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Efficient use of energy revisited

FEB 01, 1980
The limited supplies of cheap fuels, increasing political problems associated with them and the pollution produced by combustion—as well as other problems—make efficiency and conservation attractive strategies.

DOI: 10.1063/1.2913936

Marc Ross

In the past several years everyone has become considerably more aware of the problems of energy supply and demand. Although extensive resources of energy are available in principle, energy that is both cheap to extract and cheap to use—such as the oil and natural gas to which we have become accustomed—is very limited. The rising cost of all forms of energy is only one of the problems we associate with the provision and use of energy. The uncertainty of existing supplies—as illustrated by the Iranian revolution and by the accident at Three Mile Island—is another, though related, problem. A different kind of problem is in the development of new supplies (fluid fuels from coal, oil from shale, nuclear breeder reactors, for example); here, necessary steps in the development may be slow in coming or even unsuccessful.

References

  1. 1. W. Carnahan et al., Efficient Use of Energy: A Physics Perspective, A Summer Study for The American Physical Society, AIP Conference Proceedings 25 (1975).

  2. 2. G. Gabrielli, T. von Karman, Mechanical Engineering 72, 775 (1950).

  3. 3. R. U. Ayres, M. Narkus‐Kramer, “An Assessment of Methodologies for Estimating National Energy Efficiency,” International Research and Technology, McLean, Va, June 1975.

  4. 4. F. W. Sinden, Energy and Buildings 1, 243 (1978);
    see also Saving Energy in the Home: Princeton’s Experiments at Town Rivers, R. H. Socolow, ed., Ballinger, Cambridge (1978).

  5. 5. A. H. Rosenfeld, “Some Potentials for Energy and Peak Power Conservation in California,” In Proc. Int. Conf. Energy Use Management, R. A. Fazzolare, C. B. Smith, eds. (1978), Vol. III/IV, page 987.

  6. 6. R. H. Williams, Annual Review of Energy 3, 313 (1978).

  7. 7. W. Murgatroyd, B. C. Wilkins, Energy 1, 337 (1976).https://doi.org/ENEYDS

  8. 8. T. Sheahen, in Physics Careers, Employment and Education, M. L. Perl, ed., AIP Conference Proceedings 39, New York (1978), page 201.

  9. 9. J. Gray, G. W. Sutton, M. Zlotnick, Science 200, 135 (1978).https://doi.org/SCIEAS

  10. 10. S. H. Schurr, J. Darmstadter, H. Perry, W. Ramsey, M. Russell, Energy in America’s Future, The Choices Before Us, Resources for the Future, Johns Hopkins U.P. (1979), chapter 5.

  11. 11. M. H. Ross, R. H. Williams, “Drilling for Oil and Gas in our Buildings,” Center for Energy and Environmental Studies, Princeton, July, 1979.

  12. 12. This issue is addressed at some length in my book with Williams. For a general discussion see Talbot Page, Conservation and Economic Efficiency, An Approach to Materials Policy, Resources for the Future, Johns Hopkins U.P. (1977).
    A proposal for using an energy tax along with a rebate as a tool to raise the price of electricity to the replacement cost has been presented by A. H. Rosenfeld and A. C. Fisher, “Marginal Cost Pricing with Refunds per Capita,” submitted to the Hearings of the California Energy Commission on Load Management, July 1978.

More about the Authors

Marc Ross. University of Michigan, Ann Arbor.

This Content Appeared In
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Volume 33, Number 2

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