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328 pages, Kindle Edition
First published January 5, 2016
Energy remains an elusive concept, easily misunderstood by policy makers who would impose grand plans on society.
In fact, what we call the Industrial Revolution might be more aptly called the Great Energy Enrichment.
Increased use of natural gas now abundant from shale is already cutting greenhouse gas emissions. In fact, the U.S. has reduced its carbon emissions more than any other major country—thanks to shale gas.
Using hundreds of millions of acres of fertile agricultural land to produce transportation fuel is a throwback to a time when our needs for food, mechanical energy, and fuel competed for the produce of a fixed amount of land.
For many centuries mankind relied on what is now called “renewable energy”—windmills, wood, water, and the sun. The notion that green energy is “in its infancy” is laughable. These sources of energy go back thousands of years. … The inherent limitations of wind and solar are physically intractable. We are facing a regression to the limited energy horizons of pre-industrial societies.
“The average square foot of data center uses 100-200 times more electricity than does a square foot of a model office building. Put another way, a tiny few thousand square foot data room uses more electricity than lighting up a one hundred thousand square foot shopping mall.”
Wind turbines and solar panels cannot power data centers. Google tried it, and it was a complete flop. Coal, natural gas, and nuclear are the only generating sources right now that can reliably power the data centers.
“There are two essential facts to understand about electrical power. It cannot be stored on any appreciable scale and it cannot be spilled. As a consequence, power must be produced as required instantaneously; any deviation affects system frequency… that sustain generation output.”