[Editor note: The other posts in this series are The Great Energy Resource Debate (Part I: Peak Oil was … is here!) and The Great Energy Resource Debate (Part III: Pessimists Turn Optimistic!). Part IV will look at the theoretical case for resource expansionism in light of the preceding posts.]

[Editor note: Part I

http://www.masterresource.org/2011/06/great-resource-debate-iii-new-optimists/

“All oil and gas resources should be carefully husbanded—i.e. extracted as late and as slowly as possible. Our descendents will be grateful. We, too, shall need a long bridge to the future.”

– Amory Lovins, World Energy Strategies: Facts, Issues, and Options (New York: Friends of the Earth International, 1975), p. 127.

Yesterday’s post provided quotations from a variety of sources espousing a pessimistic, closed view of the mineral resource world as it pertains to oil, gas, and even coal.…

[Editor note: Part II on energy conservationism tomorrow examines the energy conservation faddism of Amory Lovins.]

Richard Nixon (1913–94) got on the wrong side of economic law three years before his Watergate-related resignation from the U.S. presidency. In August 1971, in a surprise decision, Nixon imposed the first peacetime wage-and-price controls in American history.

Businessmen reined in their surprise to pragmatically offer support. John Kenneth Galbraith and Paul Samuelson offered quick congratulations. There was public approval of the ‘temporary’ action that was intended to just quell inflationary expectations (as if the problem was psychological and not the inherent consequence of expansionary money). The inflation rate was then running at about 4 percent per year.

Free-market economist Milton Friedman, knowing that shortages lay ahead, lambasted the move. So did Ayn Rand in the Ayn Rand Letter.…

When it comes to climate, are all fossil fuels equal?

“No,” the answer has been until very recently. In terms of how much carbon dioxide (the major force behind the human alteration of the atmospheric greenhouse effect) is produced when burning various fossil fuels to produce a unit amount of energy, there is a definite ranking. From the most CO2 produced to the least, the list goes coal worst, oil next worst, and natural gas least worst.

While it would be stretch to call natural gas the sweetheart of climate-change-fearing environmentalists, many have considered it to be the lesser of the reliable-energy-source evils. Of course, they rally behind the wind and the sun, but even renewable energy idealists understand that there needs to be a bridge between where we are now and where they would like us to be—and that bridge is envisioned to be constructed primarily from natural gas (a foundation furthered by the nuclear problems in Japan).…

A smart grid/distributed generation combination could have a large role to play in the future of electricity systems in terms of both supply and use. But it is incorrectly being touted as the solution to our perceived electricity problems in the short term, that is for the next 10 to 20 years. Meaningful fulfillment of a “smart” grid and/or extensive Distributed Generation could be a half-century away, even more. Therefore, early, extensive, and expensive initiatives that claim to be on the “right track” are very likely to be on the wrong track later.

Is the right track (1) upgrading the grid capacity and implementing new transmission lines to facilitate the integration of utility-scale wind and solar or (2) the implementation of smart meters to match (read restrict) demand to the erratic and unreliable supply of these?…