbine 455,520,000 to 637,728,000 *** Reliant?
Wind
turbines produce relatively low
outputs of
electricity, that require a lot of maintenance, and have difficulty handling variations in power [that destabilize the power grid], which are themselves a consequence of variable wind speeds.»
• Wind
turbines generate
electricity most (70 - 85 %) of the time, although their
output varies according to the strength of the wind.
Wind energy: Projecting
electricity output at a wind farm is extraordinarily challenging as it involves predicting variable gusts and complex wind eddies at the height of
turbines, which are hundreds of feet above the sensors used for weather forecasting.
«Projecting
electricity output at a wind farm is extraordinarily challenging as it involves predicting variable gusts and complex wind eddies at the height of
turbines, which are hundreds of feet above the sensors used for weather forecasting»