Reactive Power Control in Electric SystemsTimothy J. E. Miller A unified approach to the fundamental principles and practices of reactive power control in AC power systems. Emphasizes voltage control, variable loads, and transmission. Covers high voltage and distribution systems, plus compensation equipment. Includes many practical numerical examples and useful formulas. Deals with real-world problems and solutions. |
Contents
An Example | 24 |
Phase Balancing and PowerFactor Correction | 32 |
Conclusion | 45 |
Copyright | |
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Common terms and phrases
angle application arc furnace bank capacitive cause Chapter characteristic circuit compensator components conduction connected constant continuous correction cycle determined disturbance effect Electric equal Equation equipment example excitation fault filter fixed flicker frequency function fundamental furnace gating given harmonic harmonic currents IEEE impedance important improvement increase inductive installation length limit load losses machines maximum means measure MVAr natural operation overvoltage parallel performance period phase possible power factor power flow power system practice protective reactance reactive power reactor rectifier reduced Reference represented resonance response result saturated series capacitor shown in Figure shows shunt shunt capacitors stability starting Static supply switch synchronous synchronous condenser terminal thyristor controller tion Trans transformer transient transmission typical unit usually utilities variation varies voltage