Transient Stability Analysis untuk High Voltage Electrical

Two-Day Training

Schedule

Place : Perkantoran Permata Eksklusif Tower 2, Lobby Lantai 2 Jalan Raya Pos Pengumben, Kebon Jeruk, Jakarta Barat
Start : 15 October 2019
End : 16 October 2019
Time : 09:00 - 17:00 WIB

Penyedia Layanan Pelatihan

DEVELOP Training Center

Established in 2009, DEVELOP Training Center has demonstrated capabilities to train Engineering Procurement Construction Installation&Project Management in Oil-Gas, Petrochemical&PowerPlant Companies. Our clients include Project Oweners,EPCI Contractors,Engineering Consultants, ProCess-Piping-Instrument Equipment Fabricators,Shipbuilder, Building&Bridge Developers,and Universities. 

See Details

Price

Participation Investment

Early Bird IDR 7.500.000

8.000.000 IDR
for EKONID members
8.500.000 IDR
for Non-members

RSVP:
Phone: +62 21 3030 5374 / +62 21 3033 9701
Hotline 08888-4888-00
Direct: +62 852 1068 5004
Email: info@oilgascourse.com

Tentang Seminar Pelatihan

DEVELOP Training Center ™ menyelenggarakan Transient Stability Analysis untuk High Voltage Electrical yang sangat berguna untuk mendapatkan skill tentang cara membangun desain & stimulasi Power plant & offshore/onshore platform sekaligus menavigasi serta  meng-optimalisasi desain engineering.

Materi Training di DEVELOP Training Center ™ dirancang khusus oleh para praktisi engineer dan designer disesuaikan dengan kebutuhan project. Anda akan mendapat sharing ilmu langsung dari para praktisi yang berpengalaman.

DEVELOP menerapkan Transient Stability Analysis untuk High Voltage Electrical Syllabus dengan tahap-tahap pembelajaran berkualitas sbb:

Sesi 1 – 2 Electrical Transient Overview, Short Circuit & Protection System

Skill focus:

  • Transient overview (short circuit & protection system)
  • Macam hubung singkat
    • Single line to ground fault unbalance, line to line fault unbalance, double line to ground fault, unbalance & three phase fault balance
  • Penyebab hubung singkat/short circuit
  • Efek hubung singkat (internal-external effects)
  • Penyebab open circuit (kerusakan conductor, circuit breaker malfunctions)
  • Efek open circuit
  • ANSI Standard, short circuit current, bentuk kontribusi arus & sumber arus gangguan
  • ANSI definition of terms, IEC Standard & IEC Short circuit current
  • DC Component

Sesi 3 – 4 Gangguan Sistem Tenaga Listrik, Sistem Proteksi, ANSI Standard Relay Device, Proteksi Trafo & Proteksi Motor

Skill Focus:

  • Gangguan system tenaga listrik & faktor gangguan
  • System proteksi, fungsi relay proteksi & syarat-syarat system proteksi
    • Klasifikasi relay (instantaneous, definite time delay & inverse)
    • Relay analog-digital, parameter & overtravel time relay
    • Fungsi relay pengaman & peralatan proteksi
    • Fuse & karakteristik fuse
  • Komponen system proteksi (circuit breaker, Cb (sakelar pemutus, Pmt), fuse, dll)
    • Relay arus lebih, hubung tanah, diferensial, jarak trafo arus (current transformer, ct), trafo tegangan (potential transformer, Pt)
    • Grounding system (pertanahan), circuit breaker & pemilihan circuit breaker
    • Diagram blok urutan kerja relay
    • Sensing, trip/signal set, control element, tripping & battery
    • Relai pengaman, pemutus tenaga (pmt), trafo arus/trafo tegangan, battery/aki & wiring
    • Inrush current & fla (full load ampere)
    • Relay digital proteksi generator
    • Matric proteksi
  • ANSI standard relay device function (transformator pengukuran, transformator tenaga, transformator pengukuran, transformator arus (Ct) & transformator tegangan (Pt) )
    • Rangkaian Ct, summing Ct, pengaman arus lebih, over current relay & skema relay arus lebih
    • Rangkaian relay arus lebih seketika & rangkaian relay arus lebih definite time (kurva kerja oc time definit, waktu kerja relay oc definite time)
    • Relay arus lebih berbanding terbalik, rangkaian relay arus lebih inverse & macam kurva inverse
    • Penggunaan relay arus lebih & gangguan yang diamankan
    • Standar british BS 142-1983
  • Proteksi trafo & proteksi motor (nema Mg 1, setting high set (50 – instant), bagan waktu koordinasi, relay pengaman,sensing-signal-fault)
  • Koordinasi proteksi yang masih salah & koordinasi proteksi yang sudah diperbaiki (grounding, generator trafo generator, primer (Hv) trafo delta, sekunder trafo (Lv)
  • Setting ground fault relay, jenis relay tegangan, over voltage (tegangan lebih), under voltage (tegangan kurang), synchronism check device & relay differential

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