Power Transmission by Direct Current: Peredacha Energii Postoyannym Tokom |
Contents
Chapter | 1 |
POWER TRANSMISSION BY RECTIFIED DIRECT CURRENT | 11 |
Chapter III | 19 |
Copyright | |
7 other sections not shown
Common terms and phrases
advance angle alternating current amperes anode arc converters arc rectifiers arcing back automatic breakdown bridge circuit bucking voltage cable lines capacitance cascade circuit breakers commutation conductor connected in series control pulses converter tubes corona discharge corona losses current flow curves cut-off d-c cables d-c line d-c power transmission d-c voltage dielectric strength direct current direct-current discharge earth electrical eliminated equipment Figure frequency gaps grid control high-voltage d-c high-voltage rectifier higher hydroelectric ignition angle ignition electrodes ignitrons increase insulation limit load main arc main electrodes mercury rectifiers misfirings normal operation operating conditions output overhead lines peak inverse voltage period possible potential quenching angle reactive power receiving network rectified current rectified voltage rectifier and inverter rectifier circuits regulation reliability short circuit six-phase stability stations substations supply transformer switching three-phase current three-phase lines three-phase network Thury thyratron trans transducer transmission line transmitted USSR verter waveform wires zero