Micom Marabahan bay Kayutangi rev 2022 06 06

PT. PLN (PERSERO) UNIT INDUK PEMBANGKITAN DAN PENYALURAN KALIMANTAN

JL.Panglima Batur Barat No. 1 Banjarbaru, Kalimantan Selatan

SETELAN RELAY PROTEKSI BAY LINE

Lokasi GI : GI MARABAHAN

Line Bay To : MARABAHAN-KAYUTANGI 1

Update :

06 Juni 2022

1 . Relay Terpasang

DISTANCE

Merk

Type

MICOM

P443

OCR

Merk

Type

DI BUAT OLEH

S/N

S/N

2 . INPUT CT/PT

PT LINE DISTANCE

CT BU OCR

PRIMER 150,000 V

PRIMER 1200

A

ADITYA BUDI SUHARSONO

SEKUNDER 100 V CT LINE DISTANCE SEKUNDER 1 A

ENG PROTEKSI & CATU DAYA

RASIO

PRIMER 1200

SEKUNDER 1

RASIO 1200

1500 RASIO 1200

A

A

DI PERIKSA OLEH

3. NILAI SETTING PROTEKSI

SETTING DISTANCE

Zone 1

Zone 2

Zone 3

Terlampir

Terlampir

Terlampir

HANIF ARIFIANSYAH F

AMN PROTEKSI & CATU DAYA

DI SETUJUI OLEH

I. Parameter Setting OCR/GFR

NILAI PRIMER

NILAI SEKUNDER

I> 1200

A I> 1

A

TMS 0.20

SI TMS 0.20

SI

I>>

BLOCK SETTING I>>

BLOCK ERVIN SAPUTRA

SETTING OCR GFR

TD

BLOCK INPUT RELAY TD

BLOCK MSB PROTEKSI & METERING

I0> 240 A (Nilai I0> 0.2

A

TMS 0.39 SI Sekunder) TMS 0.39 SI

DI SAH KAN OLEH

I0>>

BLOCK

I0>>

BLOCK

TD

BLOCK

TD

BLOCK

SI= Standard Inverse

JULI SEMBIRING

SRM TRANSMISI UIKL KAL

06/06/2022 Micom Marabahan bay Kayutangi rev 2022 06 06 Page 1



ID Line = 209

Substation = GI MARABAHAN

Line To = GI KAYUTANGI

Line Bay Description = MARABAHAN-KAYUTANGI 1

Conductor = ACSR 240 - Double

Voltage Level = 150 kV

Frequency 50 Hz

Line Data Rekomendasi Eksisting

Line Length

= 31.54 km

R1' /km

= 0.059 Ω Primary

JX1' /km

= 0.281 Ω Primary

R0' /km

= 0.212 Ω Primary

JX0' /km

= 0.859 Ω Primary

Z1' /km

= 0.287 Ω Primary

Z0' /km

= 0.885 Ω Primary

R1' Total

= 1.875 Ω Primary

JX1' Total

= 8.861 Ω Primary

R0' Total

= 6.682 Ω Primary

JX0' Total

= 27.087 Ω Primary

Z1' Total

= 9.057 Ω Primary

Z0' Total

= 27.899 0.1 Ω Primary

Z1 Angle

= 78 ⁰ (Degree)

Z0 Angle

= 76 ⁰ (Degree)

RE/RL

= 0.854

XE/XL

= 0.686

RM/RL

= 0.854

XM/XL

= 0.686

KN

= 0.693

R0-R1 = 4.807

X0-X1 = 18.226

Z0-Z1 Mag = 18.849

Z0-Z1 Angle = 75

KZ0 Res Comp = 0.694

KZ0 Angle = -2.827

Z1 Mutual

Z0 Mutual

Z0/Z1 Mag

Z0/Z1 Angle

Z0 M / Z1 Mag

Z0 M / Z1 Angle

CCC

Maximum Load Of Line in Ohm

X Trafo remote substation

R ground fault for Z3

R phase fault for Z1



CT Primary Main

CT Secondary Main

CT Ratio Main

CT Primary Back Up

CT Secondary Back Up

CT Ratio Back Up

VT Primary

VT Secondary

VT Ratio

Ratio CT / VT

Synchrocheck Max Volt Diff

Short Circuit Level Max

Short Circuit Level Min

Maximum Load Export give angle betwwen sources

Z1 PP

Z1 PE

Z2 PP

Z2 PE

Z3 PP

Z3 PE

PARAMETER SETTING DISTANCE

= 4.529

= 13.949

= 3.080

= -1.909 ⁰ (Degree)

= 0.000

= 0.000

= 1290 Ampere

= 72.169 Ω Primary / phase

= 90 Ω Primary

= 46.188 Ω Primary

= 12.516 Ω Primary

= 20.934 Ω Primary

= 34.641 Ω Primary

= 1200 Ampere

= 1 Ampere

= 1200

= 1200 Ampere

= 1 Ampere

= 1200

= 150000 Volt

= 100 Volt

= 1500

= 0.8

= 10%

= 3826

= 3437

= 36

= 80% 0 s

= 80% 0 s

= 134% 0.4 s

= 134% 0.4 s

= 221% 1.2 s

= 221% 1.2 s




II. Parameter Setting LCD (Not Available)

CT AND VT RATIOS

0A.01 Main VT Primary = 150 kV

0A.02 Main VT Sec'y = 100 V

0A.03 C/S VT Primary = 150 kV

0A.04 C/S VT Secondary = 100 V

0A.07 Phase CT Primary = 1200 A

0A.08 Phase CT Sec'y = 1 A

0A.0D MComp CT Primary = 1200 A

0A.0E MComp CT Sec'y = 1 A

0A.0F C/S Input = B-N

0A.10 Main VT Location = Line

III. Parameter Setting Triger Rekaman Gangguan

RECORD CONTROL

0B.04 Alarm Event = Enabled

0B.05 Relay O/P Event = Enabled

0B.06 Opto Input Event = Enabled

0B.07 General Event = Enabled

0B.08 Fault Rec Event = Enabled

0B.09 Maint Rec Event = Enabled

0B.0A Protection Event = Enabled

DISTURB RECORDER

0C.01 Duration = 3.000 s

0C.02 TriggerPosition = 0.333 %

0C.03 TriggerMode = Single

0C.04 AnalogChannel1 = VA

0C.05 AnalogChannel2 = VB

0C.06 AnalogChannel3 = VC

0C.07 AnalogChannel4 = IA

0C.08 AnalogChannel5 = IB

0C.09 AnalogChannel6 = IC

0C.0A AnalogChannel7 = IN

0C.0B AnalogChannel8 = IN Sensitif

0C.0C DigitalInput1 = Any Start

0C.0D Input1Trigger = Trigger L/H

0C.0E DigitalInput2 = Any Trip

0C.0F Input2Trigger = Trigger L/H

0C.10 DigitalInput3 = Z1 Trip

0C.11 Input3Trigger = Trigger L/H





0C.16 DigitalInput6 = Z1 Start


0C.18 DigitalInput7 = Z2 Start


0C.1A DigitalInput8 = Z3 Start

0C.1B Input8Trigger = Trigger L/H

0C.1C DigitalInput9 = Dist Chanel Send

0C.1D Input9Trigger = Triger L/H

0C.1E DigitalInput10 = DIST Sig. Send


0C.20 DigitalInput11 = DIST. Chan Recv


0C.22 DigitalInput12 = SOTF/TOR Trip


0C.24 DigitalInput13 = CB Aux A (52-A)


0C.26 DigitalInput14 = CB Aux B (52-A)


0C.28 DigitalInput15 = CB Aux C (52-A)


0C.2A DigitalInput16 = A/R 1P In Prog

0C.2B Input16Trigger = Trigger L/H

0C.2C DigitalInput17 = I A/R 3p In Pr.

0C.2D Input17Trigger = Trigger L/H

0C.2E DigitalInput18 = I A/R Reclaim


0C.30 DigitalInput19 = I A/R Close


0C.32 DigitalInput20 = BAR


0C.2E DigitalInput21 = AR Lockout Shot>


0C.30 DigitalInput22 = A/R Lockout


0C.32 DigitalInput23 = Check Synch. OK



MEASURE'T SETUP

0D.02 Local Values = Primary

0D.03 Remote Values = Primary

0D.04 Measurement Ref = VA

0D.05 Measurement Mode = 0.000

0D.06 Demand Interval = 30.00 min

Roll Sub Periode

30.00 min

0D.07 Distance Unit = Kilometres

0D.08 Fault Location = Distance

IV. Parameter Setting Distance Zone 1, Zone 2 & Zone 3

30.01 GROUP 1 Line Setting

30.02 Line Length = 31.54 km

30.04 Line Impedance = 7.25 Ohm

30.05 Line Angle = 78 deg

30.06 GROUP 1 Zone Setting

Z1 Phase Reach = 5.67 ohm

Z1 Phase Angle = 78 degree

R1Ph Resistive = 10.01 ohm

Z1 Tilt Top Line = 0.000

Z1 Sensit. Iph>1 = 50 mA



R2Ph resistive = 16.75 ohm


Z2 Sensit. Iph>1 = 50 mA



R3Ph Resistive = 27.71 ohm


Z3 Sensit. Iph>1 = 50.000 mA

Ground Distance =

Z1 Gnd Reach = 5.67 ohm


Z1 Dynamic Tilt = Disabled


KZn 1 Res Comp = 0.694

KZn 1 Res Angle = -2.827

R1 Gnd Resistive = 36.950 ohm

Z1 Sensitive Ignd>1 = 50 mA








Z2 Sensitive Ignd>1 = 50 mA








Z3 Sensitive Ignd>1 = 50.000 mA

SCHME LOGIC

Basic Scheme Mode = Standard Scheme

Zone 1 Tripping = Ph & Gnd

tz1 ph Delay = 0 s s

tz1 gnd Delay = 0 s s


tz2 ph Delay = 0.4 s s

tz2 gnd Delay = 0.4 s s


tz3 ph Delay = 1.2 s s

tz3 gnd Delay = 1.2 s s

Zone P Tripping = Disabled

tzP ph Delay = Disabled

tzP gnd Delay = Disabled

Zone 4 Tripping = Disabled

tz4 ph Delay = Disabled

tz4 gnd Delay = Disabled

AIDED SCHEME 1 =

Aid 1 selection = PUR

Aid 1 Distance = Ph & Gnd

Aid 1 Distance delay = 0.000

AIDED SCHEME 1 =

Aid 2 selection = Programmable

Aid 2 Distance = Disabled

Aid 2 DEF Status = Enable

Aid 2 DEF Polarising = Zero Sequence

Aid 2 DEF Char Angle = -60.000 deg

Aid 2 Vnpol Set = 2.309

Aid 2 DEF FWD set = 100.000 mA

Aid 2 DEF REV set = 25.000 mA


X (Ohm)

X (Ohm)

Aid 2 DEF Delay = 150.000 ms

Aid 2 DEF Trip = 1&3 pole

Aid 2 DEF Delta = Disabled

t Rev Guard = 20.000 ms

Custom time PU = 0.000 s

V. Parameter Setting Power Swing Block

PSB Status = Blocking

Zone 1 Ph PSB = Blocking

Zone 2 Ph PSB = Disabled


Zone P Ph PSB = Disabled


Zone 1 Gnd PSB = Blocking

Zone 2 Gnd PSB = Disabled


Zone P Gnd PSB = Disabled


WI Trip PSB = Inhibit Trip

PSB UnBlocking = Disabled

PSB Reset Delay = 200.000 ms

OST Mode = OST Disabled

Slow Swing = Enabled

VI. Parameter Setting Sinkron Cek

GROUP 1 SYSTEM CHECKS

48.03 V< Dead Line = 17.32 V

48.04 V> Live Line = 40.41 V

48.05 V< Dead Bus = 17.32 V

48.06 V> Live Bus = 40.41 V

48.07 Diff Voltage = 5.774 V

48.08 Diff Frequency = 100 mHz

48.09 Diff Phase = 15 deg

SP AR Dead Time = 1 Sec

3P AR DT Shot 1 = 1.0 Sec Masuk Pertama

3P AR DT Shot 2 = 180.0

SPAR Reclaim Time = 40.0

3PAR Reclaim Time = 40.0

AR CB Healthy Time = 5.0

AR Check Sync Time = 3600

Z1 AR = Initiate AR

Dist Aided AR = Initiate AR

Z2T AR = Block AR

Z3T AR = Block AR

DEF Aided AR = Initiate AR

TOR AR = Block AR

I>1 AR = Block AR

CB SC All = Enabled

CB SC Shot 1 = Enabled

CB SC ClsNoDly = Disable

CB SC CS1 = Enabled

CB SC CS2 = Disable

CB SC DLLB = Enabled

CB SC LLDB = Enabled

CB SC DLDB = Enabled

Z7 = 18.8 ohm

Z8 = 22.0 ohm

R7 = 44.3 ohm

R8 = 51.7 ohm

Blinder Angle = 78.1 deg

delta T = 30.0 ms

Tost = 0.0

GROUP 1 SUPERVISION

VTS mode = Measured

VTS Status = Blocking

VTS Reset mode = Auto

VTS Time delay = 5.000

VTS I> Inhibit = 5.000

VTS I2> Inhibit = 50.000

Inrush Detection = Enabled

WI Inhibit = Enabled

I0/I2 = 3.000

CTS Time Delay = 5.000

Gambar Kurva

Phase Distance

25

20

15

10

5

0

-60 -40 -20 0

-5

20 40 60

-10

-15

-20

-25

R (Omh)

Ground Distance

20

15

10

5

0

-20 0 20 40 60

-5

-10

R (Omh)


VII. Parameter Logic LCD/Distance

Konsep Perubahan

BLOCK LCD

COMMUNICATION LCD

FAIL/EROR

NOT

BLOCK ZONE 1

OR GATE

POWER SWING BLOCK

1. Distance Zone 1 Block Saat Communication Healthy di LCD (Not Available)

2. Distance Zone 1 Aktif Saat Communucation Failure di LCD (Not Available)

3. Power Swing Block Hanya Memblock fungsi Distance Zone 1



VIII. Parameter Setting Discrepancay CB

Setting Discrepancy CB = 1,5 Sec

IX. Parameter Setting Primer Back Up OCR/GFR

I> = 1200 A

tI> = 0.20 TMS

Kurava tI> = Std Invrs

I>> = BLOCK

tI>> = BLOCK

Kurava tI>> = BLOCK

Io> = 240 A

tIo> = 0.39 TMS

Kurava tIo> = Std Invrs

Io>> = BLOCK

tIo>> = BLOCK

Kurava tIo>> = BLOCK


Micom Marabahan bay Kayutangi rev 2022 06 06

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