  | CHAPTER | PAGE | | I. | Water-Power in Electrical Supply | 1 | | II. | Utility of Water-Power in Electrical Supply | 10 | | III. | Cost of Conductors for Electric-power Transmission | 19 | | IV. | Advantages of the Continuous and Alternating Current | 31 | | V. | The Physical Limits of Electric-Power Transmission | 44 | | VI. | Development of Water-Power for Electric Stations | 51 | | VII. | The Location of Electric Water-Power Stations | 64 | | VIII. | Design of Electric Water-Power Stations | 83 | | IX. | Alternators for Electrical Transmission | 103 | | X. | Transformers in Transmission Systems | 122 | | XI. | Switches, Fuses, and Circuit-breakers | 135 | | XII. | Regulation of Transmitted Power | 155 | | XIII. | Guard Wires and Lightning Arresters | 168 | | XIV. | Electrical Transmission under Land and Water | 187 | | XV. | Materials for Line Conductors | 200 | | XVI. | Voltage and Losses on Transmission Lines | 215 | | XVII. | Selection of Transmission Circuits | 233 | | XVIII. | Pole Lines for Power Transmission | 246 | | XIX. | Entries for Electric Transmission Lines | 261 | | XX. | Insulator Pins | 270 | | XXI. | Insulators for Transmission Lines | 287 | | XXII. | Design of Insulator Pins for Transmission Lines | 298 | | XXIII. | Steel Towers | 306 | | Index | 327 |
ELECTRIC TRANSMISSION OF WATER-POWER.
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