STABILITY ANALYSIS OF THE POWER SYSTEM AT THE BANTEN 3 LONTAR COAL-FIRED POWER PLANT WITH THE INSTALLATION OF A POWER SYSTEM STABILIZER ON THE 150KV TRANSMISSION SYSTEM OF TELUK NAGA TANGERANG BARU SINDANG JAYA
Abstract
In the operation of the electric power system, there are often short circuit disturbances, both permanent and temporary, the use of the connection can cause deviations in the variable variables of the electric power system, such as voltage, frequency.The load growth on the 150 kV Teluk Naga Tangerang Baru Sindang Jaya (Tangerang) Banten network system is increasing day by day. The cause is the current development of development. The growth of the load increases the possibility that the number of loads will exceed the existing generation capacity in the future. With the growth of the load that continues to increase, the possibility of blackouts increases if at any time there is a problem with one of the plants. Therefore, this is a concern by PLN on plants that are not equipped with equipment to increase transient stability. For this reason, the Banten 3 Lontar PLTU needs a Power System Stabilizer on the generator. Before activating this feature, it is necessary to conduct a transient stability analysis to determine the system's response to the network it is supplied with. Observation of the changes that occur will show how much the Power System Stabilizer has an effect on increasing transient stability. In the final result, it can be seen that the transient stability increases after the use of the Power System Stabilizer
References
Grigsby, Leonard., “Power System Stability and Control, 3rd edition”, CRC Press, Taylor and Francis Group, 2012.
IEEE/CIGRE Joint Task Force on Stability Terms and Definitions, “Definition and Classification of Power System Stability”IEEE Transactions on Power system , vol. 19, no. 2, may 2004.
Kundur, Prabha, “Power System Stability and Control”, McGrawHill Companies Inc, 1994. [4] IEEE, “Guide for Abnormal Frequency Protection for Power Generating Plants”, 1987. IEEE Std. C37.106-2003(Revision of ANSI/IEEE C37.106-1987).
Hermant Ahuja “Transient Stability Analysis of Distribution System with DFIG based Wind Penetration” Department of Electrical Engeeniring.
Rio parohon Tua Tambunan “Analisis kestabilan Transient dengan pelepasan Pembangkit dan beban (Generation Load Shedding) pada Sistem jaringan Distribusi Tragi Sibolga”.
Prof.Dr.Eng.Ir.Abraham Lomi, MSEE, 2015 “Materi Pelatihan ETAP Power Station” National Institute of technology Malang
Aryawa prasada Suroso “Stabilitas Transien pada Sistem kelistrikan PT.Chandra Asri akibat Integritas PLN”
Nurul Azizah “Analisis Stabilitas Transient pada Sistem kelistrikan Larantuka (NTT) akibat penambahan PLTU 2x4 MW pada tahun 2013” z.
Analisis Kestabilan Transien Dan Mekanisme Pelepasan Beban Di PT. Pusri Akibat Penambahan Generator Dan Penambahan Beban ‘Baghazta Akbar A, Margo Pujiantara, Daniar Fahmi JURNAL TEKNIK ITS Vol. 6, No. 1, (2017) ISSN: 2337-3539 (2301-9271 Print).
JC Monzina second edition 2011,, IEEE Tutorial of the protection synchronous generatos, available https://www.pes-psrc.org/kb/report/026.pdf
