Premises:
World wide energy consumption is rising rapidly and will continue to do so;
Energy distribution infrastructure upgrades are not keeping pace with increasing demand;
Imported fuels have net negative economic effects to the American economy;
Energy has a strong impact upon American political policy
Imported fuels make America vulnerable to unstable world politics
Energy producers wield too much influence over government energy policy
Given those premises being accepted, questions:
If there were no government subsidies, which method of generating electricity on a wide scale would be most practical?
By practical, I mean produce the greatest net gain, taking into consideration:
Efficiency
Distribution / transmission from source to use
Overall long and short term pollution
Profitability
Fuel Independence (fuel harvested inside America, not imported)
Sustainability
Speed and simplicity of building more supply of that type of power source
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Feel free to also comment on:
OPEC embargos
Economic collapse of Venezuela due to over reliance on oil exports
Corn/Ethanol and American elections
Brazil burning sugar instead of gasoline in vehicles
Exxon Valdez
Enron
Military budget to protect foreign oil supply
French vs German nuclear power policy
Ukraine: lithium, uranium and billions in military aid
Defeat of consumer owned power plants, such as Pine Tree initiative in Maine
Solar power harvesting satellites and transmission loss
Fracking and rapidly diminishing fresh water supply in America
Carbon offset market
Bringing things to people, instead of an economy designed around each person having to pay for their own vehicle to chase things; arcologies
The book: $20 per Gallon
Strategic energy reserves held by Federal Government
Railroads vs. Trucks
Home waste digesters to make methane for fuel
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Could nuclear power plants be located far enough from population that a radiation leak would be insignificant?
Store the waste right next to the remotely located power plant?
Instead of power cables, which have transmission loss over distance, charge huge batteries instead, shipping these batteries via a railway supply loop from plant to end use location, returning to be recharged when depleted.
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