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48.Power Systems by John G. Webster (Editor)

By John G. Webster (Editor)

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112: 657–664, 1965. 7. H. G. Beyer, J. Luther, and J. Schumacher-Grohn, Combined battery/hydrogen storage for autonomous wind/solar systems, Adv. , Proc. Biennal Congr. Int. , Hamburg, 1987, pp. 422–425. 10. T. Y. Lee and N. Chen, The effect of pumped storage and battery energy storage systems on hydrothermal generation coordination, IEEE Trans. , 7: 631–637, 1992. 11. C. Wang and S. M. Shahidehpour, Effect of ramp rate limits on unit commitment and economic dispatch, IEEE Trans. , 8: 1341–1350, 1993.

Soc. 1979 Winter Meeting, New York, February 1979, paper A 79, pp. 102–105. 6. C. M. Shepherd, An equation describing battery discharge, J. Electrochem. , 112: 657–664, 1965. 7. H. G. Beyer, J. Luther, and J. Schumacher-Grohn, Combined battery/hydrogen storage for autonomous wind/solar systems, Adv. , Proc. Biennal Congr. Int. , Hamburg, 1987, pp. 422–425. 10. T. Y. Lee and N. Chen, The effect of pumped storage and battery energy storage systems on hydrothermal generation coordination, IEEE Trans.

7: 1155–1163, 1992. Electricity use pervades all facets of our daily life. The electric power industry is shifting from a scenario in which the operation schedule is fully regulated to a new competitive and deregulated scenario. The short-term generation problem is to determine the hour at which thermal units of an electric power utility should either be taken off-line or be put on-line. In order to produce a scheduling procedure that is practical, it is essential that numerous and complex constraints are incorporated into the solution method.

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