Synchronization of Synchronous Generator and Induction Generator for Voltage

Gawande, S. P.; Porate, K. B.; Thakre, K.L.; Bodhe, G.L.

doi:10.1109/icetet.2010.154

Cited by 9 publications

(6 citation statements)

References 11 publications

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“…The induction generator does not respond to changing loads, always operating at full power. The voltage and frequency control for parallel operation of synchronous generators and induction in micro hydro power plant can be realized by regulating device such as the static compensators (STATCOM) …”

Section: Introductionmentioning

confidence: 99%

Experimental study of induction generator as a repowering solution

Magalhaes

Bulhoes

Reis

et al. 2020

Int Trans Electr Energ Syst

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Summary This article proposes a comparison between mathematical modeling and experimental results of the electric interactions of a synchronous and an induction generator. The electric system is composed by a synchronous generator operating in parallel with the induction generator, both through a common bus, connected to nonlinear loads. Measurements are made at several points for different system configurations presenting the repowering effect. The analysis of the harmonic flow and the sensitivity of the system parameters are performed. To make predictions in the system, a validated computational model with experimental data is proposed. The results obtained comparing the mathematical modeling and experimental tests show the increase of the active power by the induction generator, as well as the circulation of harmonic currents in the common bus. The results obtained through the computational model present predictions of load unbalance and increase in the system harmonic distortions. The sensitivity analysis confirms the induction generator influences on the system harmonic flow.

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Section: Introductionmentioning

confidence: 99%

Experimental study of induction generator as a repowering solution

Magalhaes

Bulhoes

Reis

et al. 2020

Int Trans Electr Energ Syst

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show abstract

“…This rotary flux will cut the stator coil so that at the ends of the stator coil arises an electromotive force due to the induction effect of the rotary flux. The electromotive force (emf) arising on the stator coil is also alternating or rotating at a speed synchronous to the rotational speed of the rotor [8].…”

Section: Ii2 Synchronous Generatormentioning

confidence: 99%

Performance Analysis of Synchronous Generator: A Case Study in Steam Power Plant at PT POMI Paiton Unit 7 Probolinggo, East Java, Indonesia

Syahputra

Nugroho

Chamim

et al. 2018

jet

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The steam power plant is the most powerful in Indonesia. The dominance of this type of power plant can be seen from statistical data that until the end of 2018 there were 48.43% of steam power plants out of the total installed capacity of national plants. Generators used in steam power plants are generally of the synchronous generator type, which in its operation always experiences dynamics from time to time as the load changes in electricity. In this study, an analysis of the performance of synchronous generators has been carried out concerning changes in electricity load. Synchronous generator performance analysis includes output voltage, active power, reactive power, power factor, and generator efficiency. The steam power plant in this study is the largest capacity power plant in Indonesia, thus providing an important role in the supply of electric power. Based on the results of the study, it has been shown that although the load dynamics that experience changes are very dynamic, the generator performance still has good performance.

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“…A three-phase three-leg topology shown in Fig. 3 has six switches and a common dc storage capacitor [7]- [9]. If this topology is used, the zero-sequence current in the load cannot be compensated, and it flows in the neutral wire between the system and load.…”

Section: B Topology Based Classificationmentioning

confidence: 99%

Design Consideration for Configuration, Topology & Control Schemes of DSTATCOM Implemented on Distribution Systems

Gawande¹,

Khan²,

Ramteke³

2013

LNIT

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With the increasing need of electrical energy, the demand for receiving the high quality electrical energy is being increased in distribution systems. But due to the different disturbances affecting the power quality, the power quality in the present day distribution systems is deteriorated due to high reactive power burden, harmonic current, load unbalance, excessive neutral current etc. There are various power quality problems faced by utilities, industrial consumer, equipment like PLC (Programmable Logic Controller), & ASD (Adjustable Speed Drives).The different custom power devices are available for mitigation of power quality problems. DSTATCOM (Distribution Static Compensator) is one of the shunt connected device used for compensating various power quality problems in distribution systems. This paper presents a comprehensive review of DSTATCOM configuration, topology & different control schemes used for power quality improvement on distribution system incorporating multiple applications. 

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Synchronization of Synchronous Generator and Induction Generator for Voltage

Cited by 9 publications

References 11 publications

Experimental study of induction generator as a repowering solution

Experimental study of induction generator as a repowering solution

Performance Analysis of Synchronous Generator: A Case Study in Steam Power Plant at PT POMI Paiton Unit 7 Probolinggo, East Java, Indonesia

Design Consideration for Configuration, Topology & Control Schemes of DSTATCOM Implemented on Distribution Systems

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