Electrical Distribution Engineering |
Contents
| 3 | |
| 9 | |
| 37 | |
Electrical Design | 53 |
Overhead | 145 |
Underground | 229 |
Distribution Substations | 291 |
Metering | 301 |
Regulators Capacitors Switches and Reclosers | 389 |
Distribution Substation Equipment | 399 |
U S Energy Policy Act of 2005 | 413 |
Nontechnical Considerations | 423 |
Operating Considerations | 431 |
Appendix A Circuit Analysis Methods | 453 |
Appendix B Economic Studies | 475 |
Automated Distribution Comes of Age | 507 |
Conductors | 313 |
Poles Cross Arms Pins Racks and Insulators | 331 |
Transformers Cutouts and Surge Arresters | 373 |
Appendix E U S and Metric Relationships Index | 517 |
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Common terms and phrases
additional applied arrester Assume cable calculated capacitors capacity carrying cause changes circuit breakers component concrete conductors connected considerations considered construction consumers coordinate copper cost cross arm demand desired determined devices distribution system economic effect electric employed energy equal equipment EXAMPLE exist facilities factor fault feeder Figure flow fuse greater grid ground heat indicated installed insulation length less light limited load loop losses manhole material maximum means measuring meter neutral normal operation percent period phase pole practical present primary protection rated reduce Refer regulators relays resistance result safety secondary selected serve shown side single-phase space standard steel Step strength stress substation supply switches Table tension three-phase tion transformer underground units usually utility values voltage drop wind wire wood