Committee on the Present Danger and New York Times Op-Ed columnist strongly support plug-in hybrid electric vehicle (PHEV) and "green energy solutions" generally
Plug-in Hybrid Electric Vehicle World #4
New York City, New York, and Washington, D.C.
July 27, 2005
By Marc Strassman
Reporter
Plug-in Hybrid Electric Vehicle World
Etopia Media Environment and Energy News Network
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R. James Woolsey, former Director of Central Intelligence; co-chairman, Committee on the Present Danger
Photo from October 30, 2003, hearings, "Panel III - China’s Energy Diplomacy and its Geopolitical Implications I" of the U.S.-China Economic and Security Review Commission
The tide seems to be turning, as pillars of the political decision-making class turn to renewable ("green") energy strategies as the path to economic sustainability and geopolitical stability.
This web site reported yesterday on the efforts of former Director of Central Intelligence R. James Woolsey to turn public and political attention towards the technology that this web site focuses on: plug-in hybrid electric vehicles (PHEVs). Vehicles using this technology combine the agility of standard legacy hybrids, like the Toyota Prius, with the added benefits of being able to add electrically-fueled mileage by charging up powerful and capacious add-in batteries, enabling vehicles to attain effective mileage rates in the triple digits.
In a Committee on the Present Danger Policy Paper entitled OIL & SECURITY, Mr. Woolsey, joined by former Secretary of the Treasury George Schultz, writes about the pressing need to enhance the national security of the U.S. by finding a way to reduce or eliminate the country's dependence on foreign oil. They write:
"The sixth technology, battery improvement to permit "plug-in" hybrid vehicles, will require some development — although nothing like the years that will be required for hydrogen fuel cells. It holds, however, remarkable promise. Improving batteries to permit them to be given an added charge when a hybrid is garaged, ordinarily at night, can substantially improve mileage, because it can permit hybrids to use battery power alone for the first 10-30 miles. Since a great many trips fall within this range this can improve the mileage of a hybrid vehicle from, say, 50 mpg to over 100 mpg (of oil products). Also, since the average residential electricity cost is 8.5 cents/kwh (and in many areas, off-peak nighttime cost is 2-4 cents/kwh) this means that much of a plug-in hybrid's travel would be on the equivalent of 50 cent/gallon gasoline (or, off-peak, on the equivalent of 12-25 cent/gallon gasoline).
"A plug-in hybrid averaging 125 mpg, if its fuel tank contains 85 per cent cellulosic ethanol, would be obtaining about 500 mpg. If it were constructed from carbon composites the mileage could double, and, if it were a diesel and powered by biodiesel derived from waste, it would be using no oil products at all."