President Obama and a chorus of environmentalists, politicians, corporate executives and bureaucrats are perennially bullish on wind power as the bellwether of our “clean energy economy of the future.”
In reality, wind energy may well be the least sustainable and least eco-friendly of all electricity options. Its shortcomings are legion, but the biggest ones can be grouped into eight categories.
Land. As American humorist and philosopher Will Rogers observed, “They ain’t making any more of it.” Wind turbine installations impact vast amounts of land, far more than traditional power plants.
Arizona’s Palo Verde nuclear plant generates 3,750 megwatts of electricity from a 4,000-acre site. The 600-MW John Turk ultra-supercritical coal-fired power plant in Arkansas covers part of 2,900 acres; two 600-MW coal-fired units in India use just 600 acres. Gas-fired units like Calpine’s 560-MW Fox Energy Center in Wisconsin require several hundred acres. All generate reliable power 90-95% of the year.
By contrast, the 600-MW Fowler Ridge wind installation (355 turbines) spans 50,000 acres of farm country along Indiana’s I-65 corridor. The 782-MW Roscoe project in Texas (627 turbines) sprawls across 100,000 acres. Oregon’s Shepherds Flat project (338 gigantic 2.5 MW turbines) covers nearly 80,000 wildlife and scenic acres along the Columbia River Gorge, for a “rated capacity” of 845 MW.
The Chokecherry-Sierra Madre project will blanket some 320,000 acres of sage grouse habitat and BLM land in Wyoming with 1,000 monstrous 3-MW turbines, to generate zero to 3,000 MW of intermittent power. That’s eight times the size of Washington, DC, to get an average annual output one-fourth of what Palo Verde generates 90% of the time. But C-SM has already received preliminary approval from BLM.
To replace just 20% of the United States’ 995,000 MW of total installed generating capacity, we would need to blanket an area the size of Kansas with wind turbines, and then add nearly a thousand 600-MW gas-fired backup generators … and thousands of miles of new high voltage transmission lines.
Raw materials. Wind turbine installations require vast amounts of steel, copper, rare earth metals, fiberglass, concrete, rebar and other materials for the turbines, towers and bases.
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