Accelerated power generation system and accelerated power generation control method thereof

Abstract

The invention discloses an accelerated power generation system and an accelerated power generation control method thereof. The system comprises a supporting base and a power motor, a generator and a bearing seat which are installed on the supporting base. A plurality of sections of transmission shafts which are coaxially arranged are arranged between an output shaft of the power motor and an inputshaft of the generator; each section of transmission shaft is mounted on the supporting base through a plurality of bearing bases; the power motor is in transmission connection with a head end of thetransmission shaft through a first coupler; the generator is in transmission connection with the transmission shaft through a second coupler, multiple stages of flywheels with the diameters graduallyincreased are sequentially installed on the transmission shaft between the power motor and the generator, and a clutch is arranged on the transmission shaft on one side of an input rotor of each stage of flywheel. The rotating speed of the power motor can be rapidly increased, the power motor can be rapidly started under the light load condition, the speed increasing effect is effectively improved, the impact borne by the power motor is reduced, and the service life of the power motor is prolonged.

Description

technical field [0001] The invention belongs to the technical field of generators, and in particular relates to an accelerated power generation system and an accelerated power generation control method thereof. Background technique [0002] The power generator is generally a system composed of a starter motor, a generator and other auxiliary parts, generally called a generator set. A general generator set is composed of a power unit (mostly a three-phase motor, diesel engine or gasoline engine), a generator set and a power distribution control device. After success, the power unit will start the generator set to work stably and continuously, so as to continuously supply electric energy to the outside; since the power unit and the generator set are started at the same time, the generator set is slow to start due to its own mass inertia, and the generator set starts and The torque will be too large during the speed-up process. For this reason, the power configuration of the p...

AI Technical Summary

Problems solved by technology

A general generator set is composed of a power unit (mostly a three-phase motor, diesel engine or gasoline engine), a generator set and a power distribution control device. After success, the power unit will start the generator set to work stably and continuously, so as to continuously supply electric energy to the outside; since the power unit and the generator set are started at the same time, the generator set is slow to start due to its own mass inertia, and the generator set starts and The torque will be too large during the speed-up process. For this reason, the power configuration of the power unit that is required to start is relatively high, and it is often difficult to start or even unable to start. After starting, the speed-up process is relatively slow, and the power unit performs a When speed is increased, it is limited by the driving force. Even if a larger force is added, the effect of speed increase will not be achieved, and even the power unit will be seriously damaged. The impact of the power unit will seriously damage the service life

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