02. Teleinformasi data untuk operasi jaringan tenaga listrik rev-35

STANDARPT PLN (PERSERO)

SPLN S5.001: 2008Lampiran Surat Keputusan Direksi PT PLN (PERSERO) No: 168.K/DIR/2009

TELEINFORMASI DATA UNTUK OPERASI JARINGAN TENAGA LISTRIK

PT PLN (PERSERO)JALAN TRUNOJOYO BLOK M-I/135 KEBAYORAN BARU JAKARTA SELATAN 12160

TELEINFORMASI DATA UNTUK OPERASI JARINGAN TENAGA LISTRIK

Disusun oleh: Kelompok Bidang SCADA dengan Surat Keputusan Direksi PT PLN (PERSERO) No.094.K/DIR/2006

Kelompok Kerja Kaidah Rancangan Dasar Sistem SCADA Untuk Operasi Jaringan tenaga Listrik dengan Surat Keputusan General Manager PT PLN (Persero) Penelitian dan Pengembangan Ketenagalistrikan No. 006.K/LITBANG/2007

Diterbitkan oleh: PT PLN (PERSERO) Jalan Trunojoyo Blok M-I /135, Kebayoran Baru Jakarta Selatan

Susunan Kelompok Bidang SCADA StandardisasiSurat Keputusan Direksi PT PLN (PERSERO) No: 094.K/DIR/20061. 2. 3. 4. 5. 6. 7. 8. 9. Ir. Nur Pamudji, M.Eng, MPM : Ir. Harry Hartoyo, MM, MPM Ir. Hernadi Buhron Novrizal Erdiansyah, ST Ir. Solida Ir. Sudibyo Agus H Maulana, ST Ir. Joko Pramono Ir. A. Sugeng Sugarjito : : : : : : : : : : : : : : Sebagai Ketua merangkap Anggota Sebagai Wakil Ketua merangkap Anggota Sebagai Sekretaris merangkap Anggota Sebagai Wakil Sekretaris merangkap Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota Sebagai Anggota

10. Ir. Yarid Pabisa 11. Ir. Ruly Chaerul 12. Ir. Herry Santoso 13. Ir. Yanuar I. Prakoso 14. Ir. Hesti Sayoga 15. Ir. Deany EA Rumengan

Susunan kelompok kerja Kaidah Rancangan Dasar Sistem SCADA Untuk Operasi Jaringan Tenaga ListrikSurat Keputusan General Manager PT PLN (Persero) Litbang Ketenagalistrikan No: 006.K/LITBANG/20071. 2. 3. 4. 5. 6. 7. 8. Ir. Solida Novrizal Erdiansyah, ST Ir. A. Sugeng Sugarjito Ir. Ruly Chaerul Tri Hardimasyar, ST Ir. Yarid Pabisa Ir. Joko Pramono Ir. Denden Ruhdani : Sebagai Ketua merangkap Anggota : Sebagai Sekretaris merangkap Anggota : Sebagai Anggota : Sebagai Anggota : Sebagai Anggota : Sebagai Anggota : Sebagai Anggota : Sebagai Anggota

SPLN S5.001: 2008

DAFTAR ISIDaftar Isi ......................................................................................................................................i Daftar Tabel ............................................................................................................................... iii Daftar Gambar ...........................................................................................................................iv Daftar Lampiran ..........................................................................................................................v Prakata ..................................................................................................................................... vii 1. 2. 3. 4. 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.10 4.11 4.12 4.13 4.14 4.15 4.16 4.17 5. 5.1 5.2 5.3 5.4 Ruang Lingkup.............................................................................................................. 1 Tujuan........................................................................................................................... 1 Acuan Normatif ............................................................................................................. 1 Istilah dan Definisi......................................................................................................... 1 Alarm............................................................................................................................. 1 Control center................................................................................................................ 2 Distribution control center (DCC) .................................................................................. 2 Feeder colouring ........................................................................................................... 2 Gardu hubung ............................................................................................................... 2 Gardu tengah ................................................................................................................ 2 Earth Fault Indicator (EFI)............................................................................................. 2 Inter distribution control center (IDCC).......................................................................... 2 Inter regional control center (IRCC) .............................................................................. 2 Keypoint ........................................................................................................................ 2 National control center (NCC) ....................................................................................... 2 Regional control center (RCC) ...................................................................................... 2 Supervisory control and data acquisition (SCADA)....................................................... 3 Telecontrol .................................................................................................................... 3 Telesignal...................................................................................................................... 3 Telemetering ................................................................................................................. 3 Teleprotection ............................................................................................................... 3 Umum ........................................................................................................................... 3 Fasilitas SCADA............................................................................................................ 3 Teleinformasi data......................................................................................................... 3 Struktur informasi .......................................................................................................... 4 Simbol dan warna ......................................................................................................... 4

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SPLN S5.001: 2008

6. 6.1 6.2

Perbatasan Kebutuhan Teleinformasi Data ..................................................................4 Perbatasan kebutuhan teleinformasi data antara IRCC dan RCC ................................4 Perbatasan kebutuhan teleinformasi data antara RCC dan DCC .................................5

Lampiran A Daftar Teleinformasi (Transmisi).........................................................................7 Lampiran B Bidang Transmisi (Teleinformasi pada Berbagai Konfigurasi Gardu Induk) .....15 Lampiran C Daftar Teleinformasi (Distribusi) .......................................................................89 Lampiran D - Bidang Distribusi (Teleinformasi pada Berbagai Konfigurasi Jaringan Distribusi) ...........................................................................................95 Lampiran E Struktur Informasi............................................................................................118 Lampiran F Simbol dan Warna...........................................................................................126

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SPLN S5.001: 2008

DAFTAR TABEL

Tabel 1. Struktur informasi...............................................................................................119 Tabel 2. Level tegangan ..................................................................................................121 Tabel 3. Nama bay atau feeder .......................................................................................122 Tabel 4. Kode tegangan dari primer dan sekunder trafo .................................................122 Tabel 5. Kode nama peralatan/alarm/elemen..................................................................123 Tabel 6. Warna tampilan..................................................................................................129

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SPLN S5.001: 2008

DAFTAR GAMBARGambar 1. Batas wewenang antara IRCC dengan RCC (Tipe-a)....................................... 5 Gambar 2. Batas wewenang antara IRCC dengan RCC (Tipe-b)....................................... 5 Gambar 3. Batas wewenang antara RCC dengan DCC ..................................................... 6 Gambar 4. Struktur informasi khusus (bay diameter)...................................................... 124 Gambar 5. Struktur informasi khusus (gardu induk 1 breaker) .................................... 125 Gambar 6. Simbol gambar .............................................................................................. 127 Gambar 7. Tampilan status ............................................................................................. 128

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SPLN S5.001: 2008

DAFTAR LAMPIRAN

Lampiran A Daftar Teleinformasi (Transmisi) ........................................................................ 7 A-1: Telesignal...................................................................................................................................... 8 A-2: Telemeasurement .......................................................................................................................11 A-3: Tap changer position ..................................................................................................................12 A-4: Remote control digital .................................................................................................................13 A-5: Remote control analog ...............................................................................................................14 Lampiran B Bidang Transmisi (Teleinformasi pada Berbagai Konfigurasi Gardu Induk) .... 15 TA-01: Konfigurasi umum pada 1 breaker ....................................................................................16 TA-02: Konfigurasi umum pada double busbar ...............................................................................20 TA-03: Konfigurasi umum pada single busbar ................................................................................25 TB-01: Generator combined cycle pada konfigurasi 1 breaker ..................................................30 TB-02: 2 generator terhubung ke MTR 3-belitan pada konfigurasi 1 breaker ..........................32 TB-03: 2 generator terhubung ke MTR 3-belitan pada konfigurasi double busbar .....................34 TB-04: 2 generator terhubung ke MTR 3-belitan pada konfigurasi single busbar ......................36 TB-05: 1 generator terhubung ke MTR 2-belitan pada konfigurasi 1 breaker ..........................38 TB-06: 1 generator terhubung ke MTR 2-belitan pada konfigurasi double busbar .....................40 TB-07: 1 generator terhubung ke MTR 2-belitan pada konfigurasi single busbar ......................42 TB-08: 2 generator terhubung ke MTR 2-belitan pada konfigurasi 1 breaker ..........................44 TB-09: 2 generator terhubung ke MTR 2-belitan pada konfigurasi double busbar .....................46 TB-10: 2 generator terhubung ke MTR 2-belitan pada konfigurasi single busbar ......................48 TB-11: Interbus transformer (secondary side connected to 1 breaker)......................................................................................50 TB-12: Interbus transformer (secondary side connected to double busbar).................................................................................52 TB-13: Interbus transformer (secondary side connected to single busbar) ..................................................................................54 TB-14: Interbus transformer (secondary side connected to 1 breaker dilengkapi shunt reaktor pada kumparan tersier) .................................................................................56 TB-15: Interbus transformer (secondary side connected to double busbar dilengkapi shunt reaktor pada kumparan tersier) .................................................................................58 TB-16: Interbus transformer (secondary side connected to single busbar dilengkapi shunt reaktor pada kumparan tersier) .................................................................................60 TB-17: Bay trafo tenaga pada konfigurasi 1 breaker ...................................................................62 TB-18: Bay trafo tenaga pada konfigurasi double busbar ..............................................................64 TB-19: Bay trafo tenaga pada konfigurasi single busbar ...............................................................66 TB-20: Bay reaktor pada konfigurasi 1 breaker ..........................................................................68 TB-21: Bay reaktor pada konfigurasi double busbar ......................................................................69 TB-22: Bay reaktor pada konfigurasi single busbar ........................................................................70 TB-23: Bay capasitor pada konfigurasi double busbar ...................................................................71 TB-24: Bay capasitor pada konfigurasi single busbar ....................................................................72 TB-25: Bay penghantar pada konfigurasi 1 breaker ...................................................................73 TB-26: Bay penghantar pada konfigurasi double busbar ...............................................................75 TB-27: Bay penghantar pada konfigurasi single busbar ................................................................77 TB-28: Bay penghantar paralel dengan reaktor pada konfigurasi double busbar .......................79 TB-29: Bay penghantar paralel dengan 1 reaktor pada konfigurasi 1 breaker ........................81 TB-30: Bay penghantar paralel dengan 2 reaktor seri pada konfigurasi 1 breaker .................83 TB-31: Bay kopel pada konfigurasi double busbar .........................................................................85 TB-32: Bus section ..............................................................................................................................86

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SPLN S5.001: 2008

TB-33: Bay diameter pada konfigurasi 1 breaker ........................................................................87 TB-34: Bus bar ....................................................................................................................................88 Lampiran C Daftar Teleinformasi (Distribusi) .......................................................................89 C-1: Telesignal ....................................................................................................................................90 C-2: Telemeasurement .......................................................................................................................92 C-3: Tap changer position ..................................................................................................................93 C-4: Remote control digital ................................................................................................................94 Lampiran D - Bidang Distribusi (Teleinformasi pada Berbagai Konfigurasi Jaringan Distribusi)............................................................................................95 DA-01: Konfigurasi umum pada double busbar ..............................................................................96 DA-02: Konfigurasi umum pada single busbar ................................................................................99 DB-01: Trafo 150/20 kV dan 70/20 kV tipe 1 .................................................................................102 DB-02: Trafo 150/20 kV dan 70/20 kV tipe 2 .................................................................................103 DB-03: Trafo 150/20 kV dan 70/20 kV tipe 3 .................................................................................104 DB-04: Generator pada konfigurasi double busbar ......................................................................105 DB-05: Generator pada konfigurasi single busbar ........................................................................106 DB-06: Feeder 20 kV tipe 1 .............................................................................................................107 DB-07: Feeder 20 kV tipe 2 .............................................................................................................108 DB-08: Feeder 20 kV Tipe 3 ............................................................................................................109 DB-09: Bus Section 20 kV tipe 1 .....................................................................................................110 DB-10: Bus section 20 kV tipe 2......................................................................................................111 DB-11: Kopel .....................................................................................................................................112 DB-12: Capacitor bay .......................................................................................................................113 DB-13: SUTM radial dengan keypoint dan PBO ...........................................................................114 DB-14: SUTM radial dengan keypoint tanpa PBO ........................................................................115 DB-15: SUTM loop dengan beberapa keypoint.............................................................................116 DB-16: Spindle 20 kV .......................................................................................................................117 Lampiran E Struktur Informasi............................................................................................118 A. Nomor ID .......................................................................................................................................119 B. Time stamp ...................................................................................................................................121 C. Nama GI/GH/GT...........................................................................................................................121 D. Level Tegangan ............................................................................................................................121 E. Nama Bay / Feeder ......................................................................................................................122 F. Kode Nama Peralatan atau Nama Alarm atau Nama Elemen ................................................123 G. Status Peralatan atau Status Alarm ..........................................................................................123 H. Nama user yang melakukan aksi ...............................................................................................123 I. Prioritas Alarm ................................................................................................................................124 Struktur Informasi Khusus ................................................................................................................124 Lampiran F Simbol dan Warna...........................................................................................126

vi

SPLN S5.001: 2008

PRAKATAStandar SCADA ini merupakan pengganti dari Pola SCADA SPLN No. 109 Tahun 1996, dalam rangka mengikuti perkembangan teknologi SCADA. Standar ini menjelaskan mengenai master station, komunikasi dan remote station yang terdiri dari enam bagian, yaitu: 1. 2. 3. 4. 5. 6. S3.001: 2008 S5.001: 2008 S5.002: 2008 S4.001: 2008 S6.001: 2008 S7.001: 2008 Peralatan SCADA sistem tenaga listrik Teleinformasi data untuk operasi jaringan tenaga listrik Teleinformasi data untuk pemeliharaan instalasi sistem tenaga listrik Pengujian sistem SCADA Perencanaan dan pembangunan sistem SCADA Operasi dan pemeliharaan sistem SCADA

Keenam standar di atas adalah yang telah diselesaikan dalam tahun 2008 dan direncanakan akan ditambah dengan beberapa standar lainnya mengenai SCADA. Standar ini mencakup definisi, perangkat keras, perangkat lunak, kebutuhan teleinformasi data, pengujian, kinerja, kajian kelayakan dalam pembangunan, operasi dan pemeliharaan yang memiliki hubungan dengan sistem SCADA. Standar ini dapat menjadi acuan dalam setiap perencanaan, pembangunan, operasi dan pemeliharaan sistem SCADA di PT PLN (PERSERO) secara nasional.

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SPLN S5.001: 2008

Teleinformasi Data Untuk Operasi Jaringan Tenaga Listrik

1.

Ruang Lingkup

Teleinformasi data terdiri dari telecontrol, telesignal dan telemetering. Sesuai dengan penggunaannya, teleinformasi data dibedakan untuk kepentingan operasi dan kebutuhan pemeliharaan. Standar ini dimaksudkan untuk menetapkan standar teleinformasi data untuk kepentingan operasi dan mencakup sistem transmisi dan sistem distribusi. Standar ini berlaku untuk sistem SCADA: a. National Control Center, disingkat NCC; b. Inter Regional Control Center, disingkat IRCC; c. Regional Control Center, disingkat RCC; d. Inter Distribution Control Center, disingkat IDCC; e. Distribution Control Center, disingkat DCC.

2.

Tujuan

Standar ini ditujukan untuk memberikan pedoman yang terarah dan seragam dalam penerapan teleinformasi data bagi kebutuhan operasi sistem transmisi dan sistem distribusi tenaga listrik yang mengutamakan mutu, keandalan dan ekonomi. Standar ini merupakan acuan dalam pembangunan sistem SCADA baru dan pengembangan sistem SCADA yang telah ada.

3.

Acuan Normatif

Dokumen normatif berikut berisi persyaratan-persyaratan yang menjadi referensi dalam pembuatan standar SCADA: Teleinformasi Data Untuk Operasi Jaringan Tenaga Listrik. a. SNI 04-7021.1.1-2004: 2004, Peralatan dan Sistem Telekontrol Bagian 1: Pertimbangan Umum Seksi 1: Prinsip Umum; b. Keputusan Menteri Energi dan Sumberdaya Mineral Nomor: 150K/30/MEM/2004, Aturan Jaringan Sistem Tenaga Listrik Jawa-Madura-Bali;

4. 4.1

Istilah dan Definisi Alarm

Perubahan kondisi dari peralatan atau sistem yang telah terdeteksi sebelumnya karena fungsi yang tidak dilakukan oleh operator/dispatcher, atau kegagalan peralatan untuk merespon secara benar. Indikasi alarm berupa audible atau visual, atau keduanya.

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SPLN S5.001: 2008

4.2

Control center

Pusat kendali pengoperasian sistem tenaga listrik dimana master station ditempatkan.

4.3

Distribution control center (DCC)

Pusat kendali jaringan distribusi.

4.4

Feeder colouring

Pewarnaan penyulang pada jaringan tenaga listrik dalam kondisi bertegangan.

4.5

Gardu hubung

Gardu yang mempunyai fungsi utama melakukan manuver antar feeder.

4.6

Gardu tengah

Gardu yang merupakan titik tengah beban atau titik tengah feeder.

4.7

Earth Fault Indicator (EFI)

Penunjukan arah dari indikator gangguan tanah.

4.8

Inter distribution control center (IDCC)

Pusat kendali yang terhubung dengan beberapa distribution control center.

4.9

Inter regional control center (IRCC)

Pusat kendali yang terhubung dengan beberapa regional control center.

4.10

Keypoint

Peralatan switching dimana bisa dilakukan manuver antara dua feeder atau lebih.

4.11

National control center (NCC)

Pusat kendali yang terhubung dengan beberapa inter regional control center.

4.12

Regional control center (RCC)

Pusat kendali jaringan transmisi tegangan tinggi.

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SPLN S5.001: 2008

4.13

Supervisory control and data acquisition (SCADA)

Sistem yang mengawasi dan mengendalikan peralatan proses yang tersebar secara geografis. [ IEC 870-1-3 ]

4.14

Telecontrol

Kendali peralatan operasional jarak jauh menggunakan transmisi informasi dengan teknik telekomunikasi. [IEV 371-01-01]CATATAN: Telekontrol dapat berisi kombinasi perintah, alarm, indikasi, metering/pengukuran, proteksi dan fasilitas tripping, tidak menggunakan pesan suara.

4.15

Telesignal

Pengawasan status dari peralatan operasional dalam jarak tertentu dengan menggunakan teknik telekomunikasi seperti kondisi alarm, posisi switch atau posisi katup. [IEV 371-0104]

4.16

Telemetering

Transmisi nilai variabel yang diukur dengan menggunakan teknik telekomunikasi. [IEV 371-01-03]

4.17

Teleprotection

Peralatan komunikasi yang diperlukan oleh sistem proteksi yang berfungsi untuk pengamanan peralatan sistem tenaga listrik.

5. 5.1

Umum Fasilitas SCADA

Setiap pembangunan pembangkit, gardu induk, gardu hubung, gardu tengah, key point dan fasilitas sistem tenaga listrik yang baru harus dapat dipantau dari control center dan dilakukan pengujian sebelum diintegrasikan ke sistem transmisi atau sistem distribusi tenaga listrik.

5.2

Teleinformasi data

Standar ini membedakan teleinformasi data untuk transmisi dan distribusi. Teleinformasi data untuk operasi jaringan tenaga listrik dapat dilihat pada Lampiran A Daftar Teleinformasi (Transmisi) sampai dengan Lampiran D - Bidang Distribusi (Teleinformasi pada Berbagai Konfigurasi Jaringan Distribusi). Untuk daerah yang fungsi transmisi dan distribusi masih dalam satu organisasi, maka master station dapat digunakan untuk fungsi RCC dan DCC. Dalam hal ini teleinformasi yang digunakan mengacu pada teleinformasi data transmisi dan distribusi.

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SPLN S5.001: 2008

Teleinformasi data untuk kepentingan operasi jaringan tenaga listrik ditampilkan pada workstation dispatcher. Setiap pembangunan SCADA untuk fasilitas sistem tenaga listrik, kebutuhan teleinformasi datanya harus mengacu pada SPLN S5.001: 2008 Teleinformasi data untuk operasi jaringan tenaga listrik dan SPLN S5.002: 2008 Teleinformasi data untuk pemeliharaan instalasi sistem tenaga listrik.

5.3

Struktur informasi

Event dan alarm merupakan pemberitahuan kepada dispatcher atau operator tentang kejadian pada peralatan sistem tenaga listrik yang tampil di monitor dan disimpan di data historikal. Struktur informasi event dan alarm SCADA dapat dilihat pada Lampiran E Struktur Informasi.

5.4

Simbol dan warna

Simbol dan warna diperlukan untuk penyajian diagram sistem tenaga listrik pada monitor dan layar tayang. Simbol dan warna untuk tiap jenis dan kondisi peralatan bersifat informatif dan dipilih sedemikian rupa sehingga jenis dan kondisi peralatan tersebut mudah dikenali oleh dispatcher. Simbol dan warna dapat dilihat pada Lampiran F Simbol dan Warna.

6.

Perbatasan Kebutuhan Teleinformasi Data

Teleinformasi data yang dikirim ke/dari suatu control center ditentukan oleh kewenangannya dalam operasi sistem, sehingga dibutuhkan adanya batas yang jelas antara kewenangan IRCC dan RCC serta RCC dan DCC. Berikut ini dijelaskan perbatasan kebutuhan teleinformasi data antara IRCC dan RCC serta antara RCC dan DCC.

6.1

Perbatasan kebutuhan teleinformasi data antara IRCC dan RCC

Perbatasan kebutuhan teleinformasi data antara IRCC dan RCC adalah di titik pelayanan tegangan ekstra tinggi atau tegangan tinggi yang ditentukan, dan atau seperti Gambar 1 dan Gambar 2.

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SPLN S5.001: 2008

a. Bila sisi sekunder IBT terhubung dengan konfigurasi double busbar.BUSBAR TET/TT

IRCC

RCC BUSBAR TT

Gambar 1. Batas wewenang antara IRCC dengan RCC (Tipe-a)

b. Bila sisi sekunder IBT terhubung dengan konfigurasi 1 Breaker.B U S B A R T E T /T T

BUSBAR TT

IR C C

RCC

BUSBAR TT

Gambar 2. Batas wewenang antara IRCC dengan RCC (Tipe-b)

6.2

Perbatasan kebutuhan teleinformasi data antara RCC dan DCC

Perbatasan kebutuhan teleinformasi data antara RCC dan DCC di gardu induk ditunjukkan pada Gambar 3.

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SPLN S5.001: 2008

BUSBAR TT

L /R P Q V I RCC

DCC

BUSBAR TM

Gambar 3. Batas wewenang antara RCC dengan DCC

Untuk daerah yang fungsi transmisi dan distribusi masih dalam satu organisasi (belum dipisahkan antara fungsi RCC dan DCC) maka perbatasan kebutuhan teleinformasi data dapat mengacu pada perbatasan fungsi RCC dan DCC atau disesuaikan dengan SOP yang berlaku di daerah tersebut.

6

SPLN S5.001: 2008

Lampiran A Daftar Teleinformasi (Transmisi)

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SPLN S5.001: 2008

A-1: TelesignalSingle (S) or Double (D) Indication Suggested Alarm (A) or Event/Indication (I)

No

Kode

Fungsi

Implementasi Kopel, Feeder, Trafo, Diameter, Capasitor, Reaktor Capasitor Kopel, Feeder, Trafo, Diameter, Capasitor, Reaktor RTU Gardu induk, Kopel, Feeder, Diameter Gardu induk Kopel, Feeder, Trafo, Diameter, Capasitor, Reaktor Generator Generator Generator Generator Feeder, Trafo Gardu induk, Kopel, Feeder, Trafo, Diameter, Capasitor, Reaktor Trafo Generator Distribution Transformer Gardu induk Gardu induk, Kopel, Feeder, Trafo, Diameter Trafo Trafo Transformer Generator Feeder Feeder Generator

1

BI

Bus isolator switch closed/opened

D

I

2

CAM

Capasitor Auto/Manual

D

I

3

CB

Circuit breaker closed/opened

D

I

4 5 6

CD CSO DCBC

Control disable switch Check synchronizing override Dummy breaker closed/opened

D D D

I I I

7

ES

Earth Switch Closed/Opened

D

I

8 9 10 11 12

GUC LFA LFC LFR LI

Generator unit run/stop Load frequency available/not available Load frequency control on/off switch Load frequency request on/off Line isolator switch closed/opened

D D D D D

I I I I I

13

LR

Local remote

D

I

14 15 16 17 18 19 20 21 22 23 24 25

LRT PSO RACK RMT SAM TC TCC TFAM AQR AR ARO AVR

Local remote switch for tapchanger Power station operated Circuit Breaker Rack-In/Rack-Out Reset Master Trip Synchronization Auto/Manual Tap changer raise/lower Tap changer auto/manual Transformer Fan Auto/Manual Automatic power factor regulator active Circuit breaker auto reclose Auto reclose off Automatic voltage regulator on/off

D D D D D D D D S S S S

I I I I I I I I I I I I

8

SPLN S5.001: 2008

No

Kode

Fungsi

Implementasi Kopel, Feeder, Trafo, Diameter, Capasitor, Reaktor Kopel, Feeder, Trafo, Diameter, Capasitor, Reaktor Kopel, Feeder, Trafo, Diameter, Capasitor, Reaktor, Generator Gardu induk Gardu induk Generator Trafo Generator Generator Busbar Busbar Feeder Feeder Trafo, Capasitor, Reaktor Trafo Feeder Feeder Feeder Kopel, Feeder, Trafo, Capasitor, Reaktor Kopel, Feeder, Trafo, Capasitor, Reaktor Diameter Gardu induk Gardu induk Reactor Reactor Reactor RTU Gardu induk Trafo Trafo Trafo Trafo Trafo

Single (S) or Double (D) Indication

Suggested Alarm (A) or Event/Indication (I)

26

BF

Bay fault dc

S

A

27

BRF

Breaker fault

S

A

28

CBTR

Circuit breaker trip

S

A

29 30 31 32 33 34 35 36 37 38 39 40 41 42 43

COM CSP GOV GTT LFF OVR P1BP P1CD P1DEF P1DIF P1REF P1Z1 P1Z2 P1Z3 P2GFR

Communication faulty Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Over voltage relay operate Busbar protection Current defferential Directional earth fault Differential Restricted earth fault Distance protection zone 1 Distance protection zone 2 Distance protection zone 3 Ground fault relay

S S S S S S S S S S S S S S S

A I I A A A A A A A A A A A A

44 45 46 47 48 49 50 51 52 53 54 55 56 57

P2OCR P3DTT PTF PHA RA RF RT RTUA SYNF TAF TCA TCH TCL TEA

Over current relay Direct transfer trip Protection faulty Peripheral alarm Reactor alarm Reactor failure Reactor Trip RTU alarm Synchronizing failure Tranformer AVR failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm

S S S S S S S S S S S S S S

A A A A A A A A A A A A A A

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SPLN S5.001: 2008

No 58 59 60 61 62 63 64 65 66 67 68 69 70 71

Kode TET TRA TRT TTR TTT UT UVR VACF VDCF VS SIB IEDF SOTF MTO

Fungsi Temperature trip Transformer alarm Transformer trip Teleprotection trip receive Teleprotection trip transmit Unit trip Under voltage relay Vac failure Vdc failure Voltage status Software interlocking bypass IED Faulty Switch on to fault Master Trip Operate

Implementasi Trafo Trafo Trafo Feeder Feeder Generator Busbar Gardu induk Gardu induk Busbar Gardu Induk Gardu Induk Gardu Induk Gardu Induk

Single (S) or Double (D) Indication S S S S S S S S S S S S S S

Suggested Alarm (A) or Event/Indication (I) A A A I I A A A A I A A A A

Keterangan: A = I =

Announciation of abnormal condition (audible alarm, flashing display, etc) Event/Indication (normal condition)

10

SPLN S5.001: 2008

A-2: Telemeasurement

No

Kode

Fungsi

Implementasi

1

F

Frekuensi

Gardu induk Feeder, InterBus Transformer, Generator Transformer, Kopel Feeder, Transformer, Generator Generator Generator Feeder, Transformer, Generator, Capasitor, Reaktor Feeder, InterBus Transformer, Generator, Busbar

2 3 4 5 6 7

I P POAQ PRAQ Q V

Arus Daya Aktif Real power setting Maksimum power variation setting Daya Reaktif Tegangan

11

SPLN S5.001: 2008

A-3: Tap changer positionNo 1 Kode TPI Fungsi Tap position indication Transformer Implementasi

12

SPLN S5.001: 2008

A-4: Remote control digitalNo 1 BI Kode Fungsi Bus isolator switch closed/opened Implementasi Kopel, Feeder, Transformer, Capasitor, Reaktor, Diameter Kopel, Feeder, Transformer, Capasitor, Reaktor, Diameter Gardu induk

2

CB

Circuit breaker closed/opened

3

CSO

Check synchronizing override

4

DCBC

Dummy circuit breaker closed/opened

RTU

5

GUC

Generator Unit Run/Stop

Generator

6

LFR

Load frequency request on/off

Generator

7

TC

Tap changer raise/lower

Interbus Transformer

8

TCC

Tap changer auto/manual

Interbus Transformer

13

SPLN S5.001: 2008

A-5: Remote control analogNo 1 2 3 N POOP PROP Kode Fungsi Load frequency control N_level Real power set point Maksimum power variation set point Implementasi Generator Generator Generator

14

SPLN S5.001: 2008

Lampiran B Bidang Transmisi (Teleinformasi pada Berbagai Konfigurasi Gardu Induk)

15

SPLN S5.001: 2008

TA-01: Konfigurasi umum pada 1 breakerTA-01

KONFIGURASI UMUM PADA 1 BREAKERBAY REAKTOR BAY GENERATOR

P Q V

LFC (Po,Pr,N)

Q

P Q I BUSBAR - A V L/R L/R

L/R

L/R

L/R

L/R

L/R

L/R

BUSBAR - B V L/R P Q V IBAY TRANSMISI

P Q

P Q V I

L/R

BAY IBT

BAY TRAFO TENAGA

16

SPLN S5.001: 2008

Teleinformasi Data Untuk Konfigurasi Umum Pada 1 Breaker Group Bay Data No Kode Fungsi TM 1 F Frekuensi 29 COM Communication alarm 46 PTF Protection faulty 47 PHA Peripheral alarm 51 RTUA RTU alarm 52 SYNF Synchronizing failure TSS 65 VACF Vac failure 66 VDCF Vdc failure 68 SIB Software interlocking bypass GARDU INDUK 69 IEDF IED faulty 70 SOTF Switch on to fault 71 MTO Master Trip Operate 4 CD Control disable switch 5 CSO Check synchronizing override TSD 6 DCBC Dummy breaker closed/opened 13 LR Local remote 3 CSO Check synchronizing override RCD 4 DCBC Dummy breaker closed/opened TM 7 V Tegangan 26 BF Bay fault DC 34 OVR Over voltage relay operate BUSBAR TSS 35 P1BP Busbar protection 64 UVR Under voltage relay 67 VS Voltage status 27 BRF Breaker fault TSS 28 CBTR CB trip 30 CSP Check synchronizing in progress 1 BI Bus isolator switch DIAMETER 3 CB Circuit breaker closed/opened TSD 5 CSO Check synchronizing override 13 LR Local remote 1 BI Bus isolator switch RCD 2 CB Circuit breaker closed/opened BAY 2 I Arus TRANSMISI 3 P Daya aktif TM 6 Q Daya reaktif 7 V Tegangan TSS 23 AR *) Circuit breaker auto reclose 24 ARO *) Auto reclose on/off 26 BF Bay fault DC 30 CSP Check synchronizing in progress 36 P1CD Current differential 37 P1DEF Directional earth fault 40 P1Z1 *) Distance zone 1 *) 41 P1Z2 Distance zone 2 *) 42 P1Z3 Distance zone 3 43 P2GFR Ground fault relay 44 P2OCR Over current relay 45 P3DTT*) Direct transfer trip

Tipe A A A A A A A A A A A I I I I

A A A A A A A I I I I I

I I A I A A A A A A A A

Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 3 3 3 6 3 3 3 6 3 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

17

SPLN S5.001: 2008

Group Bay

Data

TSD TC TM

TSS BAY IBT

TSD

RCD TM

BAY TRAFO TENAGA

TSS

BAY REAKTOR

TSD TM

TSS

No 61 62 12 1 2 3 6 7 26 27 28 30 38 39 43 44 53 54 55 56 57 58 59 60 3 12 13 14 20 2 7 8 3 6 26 38 39 43 44 57 58 59 60 12 6 26 38 43 44 49

Kode TTR TTT LI TPI I P Q V BF BRF CBTR CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT CB LI LR LRT TCC CB TC TCC P Q BF P1DIF P1REF P2GFR P2OCR TEA TET TRA TRT LI Q BF P1DIF P2GFR P2OCR RF

Fungsi Teleprotection trip receive Teleprotection trip transmit Line isolator switch closed/opened Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Circuit breaker closed/opened Line isolator switch closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Circuit breaker closed/opened Tap changer raise/lower Tap changer auto/manual Daya aktif Daya reaktif Bay fault DC Differential Restricted earth fault Ground fault relay Over current relay Temperature alarm Temperature trip Transformer alarm Transformer trip Line isolator switch closed/opened Daya reaktif Bay fault DC Differential Ground fault relay Over current relay Reactor failure

Tipe I I I I

A A A I A A A A A A A A A A A A I I I I I I

A A A A A A A A A I A A A A A

Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

18

SPLN S5.001: 2008

Group Bay

Data TSD

TM

TSS BAY GENERATOR

TSD

RCD RCA

No 12 2 3 4 5 6 7 19 25 26 30 31 32 33 63 8 9 10 11 12 15 5 6 1 2 3

Kode LI I P POAQ PRAQ Q V AQR AVR BF CSP GOV GTT LFF UT GUC LFA LFC LFR LI PSO GUC LFR N POOP PROP

Fungsi Line isolator switch closed/opened Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Line isolator switch closed/opened Power set on/off switch Generator unit run/stop Load frequency request on/off Load frequency control N_level Real power set point Maksimum power variation set point

Tipe I

I I A I I A A A I I I I I I

Jmh 1 1 2 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

KETERANGAN: *) = Khusus untuk OHL Feeder A = Alarm I = Indikasi Untuk LFC ditampilkan di tabel LFC Generator. Rincian Teleinformasi diatas adalah rincian per bay.

19

SPLN S5.001: 2008

TA-02: Konfigurasi umum pada double busbarTA-02

KONFIGURASI UMUM PADA DOUBLE BUSBARBAY REAKTOR BAY GENERATOR

P Q V

LFC (Po,Pr,N)

Q

P Q IBAY KOPEL

L/R

L/R

L/R

BUSBAR - A V

BUSBAR - B V

L/R

L/R

L/R

P Q P Q V IBAY TRANSMISI BAY TRAFO TENAGA

L/R P Q V IBAY IBT

20

SPLN S5.001: 2008

Teleinformasi Data Untuk Konfigurasi Umum Pada Double Busbar Group Bay Data No Kode Fungsi TM 1 F Frekuensi 29 COM Communication alarm 46 PTF Protection faulty 47 PHA Peripheral alarm 51 RTUA RTU alarm 52 SYNF Synchronizing failure TSS 65 VACF Vac failure 66 VDCF Vdc failure 68 SIB Software interlocking bypass GARDU INDUK 69 IEDF IED faulty 70 SOTF Switch on to fault 71 MTO Master Trip Operate 4 CD Control disable switch 5 CSO Check synchronizing override TSD 6 DCBC Dummy breaker closed/opened 13 LR Local remote 3 CSO Check synchronizing override RCD 4 DCBC Dummy breaker closed/opened TM 7 V Tegangan 26 BF Bay fault DC 34 OVR Over voltage relay operate BUSBAR TSS 35 P1BP Busbar protection 64 UVR Under voltage relay 67 VS Voltage status 26 BF Bay fault DC 27 BRF Breaker fault 28 CBTR CB trip TSS 30 CSP Check synchronizing in progress 43 P2GFR Ground fault relay 44 P2OCR Over current relay KOPEL 1 BI Bus isolator switch 3 CB Circuit breaker closed/opened TSD 5 CSO Check synchronizing override 13 LR Local remote 1 BI Bus isolator switch RCD 2 CB Circuit breaker closed/opened BAY 2 I Arus TRANSMISI 3 P Daya aktif TM 6 Q Daya reaktif 7 V Tegangan TSS 23 AR *) Circuit breaker auto reclose 24 ARO *) Auto reclose on/off 26 BF Bay fault DC 27 BRF Breaker fault 28 CBTR Circuit breaker trip 30 CSP Check synchronizing in progress 36 P1CD Current differential 37 P1DEF Directional earth fault 40 P1Z1 *) Distance zone 1


A A A A A A A A I A A I I I I

I I A A A I A A A

Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 1 1 1 1 1 1 2 1 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1

21

SPLN S5.001: 2008

Group Bay

Data

TSD

RCD TC TM

TSS BAY IBT

TSD

RCD BAY TRAFO TENAGA

TM TSS

No 41 42 43 44 45 61 62 1 3 5 12 13 1 2 1 2 3 6 7 26 27 28 30 38 39 43 44 53 54 55 56 57 58 59 60 1 3 13 14 20 1 2 7 8 3 6 26 27 28 38

Kode P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT BI CB CSO LI LR BI CB TPI I P Q V BF BRF CBTR CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT BI CB LR LRT TCC BI CB TC TCC P Q BF BRF CBTR P1DIF

Fungsi Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Bus isolator switch Circuit breaker closed/opened Check synchronizing override Line isolator switch closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Bus isolator switch Circuit breaker closed/opened Tap changer raise/lower Tap changer auto/manual Daya aktif Daya reaktif Bay fault DC Breaker fault Circuit breaker trip Differential

Tipe A A A A A I I I I I I I

I

A A A I A A A A A A A A A A A A I I I I I

A A A A

Jmh 1 1 1 1 1 1 1 2 1 1 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 2 1 1 1 1 1 1 1 1 1

22

SPLN S5.001: 2008

Group Bay

Data

TSD RCD TM

TSS BAY REAKTOR TSD RCD BAY GENERATOR TM

TSS

TSD

RCD

No 39 43 44 57 58 59 60 1 3 13 1 2 6 26 27 28 38 43 44 49 1 3 13 1 2 2 3 4 5 6 7 22 25 26 27 28 30 31 32 33 63 1 3 8 9 10 11 13 15 1

Kode P1REF P2GFR P2OCR TEA TET TRA TRT BI CB LR BI CB Q BF BRF CBTR P1DIF P2GFR P2OCR RF BI CB LR BI CB I P POAQ PRAQ Q V AQR AVR BF BRF CBTR CSP GOV GTT LFF UT BI CB GUC LFA LFC LFR LR PSO BI

Fungsi Restricted earth fault Ground fault relay Over current relay Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Daya reaktif Bay fault DC Breaker fault Circuit breaker trip Differential Ground fault relay Over current relay Reactor failure Bus isolator switch Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Bus isolator switch Circuit breaker closed/opened Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Local remote Power set on/off switch Bus isolator switch

Tipe A A A A A A A I I I

A A A A A A A I I I

I I A A A I I A A A I I I I I I I I

Jmh 1 1 1 1 1 1 1 2 1 1 2 1 1 1 1 1 1 1 1 1 2 1 1 2 1 1 2 1 1 2 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 2

23

SPLN S5.001: 2008

Group Bay

Data

RCA

No 2 5 6 1 2 3

Kode CB GUC LFR N POOP PROP

Fungsi Circuit breaker closed/opened Generator unit run/stop Load frequency request on/off Load frequency control N level Real power set point Maksimum power variation set point

Tipe

Jmh 1 1 1 1 1 1

KETERANGAN: *) = Khusus untuk OHL Feeder A = Alarm I = Indikasi Untuk LFC ditampilkan di tabel LFC Generator. Rincian Teleinformasi diatas adalah rincian per bay

24

SPLN S5.001: 2008

TA-03: Konfigurasi umum pada single busbarTA-03

KONFIGURASI UMUM PADA SINGLE BUSBARBAY REAKTOR BAY GENERATOR

P Q V P Q I L/R L/R

LFC (Po,Pr,N)

Q

BUSBAR V

L/R

L/R

L/R

P Q P Q V IBAY TRANSMISI BAY TRAFO TENAGA

L/R P Q V IBAY IBT

25

SPLN S5.001: 2008

Teleinformasi Data Untuk Konfigurasi Umum Pada Single Busbar Group Bay Data No Kode Fungsi TM 1 F Frekuensi 29 COM Communication alarm 46 PTF Protection faulty 47 PHA Peripheral alarm 51 RTUA RTU alarm 52 SYNF Synchronizing failure TSS 65 VACF Vac failure 66 VDCF Vdc failure 68 SIB Software interlocking bypass GARDU INDUK 69 IEDF IED faulty 70 SOTF Switch on to fault 71 MTO Master Trip Operate 4 CD Control disable switch 5 CSO Check synchronizing override TSD 6 DCBC Dummy breaker closed/opened 13 LR Local remote 3 CSO Check synchronizing override RCD 4 DCBC Dummy breaker closed/opened TM 7 V Tegangan 26 BF Bay fault DC 34 OVR Over voltage relay operate BUSBAR TSS 35 P1BP Busbar protection 64 UVR Under voltage relay 67 VS Voltage status 26 BF Bay fault DC 27 BRF Breaker fault 28 CBTR CB trip TSS 30 CSP Check synchronizing in progress 43 P2GFR Ground fault relay 44 P2OCR Over current relay KOPEL 1 BI Bus isolator switch 3 CB Circuit breaker closed/opened TSD 5 CSO Check synchronizing override 13 LR Local remote 1 BI Bus isolator switch RCD 2 CB Circuit breaker closed/opened BAY 2 I Arus TRANSMISI 3 P Daya aktif TM 6 Q Daya reaktif 7 V Tegangan TSS 23 AR *) Circuit breaker auto reclose 24 ARO *) Auto reclose on/off 26 BF Bay fault DC 27 BRF Breaker fault 28 CBTR Circuit breaker trip 30 CSP Check synchronizing in progress 36 P1CD Current differential 37 P1DEF Directional earth fault 40 P1Z1 *) Distance zone 1


A A A A A A A A I A A I I I I

I I A A A I A A A

Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

26

SPLN S5.001: 2008

Group Bay

Data

TSD

RCD TC TM

TSS BAY IBT

TSD

RCD BAY TRAFO TENAGA

TM TSS

No 41 42 43 44 45 61 62 1 3 5 12 13 1 2 1 2 3 6 7 26 27 28 30 38 39 43 44 53 54 55 56 57 58 59 60 1 3 13 14 20 1 2 7 8 3 6 26 27 28 38

Kode P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT BI CB CSO LI LR BI CB TPI I P Q V BF BRF CBTR CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT BI CB LR LRT TCC BI CB TC TCC P Q BF BRF CBTR P1DIF

Fungsi Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Bus isolator switch Circuit breaker closed/opened Check synchronizing override Line isolator switch closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Bus isolator switch Circuit breaker closed/opened Tap changer raise/lower Tap changer auto/manual Daya aktif Daya reaktif Bay fault DC Breaker fault Circuit breaker trip Differential

Tipe A A A A A I I I I I I I

I

A A A I A A A A A A A A A A A A I I I I I

A A A A

Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

27

SPLN S5.001: 2008

Group Bay

Data

TSD RCD TM

TSS BAY REAKTOR TSD RCD BAY GENERATOR TM

TSS

TSD

RCD

No 39 43 44 57 58 59 60 1 3 13 1 2 6 26 27 28 38 43 44 49 1 3 13 1 2 2 3 4 5 6 7 22 25 26 27 28 30 31 32 33 63 1 3 8 9 10 11 13 15 1

Kode P1REF P2GFR P2OCR TEA TET TRA TRT BI CB LR BI CB Q BF BRF CBTR P1DIF P2GFR P2OCR RF BI CB LR BI CB I P POAQ PRAQ Q V AQR AVR BF BRF CBTR CSP GOV GTT LFF UT BI CB GUC LFA LFC LFR LR PSO BI

Fungsi Restricted earth fault Ground fault relay Over current relay Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Daya Reaktif Bay fault DC Breaker fault Circuit breaker trip Differential Ground fault relay Over current relay Reactor failure Bus isolator switch Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Bus isolator switch Circuit breaker closed/opened Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Local remote Power set on/off switch Bus isolator switch

Tipe A A A A A A A I I I

A A A A A A A I I I


Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

28

SPLN S5.001: 2008

Group Bay

Data

RCA

No 2 5 6 1 2 3

Kode CB GUC LFR N POOP PROP

Fungsi Circuit breaker closed/opened Generator unit run/stop Load frequency request on/off Load frequency control n level Real power set point Maksimum power variation set point

Tipe

Jmh 1 1 1 1 1 1

KETERANGAN: *) = Khusus untuk OHL Feeder A = Alarm I = Indikasi Untuk LFC ditampilkan di tabel LFC Generator. Rincian Teleinformasi diatas adalah rincian per bay

29

SPLN S5.001: 2008

TB-01: Generator combined cycle pada konfigurasi 1 breakerGENERATOR COMBINED CYCLE PADA KONFIGURASI 1 BREAKERTB-01

LFC (Po,Pr,N)

Joint Control

P Q V

P Q V

P Q V

P Q V

P Q I

P Q I

P Q I

BUSBAR- A

BUSBAR- B

30

SPLN S5.001: 2008

Teleinformasi Data Untuk Generator Combined Cycle Pada Konfigurasi 1 Breaker Data No 2 3 4 5 6 7 22 25 26 30 31 32 33 63 3 8 9 10 11 12 15 5 6 1 2 3 Kode I P POAQ PRAQ Q V AQR AVR BF CSP GOV GTT LFF UT CB GUC LFA LFC LFR LI PSO GUC LFR N POOP PROP Fungsi Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Circuit breaker closed/opened Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Line isolator switch closed/opened Power set on/off switch Generator unit run/stop Load frequency request on/off Load frequency control N level Real power set point Maksimum power variation set point Tipe Jmh 3 7 1 1 7 4 4 4 3 3 4 3 1 4 2 4 1 1 1 3 4 4 1 1 1 1

TM

TSS

TSD

I I A I I A A A I I I I I I I

RCD RCA

KETERANGAN: Untuk LFC ditampilkan di tabel LFC Generator.

31

SPLN S5.001: 2008

TB-02: 2 generator terhubung ke MTR 3-belitan pada konfigurasi 1 breaker

TB-02

2 GENERATOR TERHUBUNG KE MTR 3-BELITAN PADA KONFIGURASI 1 BREAKER

LFC (Po,Pr,N) P Q V P Q V

LFC (Po,Pr,N)

P Q IBUSBAR - A

BUSBAR - B

32

SPLN S5.001: 2008

Teleinformasi Data Untuk 2 Generator Terhubung ke MTR 3-Belitan Pada Konfigurasi 1 Breaker Data No 2 3 4 5 6 7 22 25 26 30 31 32 33 63 3 8 9 10 11 12 15 5 6 1 2 3 Kode I P POAQ PRAQ Q V AQR AVR BF CSP GOV GTT LFF UT CB GUC LFA LFC LFR LI PSO GUC LFR N POOP PROP Fungsi Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Circuit breaker closed/opened Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Line isolator switch closed/opened Power set on/off switch Generator unit run/stop Load frequency request on/off Load frequency control N level Real power set point Maksimum power variation set point Tipe Jmh 1 3 1 1 3 2 2 2 1 1 2 1 2 2 2 2 2 2 2 1 2 2 2 2 2 2

TM

TSS

TSD


RCD RCA


33

SPLN S5.001: 2008

TB-03: 2 generator terhubung ke MTR 3-belitan pada konfigurasi double busbar

TB-03

2 GENERATOR TERHUBUNG KE MTR 3-BELITAN PADA KONFIGURASI DOUBLE BUSBAR


LFC (Po,Pr,N)

P Q I L/R

BUSBAR - A

BUSBAR - B

34

SPLN S5.001: 2008

Teleinformasi Data Untuk 2 Generator Terhubung ke MTR 3-Belitan Pada Konfigurasi Double Busbar Data No 2 3 4 5 6 7 22 25 26 27 28 30 31 32 33 63 1 3 8 9 10 11 12 15 1 2 5 6 1 2 3 Kode I P POAQ PRAQ Q V AQR AVR BF BRF CBTR CSP GOV GTT LFF UT BI CB GUC LFA LFC LFR LR PSO BI CB GUC LFR N POOP PROP Fungsi Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Bus isolator switch Circuit breaker closed/opened Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Local remote Power set on/off switch Bus isolator switch Circuit breaker closed/opened Generator unit run/stop Load frequency request on/off Load frequency control n level Real power set point Maksimum power variation set point Tipe Jmh 1 3 1 1 3 2 2 2 1 1 1 1 2 1 2 2 2 3 2 2 2 2 1 2 2 1 2 2 2 2 2

TM

TSS

TSD


RCD

RCA


35

SPLN S5.001: 2008

TB-04: 2 generator terhubung ke MTR 3-belitan pada konfigurasi single busbar

TB-04

2 GENERATOR TERHUBUNG KE MTR 3-BELITAN PADA KONFIGURASI SINGLE BUSBAR


LFC (Po,Pr,N)

P Q I L/R

BUSBAR

36

SPLN S5.001: 2008

Teleinformasi Data Untuk 2 Generator Terhubung ke MTR 3-Belitan Pada Konfigurasi Single Busbar Data No 2 3 4 5 6 7 22 25 26 27 28 30 31 32 33 63 1 3 8 9 10 11 13 15 1 2 5 6 1 2 3 Kode I P POAQ PRAQ Q V AQR AVR BF BRF CBTR CSP GOV GTT LFF UT BI CB GUC LFA LFC LFR LR PSO BI CB GUC LFR N POOP PROP Fungsi Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Bus isolator switch Circuit breaker closed/opened Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Local remote Power set on/off switch Bus isolator switch Circuit breaker closed/opened Generator unit run/stop Load frequency request on/off Load frequency control n level Real power set point Maksimum power variation set point Tipe Jmh 1 3 1 1 3 2 2 2 1 1 1 1 2 1 2 2 1 3 2 2 2 2 1 2 1 1 2 2 2 2 2

TM

TSS

TSD


RCD

RCA


37

SPLN S5.001: 2008


TB-05

1 GENERATOR TERHUBUNG KE MTR 2-BELITAN PADA KONFIGURASI 1 BREAKER

P Q V

LFC (Po,Pr,N)

P Q IBUSBAR - A

BUSBAR - B

38

SPLN S5.001: 2008

Teleinformasi Data Untuk 1 Generator Terhubung ke MTR 2-Belitan Pada Konfigurasi 1 Breaker Data No 2 3 4 5 6 7 22 25 26 30 31 32 33 63 8 9 10 11 12 15 5 6 1 2 3 Kode I P POAQ PRAQ Q V AQR AVR BF CSP GOV GTT LFF UT GUC LFA LFC LFR LI PSO GUC LFR N POOP PROP Fungsi Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Line isolator switch closed/opened Power set on/off switch Generator unit run/stop Load frequency request on/off Load frequency control n level Real power set point Maksimum power variation set point Tipe Jmh 1 2 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

TM

TSS

TSD

I I A I I A A A I I I I I I

RCD RCA


39

SPLN S5.001: 2008


TB-06


P Q V P Q I L/R

LFC (Po,Pr,N)

BUSBAR - A

BUSBAR - B

40

SPLN S5.001: 2008


TM

TSS

TSD


RCD

RCA


41

SPLN S5.001: 2008


TB-07


P Q V P Q I L/R

LFC (Po,Pr,N)

BUSBAR

42

SPLN S5.001: 2008


TM

TSS

TSD


RCD

RCA


43

SPLN S5.001: 2008


44

SPLN S5.001: 2008

Teleinformasi Data Untuk 2 Generator Terhubung ke MTR 2-Belitan Pada Konfigurasi 1 Breaker Data No 2 3 4 5 6 7 22 25 26 30 31 32 33 63 3 8 9 10 11 12 15 5 6 1 2 3 Kode I P POAQ PRAQ Q V AQR AVR BF CSP GOV GTT LFF UT CB GUC LFA LFC LFR LI PSO GUC LFR N POOP PROP Fungsi Arus Daya aktif Real power setting Maksimum power variation setting Daya reaktif Tegangan Automatic power factor regulator on/off Automatic voltage regulator on/off Bay fault DC Check synchronizing in progress Free acting governor active Generator transformer trip Load frequency control unit failure Unit trip Circuit breaker closed/opened Generator unit run/stop Load frequency control available Load frequency control on/off switch Load frequency request on/off Line isolator switch closed/opened Power set on/off switch Generator unit run/stop Load frequency request on/off Load frequency control n level Real power set point Maksimum power variation set point Tipe Jmh 1 2 1 1 2 1 2 2 1 1 2 1 2 2 2 2 2 2 2 1 2 2 2 2 2 2

TM

TSS

TSD


RCD RCA


45

SPLN S5.001: 2008


TB-09


LFC (Po,Pr,N) P Q V

LFC (Po,Pr,N)

P Q I L/R

BUSBAR - A

BUSBAR - B

46

SPLN S5.001: 2008


TM

TSS

TSD


RCD

RCA


47

SPLN S5.001: 2008


TB-10


LFC (Po,Pr,N) P Q V P Q I

LFC (Po,Pr,N)

L/R

BUSBAR

48

SPLN S5.001: 2008


TM

TSS

TSD


RCD

RCA


49

SPLN S5.001: 2008

TB-11: Interbus transformer (secondary side connected to 1 breaker)

INTERBUS TRANSFORMER Secondary Side Connected to 1 BreakerBUSBAR (IRCC)

TB-11

L/R

BUSBAR - A

P Q V I

Dioperasikan dari IRCC

Dioperasikan dari RCC

Download to RCC

BUSBAR - B

50

SPLN S5.001: 2008

Teleinformasi Data Untuk Interbus Transformer (Secondary Side Connected to 1 Breaker) Data TC TM No 1 2 3 6 7 26 30 38 39 43 44 53 54 55 56 57 58 59 60 12 13 14 20 7 8 Kode TPI I P Q V BF CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT LI LR LRT TCC TC TCC Fungsi Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Line isolator switch closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Tap changer raise/lower Tap changer auto/manual Tipe I Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1

TSS

TSD

A I A A A A A A A A A A A A I I I I

RCD

51

SPLN S5.001: 2008

TB-12: Interbus transformer (secondary side connected to double busbar)

INTERBUS TRANSFORMER Secondary Side Connected to Double BusbarBUSBAR (IRCC or RCC)

TB-12

L/R

P Q V I

Operation Responsibility by IRCC or RCC

L/R

Operation Responsibility by RCC

Download to RCC

BUSBAR - A

BUSBAR - B

52

SPLN S5.001: 2008

Teleinformasi Data Untuk Interbus Transformer (Secondary Side Connected to Double Busbar) Data TC TM No 1 2 3 6 7 26 27 28 30 38 39 43 44 53 54 55 56 57 58 59 60 1 3 12 13 14 20 1 2 7 8 Kode TPI I P Q V BF BRF CBTR CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT BI CB LI LR LRT TCC BI CB TC TCC Fungsi Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Line isolator switch closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Bus isolator switch Circuit breaker closed/opened Tap changer raise/lower Tap changer auto/manual Tipe I Jmh 1 1 1 1 1 1 1-2 *) 1-2 *) 1 1 1 1 1 1 1 1 1 1 1 1 1 2-4 *) 1-2 *) 1-0 *) 1-2 *) 1 1 2-4 *) 1-2 *) 1 1

TSS

TSD


RCD

KETERANGAN: *) = (Primary Side Connected to 1 Breaker)(Primary Side Connected to Double Busbar)

53

SPLN S5.001: 2008

TB-13: Interbus transformer (secondary side connected to single busbar)

TB-13

INTERBUS TRANSFORMER Secondary Side Connected to Single BusbarBUSBAR (IRCC or RCC)

L/R

P Q V IOperation Responsibility by IRCC or RCC

L/R


Download to RCC

BUSBAR

54

SPLN S5.001: 2008

Teleinformasi Data Untuk Interbus Transformer (Secondary Side Connected to Single Busbar) Data TC TM No 1 2 3 6 7 26 27 28 30 38 39 43 44 53 54 55 56 57 58 59 60 1 3 12 13 14 20 1 2 7 8 Kode TPI I P Q V BF BRF CBTR CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT BI CB LI LR LRT TCC BI CB TC TCC Fungsi Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Line isolator switch closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Bus isolator switch Circuit breaker closed/opened Tap changer raise/lower Tap changer auto/manual Tipe I Jmh 1 1 1 1 1 1 1-2 *) 1-2 *) 1 1 1 1 1 1 1 1 1 1 1 1 1 1-3 *) 1-2 *) 1-0 *) 1-2 *) 1 1 1-3 *) 1-2 *) 1 1

TSS

TSD


RCD


55

SPLN S5.001: 2008

TB-14: Interbus transformer (secondary side connected to 1 breaker dilengkapi shunt reaktor pada kumparan tersier)

56

SPLN S5.001: 2008

Teleinformasi Data Untuk Interbus Transformer (Secondary Side Connected to 1 Breaker Dilengkapi Shunt Reaktor Pada Kumparan Tersier) Data TC TM No 1 2 3 6 7 26 30 38 39 43 44 53 54 55 56 57 58 59 60 12 13 14 20 7 8 Kode TPI I P Q V BF CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT LI LR LRT TCC TC TCC Fungsi Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Line isolator switch closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Tap changer raise/lower Tap changer auto/manual Tipe I Jmh 1 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 1 1 1 1 1

TSS

TSD

A I A A A A A A A A A A A A I I I I

RCD

57

SPLN S5.001: 2008

TB-15: Interbus transformer (secondary side connected to double busbar dilengkapi shunt reaktor pada kumparan tersier)

58

SPLN S5.001: 2008

Teleinformasi Data Untuk Interbus Transformer (Secondary Side Connected to Double Busbar Dilengkapi Shunt Reaktor Pada Kumparan Tersier) Data TC TM No 1 2 3 6 7 26 27 28 30 38 39 43 44 53 54 55 56 57 58 59 60 1 3 12 13 14 20 1 2 7 8 Kode TPI I P Q V BF BRF CBTR CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT BI CB LI LR LRT TCC BI CB TC TCC Fungsi Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Line isolator switch closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Bus isolator switch Circuit breaker closed/opened Tap changer raise/lower Tap changer auto/manual Tipe I Jmh 1 1 1 2 1 1 1-2 *) 1-2 *) 1 1 1 1 1 1 1 1 1 1 1 1 1 2-4 *) 1-2 *) 2-1 *) 1-2 *) 1 1 *) 2-4 1-2 *) 1 1

TSS

TSD


RCD


59

SPLN S5.001: 2008

TB-16: Interbus transformer (secondary side connected to single busbar dilengkapi shunt reaktor pada kumparan tersier)

INTERBUS TRANSFORMER Secondary Side Connected to Single Busbar Dilengkapi Shunt Reaktor Pada Kumparan TersierBUSBAR (IRCC or RCC)

TB-16

L/R

Q

P Q V IOperation Responsibility by IRCC or RCC

L/R


Download to RCC

BUSBAR

60

SPLN S5.001: 2008

Teleinformasi Data Untuk Interbus Transformer (Secondary Side Connected to Single Busbar Dilengkapi Shunt Reaktor Pada Kumparan Tersier) Data TC TM No 1 2 3 6 7 26 27 28 30 38 39 43 44 53 54 55 56 57 58 59 60 1 3 12 13 14 20 1 2 7 8 Kode TPI I P Q V BF BRF CBTR CSP P1DIF P1REF P2GFR P2OCR TAF TCA TCH TCL TEA TET TRA TRT BI CB LI LR LRT TCC BI CB TC TCC Fungsi Tap position indication Arus Daya aktif Daya reaktif Tegangan Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Differential Restricted earth fault Ground fault relay Over current relay Tranformer avr failure Tap changer alarm Tap changer high limit Tap changer low limit Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Line isolator switch closed/opened Local remote Local/remote switch for tapchanger Tap changer auto/remote Bus isolator switch Circuit breaker closed/opened Tap changer raise/lower Tap changer auto/manual Tipe I Jmh 1 1 1 2 1 1 1-2 *) 1-2 *) 1 1 1 1 1 1 1 1 1 1 1 1 1 1-3 *) 1-2 *) 2-1 *) 1-2 *) 1 1 *) 1-3 1-2 *) 1 1

TSS

TSD


RCD


61

SPLN S5.001: 2008

TB-17: Bay trafo tenaga pada konfigurasi 1 breaker

62

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Trafo Tenaga Pada Konfigurasi 1 Breaker Data TM No 3 6 26 38 39 43 44 57 58 59 60 12 Kode P Q BF P1DIF P1REF P2GFR P2OCR TEA TET TRA TRT LI Fungsi Daya aktif Daya reaktif Bay fault DC Differential Restricted earth fault Ground fault relay Over current relay Temperature alarm Temperature trip Transformer alarm Transformer trip Line isolator switch closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1

TSS

TSD

A A A A A A A A A I

63

SPLN S5.001: 2008

TB-18: Bay trafo tenaga pada konfigurasi double busbar BAY TRAFO TENAGA PADA KONFIGURASI DOUBLE BUSBARBUSBAR - A TB-18

BUSBAR - B

L/R P Q

TEGANGAN TINGGI

Batas wewenang

TEGANGAN MENENGAH

DOUBLE BUSBAR

64

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Trafo Tenaga Pada Konfigurasi Double Busbar Data TM No 3 6 26 27 28 38 39 43 44 57 58 59 60 1 3 13 1 2 Kode P Q BF BRF CBTR P1DIF P1REF P2GFR P2OCR TEA TET TRA TRT BI CB LR BI CB Fungsi Daya aktif Daya reaktif bay fault DC breaker fault circuit breaker trip Differential restricted earth fault ground fault relay over current relay temperature alarm temperature trip transformer alarm transformer trip bus isolator switch circuit breaker closed/opened local remote Bus isolator switch Circuit breaker closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 2 1

TSS

TSD RCD

A A A A A A A A A A A I I I

65

SPLN S5.001: 2008

TB-19: Bay trafo tenaga pada konfigurasi single busbar BAY TRAFO TENAGA PADA KONFIGURASI SINGLE BUSBARBUSBAR TB-19

L/R P Q

TEGANGAN TINGGI

Batas wewenang

TEGANGAN MENENGAH

DOUBLE BUSBAR

66

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Trafo Tenaga Pada Konfigurasi Single Busbar Data TM No 3 6 26 27 28 38 39 43 44 57 58 59 60 1 3 13 1 2 Kode P Q BF BRF CBTR P1DIF P1REF P2GFR P2OCR TEA TET TRA TRT BI CB LR BI CB Fungsi Daya aktif Daya reaktif Bay fault DC Breaker fault Circuit breaker trip Differential Restricted earth fault Ground fault relay Over current relay Temperature alarm Temperature trip Transformer alarm Transformer trip Bus isolator switch Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

TSS

TSD RCD

A A A A A A A A A A A I I I

67

SPLN S5.001: 2008

TB-20: Bay reaktor pada konfigurasi 1 breaker

TB-20

BAY REAKTOR PADA KONFIGURASI 1 BREAKERBUSBAR - A

BUSBAR - B

Q

Reaktor

Teleinformasi Data Untuk Bay Reaktor Pada Konfigurasi 1 Breaker Data TM No 6 26 38 43 44 49 12 Kode Q BF P1DIF P2GFR P2OCR RF LI Fungsi Daya Reaktif Bay fault DC Differential Ground fault relay Over current relay Reactor failure Line isolator switch closed/opened Tipe A A A A A I Jmh 1 1 1 1 1 1 1

TSS

TSD

68

SPLN S5.001: 2008

TB-21: Bay reaktor pada konfigurasi double busbar

BAY REAKTOR PADA KONFIGURASI DOUBLE BUSBAR

TB-21

BUSBAR - A

BUSBAR - B

L/R Q

Reaktor

Teleinformasi Data Untuk Bay Reaktor Pada Konfigurasi Double Busbar Data TM No 6 26 27 28 38 43 44 49 1 3 13 1 2 Kode Q BF BRF CBTR P1DIF P2GFR P2OCR RF BI CB LR BI CB Fungsi Daya Reaktif Bay fault DC Breaker fault Circuit breaker trip Differential Ground fault relay Over current relay Reactor failure Bus isolator switch Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tipe A A A A A A A I I I Jmh 1 1 1 1 1 1 1 1 2 1 1 2 1

TSS

TSD RCD

69

SPLN S5.001: 2008

TB-22: Bay reaktor pada konfigurasi single busbar

BAY REAKTOR PADA KONFIGURASI SINGLE BUSBARBUSBAR

TB-22

L/R

Q

Reaktor

Teleinformasi Data Untuk Bay Reaktor Pada Konfigurasi Single Busbar Data TM No 6 26 27 28 38 43 44 49 1 3 13 1 2 Kode Q BF BRF CBTR P1DIF P2GFR P2OCR RF BI CB LR BI CB Fungsi Daya Reaktif Bay fault DC Breaker fault Circuit breaker trip Differential Ground fault relay Over current relay Reactor failure Bus isolator switch Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tipe A A A A A A A I I I Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1

TSS

TSD RCD

70

SPLN S5.001: 2008

TB-23: Bay capasitor pada konfigurasi double busbar

BAY KAPASITOR PADA KONFIGURASI DOUBLE BUSBAR

TB-23

BUSBAR - A

BUSBAR - B

L/R Q

Capasitor

Teleinformasi Data Untuk Bay Capasitor Pada Konfigurasi Double Busbar Data TM No 6 26 27 28 38 43 44 1 2 3 13 1 2 Kode Q BF BRF CBTR P1DIF P2GFR P2OCR BI CAM CB LR BI CB Fungsi Daya Reaktif Bay fault DC Breaker fault Circuit breaker trip Differential Ground fault relay Over current relay Bus isolator switchCapasitor Auto/Manual

Tipe A A A A A A I I I I

TSS

TSD

RCD

Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened

Jmh 1 1 1 1 1 1 1 2 1 1 1 2 1

71

SPLN S5.001: 2008

TB-24: Bay capasitor pada konfigurasi single busbar

BAY KAPASITOR PADA KONFIGURASI SINGLE BUSBARBUSBAR

TB-24

L/R

Q

Capasitor

Teleinformasi Data Untuk Bay Capasitor Pada Konfigurasi Single Busbar Data TM No 6 26 27 28 38 43 44 1 2 3 13 1 2 Kode Q BF BRF CBTR P1DIF P2GFR P2OCR BI CAM CB LR BI CB Fungsi Daya Reaktif Bay fault DC Breaker fault Circuit breaker trip Differential Ground fault relay Over current relay Bus isolator switchCapasitor Auto/Manual

Tipe A A A A A A I I I I

TSS

TSD

RCD

Circuit breaker closed/opened Local remote Bus isolator switch Circuit breaker closed/opened

Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1

72

SPLN S5.001: 2008

TB-25: Bay penghantar pada konfigurasi 1 breaker BAY PENGHANTAR PADA KONFIGURASI 1 BREAKERBUSBAR - A TB-25

BUSBAR - B

P Q V I

73

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Penghantar Pada Konfigurasi 1 Breaker Data TM No 2 3 6 7 23 24 26 30 36 37 40 41 42 43 44 45 61 62 12 Kode I P Q V AR *) ARO *) BF CSP P1CD P1DEF *) P1Z1 P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT LI Fungsi Arus Daya aktif Daya reaktif Tegangan Circuit breaker auto reclose Auto reclose on/off Bay fault DC Check synchronizing in progress Current differential Directional earth fault Distance zone 1 Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Line isolator switch closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

TSS

TSD

I I A I A A A A A A A A I I I

KETERANGAN: *) =

Khusus untuk OHL Feeder

74

SPLN S5.001: 2008

TB-26: Bay penghantar pada konfigurasi double busbar BAY PENGHANTAR PADA KONFIGURASI DOUBLE BUSBARTB-26

BUSBAR - A

BUSBAR - B

L/R P Q V I

75

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Penghantar Pada Konfigurasi Double Busbar Data TM No 2 3 6 7 23 24 26 27 28 30 36 37 40 41 42 43 44 45 61 62 1 3 5 12 13 1 2 Kode I P Q V AR *) ARO *) BF BRF CBTR CSP P1CD P1DEF P1Z1 *) P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT BI CB CSO LI LR BI CB Fungsi Arus Daya aktif Daya reaktif Tegangan Circuit breaker auto reclose Auto reclose on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Current differential Directional earth fault Distance zone 1 Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Bus isolator switch Circuit breaker closed/opened Check synchronizing override Line isolator switch closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 2 1

TSS

TSD

I I A A A I A A A A A A A A I I I I I I I

RCD

KETERANGAN: *) =


76

SPLN S5.001: 2008

TB-27: Bay penghantar pada konfigurasi single busbar

77

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Penghantar Pada Konfigurasi Single Busbar Data TM No 2 3 6 7 23 24 26 27 28 30 36 37 40 41 42 43 44 45 61 62 1 3 5 12 13 1 2 Kode I P Q V AR *) ARO *) BF BRF CBTR CSP P1CD P1DEF P1Z1 *) P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT BI CB CSO LI LR BI CB Fungsi Arus Daya aktif Daya reaktif Tegangan Circuit breaker auto reclose Auto reclose on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Current differential Directional earth fault Distance zone 1 Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Bus isolator switch Circuit breaker closed/opened Check synchronizing override Line isolator switch closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

TSS

TSD


RCD

KETERANGAN: *) =


78

SPLN S5.001: 2008

TB-28: Bay penghantar paralel dengan reaktor pada konfigurasi double busbar BAY PENGHANTAR PARALEL DENGAN REAKTOR PADA KONFIGURASI DOUBLE BUSBARBUSBAR - A TB-28

BUSBAR - B

L/R P Q V I

Q

79

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Penghantar Serial Dengan Reaktor Pada Konfigurasi Double Busbar Data TM No 2 3 6 7 23 24 26 27 28 30 36 37 40 41 42 43 44 45 61 62 1 3 5 12 13 1 2 Kode I P Q V AR *) ARO *) BF BRF CBTR CSP P1CD P1DEF P1Z1 *) P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT BI CB CSO LI LR BI CB Fungsi Arus Daya aktif Daya reaktif Tegangan Circuit breaker auto reclose Auto reclose on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Current differential Directional earth fault Distance zone 1 Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Bus isolator switch Circuit breaker closed/opened Check synchronizing override Line isolator switch closed/opened Local remote Bus isolator switch Circuit breaker closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 2 1 2 1

TSS

TSD


RCD

KETERANGAN: *) =


80

SPLN S5.001: 2008

TB-29: Bay penghantar paralel dengan 1 reaktor pada konfigurasi 1 breaker BAY PENGHANTAR PARALEL DENGAN 1 REAKTOR PADA KONFIGURASI 1 BREAKERBUSBAR - A TB-29

BUSBAR - B

Q L/R

P Q V I

81

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Penghantar Paralel Dengan 1 Reaktor Pada Konfigurasi 1 Breaker Data TM No 2 3 6 7 23 24 26 27 28 30 36 37 40 41 42 43 44 45 61 62 3 12 13 2 Kode I P Q V AR *) ARO *) BF BRF CBTR CSP P1CD P1DEF P1Z1 *) P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT CB LI LR CB Fungsi Arus Daya aktif Daya reaktif Tegangan Circuit breaker auto reclose Auto reclose on/off Bay fault DC Breaker fault Circuit breaker trip Check synchronizing in progress Current differential Directional earth fault Distance zone 1 Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Circuit breaker closed/opened Line isolator switch closed/opened Local remote Circuit breaker closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1

TSS

TSD RCD*)

I I A A A I A A A A A A A A I I I I I

KETERANGAN: *) =


82

SPLN S5.001: 2008

TB-30: Bay penghantar paralel dengan 2 reaktor seri pada konfigurasi 1 breaker BAY PENGHANTAR PARALEL DENGAN 2 REAKTOR SERI PADA KONFIGURASI 1 BREAKERBUSBAR- A TB-30

BUSBAR- B Q Q P Q V I

83

SPLN S5.001: 2008

Teleinformasi Data Untuk Bay Penghantar Paralel Dengan 2 Reaktor seri Pada Konfigurasi 1 Breaker Data TM No 2 3 6 7 23 24 26 30 36 37 40 41 42 43 44 45 61 62 12 Kode I P Q V AR *) ARO *) BF CSP P1CD P1DEF P1Z1 *) P1Z2 *) P1Z3 *) P2GFR P2OCR P3DTT*) TTR TTT LI Fungsi Arus Daya aktif Daya reaktif Tegangan Circuit breaker auto reclose Auto reclose on/off Bay fault DC Check synchronizing in progress Current differential Directional earth fault Distance zone 1 Distance zone 2 Distance zone 3 Ground fault relay Over current relay Direct transfer trip Teleprotection trip receive Teleprotection trip transmit Line isolator switch closed/opened Tipe Jmh 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2

TSS

TSD

I I A I A A A A A A A A I I I

KETERANGAN: *) =


84

SPLN S5.001: 2008

TB-31: Bay kopel pada konfigurasi double busbar

BAY KOPEL PADA KONFIGURASI DOUBLE BUSBAR

TB-31

L/R

IBUSBAR - A

BUSBAR - B

Teleinformasi Data Untuk Bay Kopel Pada Konfigurasi Double Busbar Data TM No 1 26 27 28 30 43 44 1 3 5 13 1 2 Kode I BF BRF CBTR CSP P2GFR P2OCR BI CB CSO LR BI CB Fungsi Arus Bay fault DC Breaker fault CB trip Check synchronizing in progress Ground fault relay Over current relay Bus isolator switch Circuit breaker closed/opened Check synchronizing override Local re

02. Teleinformasi data untuk operasi jaringan tenaga listrik rev-35

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Transcript of 02. Teleinformasi data untuk operasi jaringan tenaga listrik rev-35