Previously issued in print: 2004.

FUNDAMENTALS OF DISTRIBUTION SYSTEMS<BR>Primary Distribution Configurations<BR>Urban Networks<BR>Primary Voltage Levels<BR>Distribution Substations<BR>Subtransmission Systems<BR>Differences between European and North American Systems<BR>Loads<BR>The Past and the Future<BR>References<BR><BR>OVERHEAD LINES<BR>Typical Constructions<BR>Conductor Data<BR>Line Impedances<BR>Simplified Line Impedance Calculations<BR>Line Impedance Tables<BR>Conductor Sizing<BR>Ampacities<BR>Secondaries<BR>Fault Withstand Capability<BR>Other Overhead Issues<BR>References<BR><BR>UNDERGROUND DISTRIBUTION<BR>Applications<BR>Cables<BR>Installations and Configurations<BR>Impedances<BR>Ampacity<BR>Fault Withstand Capability<BR>Cable Reliability<BR>Cable Testing<BR>Fault Location<BR>References<BR><BR>TRANSFORMERS<BR>Basics<BR>Distribution Transformers<BR>Single-Phase Transformers<BR>Three-Phase Transformers<BR>Loadings<BR>Losses<BR>Network Transformers<BR>Substation Transformers<BR>Special Transformers<BR>Special Problems<BR>References<BR><BR>VOLTAGE REGULATION<BR>Voltage Standards<BR>Voltage Drop<BR>Regulation Techniques<BR>Regulators<BR>Station Regulation<BR>Line Loss and Voltage Drop Relationships<BR>References<BR><BR>CAPACITOR APPLICATION<BR>Capacitor Ratings<BR>Released Capacity<BR>Voltage Support<BR>Reducing Line Losses<BR>Switched Banks<BR>Local Controls<BR>Automated Controls<BR>Reliability<BR>Failure Modes and Case Ruptures<BR>Fusing and Protection<BR>Grounding<BR>References<BR>INDEX