METHOD FOR PHASE GENERATOR SYNCHRONIZATION

A method for phase synchronization of generators for distribution of active power between main and auxiliary generators includes shaping pulse signals by means of corresponding optoelectronic sensors of primary engines rotor, which are proportional rotation period of the main and the auxiliary generators. From these signals by means of control unit as microprocessor unit it is shaped current control synchronization signals that used to act to corresponding step motor, then to an insert of frequency rotation control of the primary motor in the corresponding generator. From the beginning rotation period of generators with help of disks and slots it is formed N-1 pulse signals, which are proportional to potation period of the main and the auxiliary generators. Then, a multi-pulse synchronization signal with a regular pulse sequence is shaped. Pulse duration is n time less, than preliminary shaped pulse signals. Synchronization of the auxiliary generator is realized by means of time conjugation in control system of multi-pulse signal of the auxiliary generator with multi-pulse signal of the main generator, then the auxiliary generator is connected to common load. The insert with N slots, one of which being n time less than others is fixed to functionally linked axis of generator in such manner that n time less slot is shifted as to beginning of phase voltage shaping by generator. In the very moment of supplying signal to a switch for connection of generator to common load it is entered signal for a comparator starting to which phase voltage is supplied to form an advanced shift pulse, which being proportional to pulse of delaying phase voltage of generator and technological beginning of phase voltage, which is recorded by the optoelectronic sensor. Then shaped pulses of advanced shift are entered to processor unit for correction to its output control signals. Спосіб синхронізації по фазі генераторів для розподілу активної потужності між основним і додатковим генераторами включає формування імпульсних сигналів за допомогою відповідних оптоелектронних датчиків ротора первинних двигунів, які пропорційні періоду обертання основного і додаткового генераторів, при цьому з цих сигналів за допомогою пристроїв керування у вигляді мікропроцесорного блока формують поточні синхронізуючі керуючі сигнали, якими впливають на відповідний кроковий двигун, а потім - на уставку регулятора частоти обертання первинного двигуна у відповідному генераторі, при цьому попередньо з поча