[QUOTE=Hamloc;403843]
Baseload capacity is life and death in a cold climate like Alberta in the winter time. And to that end, baseload in an Albertan winter is approaching 10GW!
With new land-based wind turbines running in that 5MW range, even if the turbines were to spin at nameplate output 100% of the time, you'd be looking at 2000 windmills. If they Produce at nameplate 50% of the time, you would need 4000, 33% would need 6000, 25% would need 8000. And even if we plug 8000 of them in, there is a very good chance that there will be numerous days where they fall far below baseload capacity, or even produce near zero power. In that case, you would need hydro-carbon generated power.
Now try to entice investors to build fossil fueled power plants necessary to cover baseload ONLY when it's not provided by renewables. You're going to need to get a pile of near FREE power from renewables to account for the serious raping you will get when fossil fueled power plants come online on those days where the wind doesnt blow and the sun doesnt shine.
Originally posted by grassfarmer
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With new land-based wind turbines running in that 5MW range, even if the turbines were to spin at nameplate output 100% of the time, you'd be looking at 2000 windmills. If they Produce at nameplate 50% of the time, you would need 4000, 33% would need 6000, 25% would need 8000. And even if we plug 8000 of them in, there is a very good chance that there will be numerous days where they fall far below baseload capacity, or even produce near zero power. In that case, you would need hydro-carbon generated power.
Now try to entice investors to build fossil fueled power plants necessary to cover baseload ONLY when it's not provided by renewables. You're going to need to get a pile of near FREE power from renewables to account for the serious raping you will get when fossil fueled power plants come online on those days where the wind doesnt blow and the sun doesnt shine.
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