Container transformer stations - SLO Latvia · Concrete container transformer stations with an...

Design Catalogue 2010

Container transformer stations

Metalworking machine workshop

Container station assembly department

Electrical department - switchgear assembly

Sulphur Hexafluoride (SF ) gas insulated switch-disconnector

assembly line

6

• Container transformer stations

• Pole-mounted transformer stations

• Medium voltage switchgear (Sulphur

Hexafluoride (SF ) gas insulated)

• Low voltage switchgear

• Pole-mounted switchboards

• Medium voltage industrial switchgear

• Low voltage industrial switchgear

• Enclosed switchgear

• Street lighting cabinets

• Primary switchgear cubicles and staircase

distribution boards for residential buildings

• Cable boxes and metering and cable boxes

6

• Steel, aluminium and stainless

steel enclosures

• Control cabinets and Universal Control Desks

• Site cubicles

• Indoor medium voltage disconnectors and switch-disconnectors

• Outdoor disconnectors and switch-disconnectors

(air insulated, SF gas insulated and vacuum chamber insulated)

• Outdoor fuse bases

• Power engineering structures on traditional poles

and pre-tensioned spun concrete poles

• Any custom design switchgear cubicles and structures

according to individual documentation, type catalogues,

or original designs

• E type pre-tensioned spun concrete poles

• ŻN type power poles

• Street lighting poles

6

• Capacitive voltage dividers,

• Power and step-by transformers

• Low voltage switch-disconnectors

• Electrical installation works

Range of product offered: Our offer also includes:

www.zpue.pl

Table of Contents

1 - Container transformer stations

1 - 38

1 - 36

1 - 2

1 - 33

1 - 24

w i t h e n e r g y

t o t h e f u t u r e

MRw-b type concrete transformer stations with internal service- with air-insulated medium voltage switchgear

- with Sulphur Hexafluoride (SF ) gas insulated medium voltage switchgear6

1 - 43

1 - 47

1 - 52

1 - 63

1

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

MRw-b 20/2x630 type concrete transformer stations with two transformer compartments with internal service

- with air-insulated medium voltage switchgear

- with Sulphur Hexafluoride (SF ) gas insulated medium voltage switchgear6

MRw-bS special type concrete transformer stations

MRw-bP customize type concrete transformer stations

Transformer container stations in concrete case with external service- Minibox 20/630

- Mzb1 20/630

- MRw-bk 20/250

WST 20/630 type “POSTER PILLAR” in concrete case with internal service

PST-b 20/630 type underground transformer station

MRw metal container transformer stations

ZK-SN/TPM-W -3(4,5) concrete medium voltage cable container with Sulphur Hexafluoride (SF ) gas insulated medium voltage switchgears6

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting

RN-W low voltageswitchgear unit

Rotoblok SF medium voltage switchgeara

transformer no-load operationcompensation capacitor

Controlmeasurement

Semi-directelectricity metering

Front view Rear view Side view - left Side view - rightSide view - left (right)

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)

Rotoblok medium voltage switchgear

(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay


Rotoblok SF medium voltage switchgear

RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV

Rotoblok SF medium voltage switchgear 17,5 kV

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

Transformerchamber door fan

Intermediate systemenergy measurement

Fire-proof partition(REI 120)

(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board

TRANSFORMATORCHAMBER

SWITCHGEARMV 20kV/LV 0,4kV

Rese

rve

earthing checking point

CPZ - short - circuit indicator

Surgearrester

tripcoil

Transformerchamber door fan(for transformators above 630 kVA)

indirectenergy measurement

(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay

For more information on selection of switchgear and associated accessories please refer to sections 2 and 3 of this catalogue.

Concrete container transformer stations with an internal service

MRw-b

Introduction

Container station design

�M�R�w�-�b� �c�o�n�c�r�e�t�e� �c�o�n�t�a�i�n�e�r�

�t�r�a�n�s�f�o�r�m�e�r� �s�t�a�t�i�o�n�s� �a�r�e�

�d�e�s�i�g�n�e�d� �f�o�r� �o�p�e�r�a�t�i�o�n� �w�i�t�h�

�c�a�b�l�e� �n�e�t�w�o�r�k�s�,� �r�i�n�g� �o�r� �r�a�d�i�a�l�

�m�e�d�i�u�m� �v�o�l�t�a�g�e� �c�a�b�l�e� �a�n�d�

�o�v�e�r�h�e�a�d� �l�i�n�e�s� �a�n�d� �l�o�w� �v�o�l�t�a�g�e�

�c�a�b�l�e� �n�e�t�w�o�r�k�s�.� �T�h�e�y� �p�r�o�v�i�d�e�

�p�o�w�e�r� �t�o�:

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�c�i�t�i�e�s�,

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�s�u�b�u�r�b�a�n� �r�e�s�i�d�e�n�t�i�a�l� �a�n�d� �r�u�r�a�l�

�a�r�e�a�s�,

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�s�i�t�e� �c�o�m�p�l�e�t�e� �a�n�d� �r�e�a�d�y� �f�o�r�

�o�p�e�r�a�t�i�o�n�.� �O�n�c�e� �t�h�e� �c�o�n�t�a�i�n�e�r� �i�s�

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�Z�R�-�W�,

�Z�M�R�,

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�t�h�e� �m�a�n�u�f�a�c�t�u�r�e�r�.

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�s�t�a�t�i�o�n�.

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2

www.zpue.pl

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


Container station technical data

Switchgear

Medium voltage Low voltage

UN - Rated voltage 24 / (6, 10, 15) 36 kV 400 V

IN - Rated continuous current 630 ÷ 4000 A 1250 ÷ 6300 A

IN1s - Rated shout-circuit withstand current 16 ÷ 40 kA(1s) 16 ÷ 105 kA(1s)

iNsz - Rated peak withstand current 40 ÷ 100 kA 35 ÷ 200 kA

f - Rated frequency 50 Hz

SN - Maximum transformer power up to 4000 kVA

Degree of protection IP 43 (up to IP 54)

Container station

installation into groundContainer station installation into

ground is shown for example of

the station MRw-bpp 20/630-3

and MRw-b (6,1x2,6) 20/2x630.

The first stage of building

container station installation is

excavating the pit. Earth ring

conductor must be laid in the pit

and then earthing leads attached

to it which will be connected to

the station's electrical system. A

200 millimetre layer of sand and

gravel bedding must be

constructed under the

foundation.

It should be ensured that the

sealing tape does not overlap (do

not lay a double layer) as this can

lead to leaking of water inside

the station. When laying the

sealing tape do not stretch it, as

this can lead to damage or

deformation. On a foundation

prepared as described above the

station's main structure and then

the roof should be placed.If the container station is installed

on wetland, the foundation should

be additionally protected with

moisture barrier and a system of

efficient drains should be

constructed around the station's

building. The station can be also

constructed in category 3 and 4

mining excavation area, which has

been certified by an opinion issued

by a construction expat. In this

instance, in order to ensure a

correct foundation design, it is

required to construct an additional

sliding layer comprising two layers

of sandless tar paper laid on a 100

millimetre concrete screed slab and

provide a 500 millimetre sand

cushion under the entire footing (in

the form of subsoil or made ground

in the excavated pit).

Container station

installation into groundContainer station installation into

ground is shown for example of

the station MRw-bpp 20/630-3

and MRw-b (6,1x2,6) 20/2x630.

The first stage of building

container station installation is

excavating the pit. Earth ring

conductor must be laid in the pit

and then earthing leads attached

to it which will be connected to

the station's electrical system. A

200 millimetre layer of sand and

gravel bedding must be

constructed under the

foundation.

It should be ensured that the

sealing tape does not overlap (do

not lay a double layer) as this can

lead to leaking of water inside

the station. When laying the

sealing tape do not stretch it, as

this can lead to damage or

deformation. On a foundation

prepared as described above the

station's main structure and then

the roof should be placed.If the container station is installed




The stations are certified by the following notified bodies: Warsaw Electrotechnical Institute, ENERGOSERT in Moscow, BELENERGO in Minsk and Warsaw

Building Research Institute.

www.zpue.pl

Selection of the fuse link

40

63

100

160

250

400

630

800

1000

6 kV

-

-

20

31,5

50 lub 63

80*

125*

-

6 kV10 kV

6,3

10

16

20

31,5

50

80*

100*

125*

10 kV15 kV

6,3

6,3

10

16

20

31,5

50 lub 63

63

63 lub 80

15 kV20 kV

6,3

6,3

10 6,3

10 10

16 16

25 25

40 31,5

40 lub 50 40

50 lub 63 40

20 kV 30 kV30 kV 0,4 kV

57,7

Fuse-link rated voltage [A]

Transformer rated voltage

Transformer rated current

90,9

144,3

230,9

360,8

577,4

909,3

1155

1443

1,15

1,8

2,9 1,9

4,6 3,1

7,2 4,8

11,5 7,7

18,2 12,1

23,1 15,4

28,9 19,25

1,5

2,4

3,8

6,2

9,6

15,4

24,2

30,8

38,5

-- -

-- -

9,6

15,4

24,1

38,5

60,6

-

-

2,3

3,6

5,8

9,2

14,4

23,1

36,4

46,2

57,7

Transformer

rated power

[kVA]

3C

on

tain

er t

ran

sfo

rmer

sta

tio

ns

MRw-bpp 20/630-3 container station foundation

MRw-b (6,1x2,6) 20/2x630 container station foundation

900 ~4350

~6200

Earth ringconductor

n.

mm

i5

-100-200

-200

4170

20

32

~1000

~1000

Foundation lifting lugs

Sealing tape

Earthing leads

100

100

80

010

0

Pit

~10

00

Container lifting lugs

Sand bedding sub-crust

Gravel bedding sub-crust

2250

0,00

TRANSF ORMATOR CHA MBER

Nie dotykać!Urządzenieelektryczne




Roof lifting lugs

Concrete slab roof

900

0~46

0

~8100

Earth ringconductor

-300

-300

-200

6070

2507

~1000

~1000

Foundation lifting lugs Sealing tape

Earthing leads

100

100

80

010

0

Pit

~10

00

Sand bedding

Gravel beddingEarthing leads

2350

Cross beam

MEDIUM VOLTAGESWITCHGEAR15kV/LV 0,4kV

NIE DOTYKAĆ!URZĄDZENIE

ELEKTRYCZNENIE DOTYKAĆ!URZĄDZENIE

ELEKTRYCZNE


ELEKTRYCZNE

TR1 TRAN SFORMER CHA MBER


ELEKTRYCZNE


ELEKTRYCZNE

0,00

5m

in

m

Roof lifting lugs

Concrete slab roof

4

www.zpue.pl

TR2 TRAN SFORMER CHA MBER

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


Standard roofs

Examples of non-standard roofs

Flat concrete roof Metal hipp roof

Gable metal roof

Tall gable metal roof Metal pent roof

Tall gable metal roof - regional design(Zakopane)

Tall hipp metal roof

Note:

Individual customised roof design is optional

200

100 100

130

100 100

Front view

600

170 (70)

2410/2660(3060)

170 (70)

170 (70)

170 (70)

120

0

6060

170 (70)

2410/2660(3060)

170 (70)

120

0

170 (70)

170 (70)

170 (70)

2410/2660(3060)

170 (70)

400

150 150

150 150

Side view

600

6060

170 (70)

2410/2660(3060)

170 (70)

5

www.zpue.pl

1850

400400

400

200 200

400

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Front view

Front view Front view

Front view

Front view

Side view

Side view

Side view

Side view

Side view

Side view

Perspective view

Perspective view

Perspective view

Perspective view

Perspective view

Perspective view

Perspective view

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


Roofing material

Medium voltage and low voltage cable glands (produced by ZPUE S.A.)

Note:

Applications of other sealing systems is optional.

Front view and dimensions of medium voltage cable gland

Front view and dimensions of low voltage cable gland

View of an opening prepared for installation of a low voltage or medium voltage cable gland

Installation of medium voltage and low voltage cables and glands in the gland openings of the station's foundation

Concrete slab

Gable roof

Pent roof

Hipped roof

Tall hipped roof

Tall gable roof

metal roofing tiles

metal roofing tiles

metal roofing tiles

metal roofing tiles

metal roofing tiles

ceramic roofing tiles





bitumen shingles

bitumen shingles

bitumen shingles

bitumen shingles

bitumen shingles

bitumen shingles

Roof type Standard roofing material Optional roofing materials

520

280

100

15

28

0

15520

100

A-AA

A

Aluminium cablegland produced

by ZPUE S.A.

Rubber seal

The station'sfoundation side wall

Heat-shrinkable sleeve

Medium voltage cable

6

www.zpue.pl

10 holesdiameter 14 mm

hole for 105 mmconduit

3 holesfor 60 mm conduits

10 holesdiameter 14 mm

6 holes for 50 mmconduits

4 holes for 70 mmconduits

Rubber seal Rubber seal

The station'sfoundation side wall

Aluminium cablegland produced by ZPUE S.A.

Aluminium cablegland produced by ZPUE S.A.

Heat-shrinkable sleeve

Low voltage cable

Rubber seal

Rubber seal

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


The roof and walls finish

Internal wall surfaces are finished

with decorative white acrylic

plaster. External wall surfaces are

finished with acrylic plaster. All

metal components installed on

the station's exterior are made

from powder painted aluminium

available in RAL colours palette.Standard facade type and colour

are offered, however individual

architectural designs are possible,

taking into account available

technical capabilities and materials

for finishing of concrete surfaces as

well as available roof types and

finishing elements. Standard plaster

colours applied for concrete

containers station facade and

standard powder paint colours are

presented below.

Standard colour systems

Colour of the container Colour of the door and slats Colour of the roof

Container station

location with respect to

fire safety regulations

Location of the container station

must be selected in compliance

with the regulation of the

Minister of infrastructure of 12

April 2002 on the technical

requirements for buildings and

their location (Journal of Laws

No 75 of 15 June 2002, item

690).

The stations can be constructed

directly adjacent to existing

buildings (or at parcel perimeter)

provided that the station's wall

facing the building (or parcel

perimeter) is a fireproof partition

(for details see MRw-bpp...

container stations). All potential

station locations must be

considered individually and

consulted with ZPUE S.A.

White

TEXAS TX2

ETNA ET2

FLORIDA FL2

ATLANTIC AT2

MADEIRA MD1

SAVANNE SV4

POLAR PL1

BALI BL2

TEXAS TX2

ETNA ET2

FLORIDA FL2

ATLANTIC AT2

MADEIRA MD1

SAVANNE SV4

POLAR PL1

BALI BL2

Red

Brown

- RAL 3003

- RAL 3003

- RAL 3003

- RAL 3003

- RAL 3003

- RAL 3003

- RAL 3003

- RAL 3003

- RAL 3003

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 3005

- RAL 3005

- RAL 3005

- RAL 3005

- RAL 3005

- RAL 3005

- RAL 3005

- RAL 3005

- RAL 3005

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

- RAL 8017

7

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Red

White

Red

Red

Red

Red

Red

Red

Red

Red

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Brown

Red

Red

Red

Red

Red

Red

Red

Red

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


1.1.1 MRw-b2pp 20/630-3 "a" ("b") /3P container station

1.1 Concrete container transformer stations with internal service and operation with insulated switchgear medium voltage air.

MRw-b2pp 20/630-3 “a”/3P MRw-b2pp 20/630-3 “b”/3P

Standard MRw-b2pp 20/630-3 "a(b)"/3P container station diagram

MRw-b2pp 20/630-3 "a"/3P container station facade

Weight:- foundation 4500 kg- main structure 9000 kg- roof

- concrete 3500 kg- metal 450-600 kg

2Usable area: 7,18 m

Note:Optional accessories are marked in red.

(1)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

Fire

-pro

of p

artit

ion

(REI

120)

2660

(26

30)

2660

(26

30)

120

(90

)

120

(90

)

3210 3210

N

N


GTR SF 2V

24.06.16

(1)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(3)

2 3 4 51

PEN

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)

23xYHAKXS (1x70 mm )

3xP50x10

BN-2

Station lighting

10/16 A



kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V Controlmeasurement

/5A

-200-200 -200

0,00

200

2950

2250

600

600

130

Front view Side view - left (right)REI 120 REI 120

REI 120






3Rotoblok SF

5RN-W

TypeMax number of mediumgolden bays (low voltageoutgoing feeders)

Maximum transformer rating - 630 kVA

Med

ium

volta

gesw

itchg

ear

Enclosure class - 20

Standard design

8

www.zpue.pl

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

(3)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(1)

Lin

e b

ay

Rear view

Standard designLow

volta

gesw

itchg

ear

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

Rotoblok SF medium voltage switchgear Rotoblok SF medium voltage switchgear

RN

-W lo

w v

olt

age

swit

chg

ear

un

it


Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


1.1.2 MRw-b2pp 20/630-3 "c" i "d" /3P container station

MRw-b2pp 20/630-3 “c”/3P MRw-b2pp 20/630-3 “d”/3P

Standard MRw-b2pp 20/630-3 "c(d)"/3P container station diagram

MRw-b2pp 20/630-3 "c"/3P container station facade

2660

(26

30)

3210

2660

(26

30)

321012

0 (

90)

120

(90

)

N

N


GTR SF 2V

24.06.16

(1)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(3)

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-2

Station lighting

10/16 A


3Semi-directelectricity metering

/5A

transformer no-loadoperation compensation capacitor

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

-200 -200-200

0,00

200

2950

2250

600

600

130

-200






REI 120REI 120

REI 120 REI 120

9

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Controlmeasurement

Front view Rear view Side view - left Side view - right





3Rotoblok SF

10RN-W

TypeMax number of mediumvoltage bays (low voltageoutgoing feeders)


Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design 15RN-W

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(3)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(1)

Lin

e b

ay





Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


1.1.3.1 MRw-bpp 20/630-3 /3P container station

MRw-bpp 20/630-3 “a”/3P MRw-bpp 20/630-3 “b”/3P

Standard MRw-bpp 20/630-3 "a(b)"/3P container station diagram

MRw-bpp 20/630-3 "a"/3P container station facade

1.1.3 MRw-bpp 20/630-3 container station

4260 4260

2410

(23

80

)

2410

(23

80

)

120

(90

)

120

(90

)

N

N

(1)

GTR 2V24.06.16

(2)

GTR 224.06.16

(3)

GTR 224.06.16

CPZCPZ

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

-200-200 -200

0,00

200

2950

2250

600

600

130






REI 120 REI 120

REI 120

10

www.zpue.pl

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Transformer bay

(2)

Line bay

(3)

Line bay

(3)

Transformer bay

(2)

Line bay

(1)

Line bay



Station lighting


Controlmeasurement


Front view Rear view Side view - left (right)







Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

3Rotoblok4Rotoblok SF3Rotoblok 17,5 kV

10RN-W

19RN-W

Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

RN

-W lo

w v

olt

age

swit

chg

ear

un

it


tripcoil

Surg

e ar

rest

er

Surg

e ar

rest

er



Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay



MRw-bpp 20/630-3 /4P

Standard MRw-bpp 20/630-3 /4P container station diagram

MRw-bpp 20/630-3 /4P container station facade

4260

2410

(23

80

)

120

(90

)

N

GTR SF 2V

24.06.16

(1)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(3)

GTR SF 124.06.16

(4)

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

CPZCPZCPZ

-200-200 -200

0,00

200

2950

2250

600

600

130






REI 120

REI 120REI 120

11

www.zpue.pl

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Transformer bay

(2)

Line bay

(3)

Line bay

(4)

Line bay




Station lighting

Controlmeasurement









Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design


10RN-W

19RN-W

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

RN

-W lo

w v

olt

age

swit

chg

ear

un

itearthing checking point

tripcoil




Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


1.1.4 MRw-bpp 15/1000-3 /3P container station

MRw-bpp 15/1000-3 /3P



4260

2410

(23

80

)

120

(90

)

N

KTS 1141 Regulator Transformerchamber door fan(for transformators above 630 kVA)

W

(1)

GTR 2V17.06.16

(2)

GTR 217.06.16

(3)

GTR 217.06.16

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 2000

1016

1016

max1000 kVA

ZK

1xP60x10

23x

(3xY

KY

1x2

40

mm

)22x

YK

Y (

1x24

0 m

m)


3xP80x10

BN-210/16 A

3

/5A

kVAr

1xAP60x10

PE

N

L1, L

2, L

3

NZMN4 -VE1600

or

33

A V/5A

CPZCPZ

-200-200 -200

0,00

200

2950

2250

600

600

130






REI 120

REI 120 REI 120

12

www.zpue.pl

Rear viewFront view Side view - left (right)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Transformer bay

(2)

Line bay

(3)

Line bay


Station lighting

Controlmeasurement










Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

10RN-W

4Rotoblok SF

3Rotoblok 17,5 kV

19RN-W

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV

RN

-W lo

w v

olt

age

swit

chg

ear

un

itearthing checking point

Surg

e ar

rest

er

Surg

e ar

rest

er



tripcoil

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay



MRw-bpp 20/1000-3 /4P



4260

2410

(23

80

)

120

(90

)

Me

teri

ng

bo

ard

N

GTR SF 2V

24.06.16

(1)

GTR SF 424.06.16

(2)

GTR SF 124.06.16

(3)

GTR SF 124.06.16

(4)

3

UMZ

3

TPU


KTS 1141 Regulator

W

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 2000

1016

1016

max1000 kVA

ZK

1xP60x10

23x

(3xY

KY

1x2

40

mm

)22x

YK

Y (

1x24

0 m

m)


3xP80x10

BN-210/16 A

3

/5A

kVAr

1xAP60x10

PE

N

L1, L

2, L

3

NZMN4 -VE1600

lub

33

A V/5A

CPZCPZ

-200-200 -200

0,00

200

2950

2250

600

600

130






REI 120

REI 120REI 120

13

www.zpue.pl

Side view - left (right)Rear viewFront view







Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

10RN-W

4Rotoblok SF

3Rotoblok 17,5 kV

19RN-W

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Transformer bay

(2)

Line bay

(3)

Line bay

(4)

Line bayRot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Co

nta

iner

tra

nsf

orm

er s

tati

on

s



Station lighting

Controlmeasurement




tripcoil



Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay



MRw-bpp 20/630-4 “a”/4P MRw-bpp 20/630-4 “b”/4P

Standard MRw-bpp 20/630-4 "a(b)"/4P container station diagram

MRw-bpp 20/630-4 "a"/4P container station facade

1.1.6 MRw-bpp 20/630-4 container station

4760 4760

120

(90

)

120

(90

)

2660

(26

30)

2660

(26

30)

N

N

(4)

GTR 2V24.06.16

(1)

GTR 224.06.16

(2)

GTR 224.06.16

(3)

GTR 224.06.16

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

CPZCPZCPZ

-200

0,00

200

2950

2250

600

600

-200-200






REI 120

REI 120 REI 120

130

14

www.zpue.pl





(4)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay

(1)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(4)

Lin

e b

ay


RN

-W lo

w v

olt

age

swit

chg

ear

un

it

RN

-W lo

w v

olt

age

swit

chg

ear

un

it



Station lighting


Controlmeasurement










Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design


10RN-W

12 (when Rotoblok SF andRotoblok 17,5 kV

switchgear units are applied)RN-W


tripcoil

Surg

e ar

rest

er

Surg

e ar

rest

er

Surg

e ar

rest

er




Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


1.1.6.2 Standard MRw-bpp 20/630-4 /4P container station diagram

MRw-bpp 20/630-4 /4P


MRw-bpp 20/630-4/4P/4P container station facade

4760

(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart

User part

120

(90

)

2660

(26

30)

N

GTR SF 2V

24.06.16

(4)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(1)

GTR SF 424.06.16

(3)

3TPU

3

UMZ

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

CPZCPZ

-200

0,00

200

2950

2250

600

600

-200-200





User part


SWITCHGEARMV 20kV/LV 0,4kVPower plant part


REI 120

REI 120REI 120

130

15

www.zpue.pl

Side view - left (right)Front view Rear view

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)


RN

-Wlo

w v

olt

age

swit

chg

ear

un

itM

ete

rin

g b

oa

rdRotoblok SF medium voltage switchgear

(2)

Lin

e b

ay

(1)

Lin

e b

ay

(4)

Tran

sfo

rmer

bay


Controlmeasurement


Station lighting





Co

nta

iner

tra

nsf

orm

er s

tati

on

s



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design


10RN-W

12 (when Rotoblok SF andRotoblok 17,5 kV

switchgear units are applied)RN-W





tripcoil

Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay



MRw-bpp 15/630-4 /4P



4760

120

(90

)

2660

(26

30)

N

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A(4)

GTR 2V17.06.16

(1)

GTR 217.06.16

(2)

GTR 217.06.16

(3)

GTR 217.06.16

CPZCPZCPZ

-200

0,00

200

2950

2250

600

600

-200-200






REI 120

REI 120 REI 120

130

16

www.zpue.pl

(4)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)



RN-Wlow voltage

switchgear unitMetering board


Station lighting


Controlmeasurement





Optional accessories are marked Note:

in red.



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

10RN-W

6Rotoblok SF

4Rotoblok 17,5 kV

20RN-W


tripcoil

Surg

e ar

rest

er

Surg

e ar

rest

er

Surg

e ar

rest

er




Fire

-pro

of p

artit

ion

(REI

120)

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(3)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(1)

Feed

er b

ay

Station lighting




Controlmeasurement



(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

Fire

-pro

of p

artit

ion

(REI

120)


(3)

Transformer bay

(2)

Feeder bay

(1)

Feeder bay

(1)

Transformer bay

(2)

Feeder bay

(3)

Feeder bay

(4)

Feeder bay



RN

-Wlo

w v

olt

age

swit

chg

ear

un

it

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear


Rot

oblo

k m

ediu

m v

olta

ge s

wit

chge

ar

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

17,

5 kV


RN

-W lo

w v

olt

age

swit

chg

ear

un

it




(4)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(1)

Feed

er b

ay

(1)

Tran

sfo

rmer

bay

(2)

Feed

er b

ay

(3)

Feed

er b

ay

(4)

Feed

er b

ay

Me

teri

ng

bo

ard

Metering board



Rese

rve



Surgearrester

tripcoil



(3)

Co

up

ler-

-mea

surm

ent

bay

Power plantpart(3

)

Lin

e b

ay


4.2 PST-b 20/630 /3(4)G container station

PST-b 20/2 x 630 /6(8)G

PST-b 20/630-3G(4G) container station diagram

51

www.zpue.pl

N

30

00

4700

N

Staircase

30

00

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5AC

on

tain

er t

ran

sfo

rmer

sta

tio

ns


TPM

-W m

ediu

m v

olt

age

swit

chg

ear

un

itTP

M-W

med

ium

vo

ltag

esw

itch

gea

r u

nit


Staircase

TPM-W medium voltage switchgear unitTPM-W medium voltage switchgear unit



Station lighting Station lighting

Controlmeasurement

Controlmeasurement



2 x 4

2 x 10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design 2 x 12RN-W

TPM-W

Weight:- main structure 2 x 25000 kg

2Usable area: 2 x 12,32 m




Serv

is a

nd

op

era

tio

np

art

Serv

is a

nd

op

era

tio

np

art

earthing checking point earthing checking point

tripcoil

tripcoil

MRw

Introduction


MRw aluminium and zinc

aluminium container transformer

stations are designed for operation

with cable networks, even the most

complex medium voltage cable and

overhead lines and low voltage

cable (or overhead line) networks.

They primarily provide power to

large industrial sites, for example:

aggregate strip mines and logistics

centres. Container stations are

transported to the installation site

complete and ready for operation.

Once the container is positioned,

medium and low voltage cables and

earthing system require connection

and the transformer has to be

placed inside and connected.

All internal components of MRw

container stations, including the

roof, sidewalls, gutters, finishing

elements and the doors are made

of aluminium sheet (or zinc

aluminium sheet) which are

polyester powder painted.

Container framework is made of

structural steel and protected with

anticorrosion coating.

A sealed oil basin is constructed in

the transformer chamber and

directly above it there are

transformer rails. The oil basin has

a drain plug located in an easily

accessible place.

Cable conduits are made in the

floor to enable running of the

medium and low voltage cables

through them.

Floor at medium and low voltage

switchgear is removable and

divided. It helps in easy and quick

instalation of cables.

Ventilation is achieved through:

inlet openings in the station's

door,

Outlet opening protected with

aluminium slats is located in the

station's rear and side walls.

The station's roof can be

additionally equipped with an

external gutter system. In addition

to the standard station designs it is

possible to produce customised

designs, where the client can

request a different shape of the

roof, type of finishing components,

facade finish and door layout.

Standard installed switchgear:

Medium voltage type:

Rotoblok,

Rotoblok SF,

RELFex,

TPM-W,

or other after consultation with

the manufacturer.

Low voltage type:

RN-W,

ZR-W,

ZMR,


the manufacturer.

Container station installation is

shown using an example of the

MRw20/630-4 station.

Electrical accessories

Container station

installation into ground

The station is transported to its

place of installation fully

assembled.

The station should be placed on F-1

prefabricated foundation blocks

produced by ZPUE SA or on

combined concrete foundation

footing.

Prior to placing the station, check

that the foundation is constructed

correctly, paying special attention

to its dimensions, levelling,

positioning of cable outlets and

earth ring conductor.

5 Metal container transformer stations

52

www.zpue.pl

Container station foundation

Available station and roof options

Station with a low gable roof

Station with a tall gable roof

53

www.zpue.pl

~1

00

0

“0”

F1 concrete blocks

“100”

Station outline

1000

1000

Earth ringconductor

10

0

10

0

90

0

Gravel bedding(if constructed on a wetland)

Pit Sandbedding

Earthing leads

SWITCHGEARMV 20 kV/LV 0,4 kV

Nie dotykać!Urządzenie elektryczne









290

0

2910






2910

260

0

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Side view - leftFront view


Station with a pent roof

Standard colour systems

Colour of the container Colour of the door and roof finishing elements Colour of the roof

The roof and walls finish

All metal components installed on

the station's exterior are made of

powder painted aluminium (or

zinc-aluminium sheets) available in

RAL colours palette.

Standard facade type and colour

are offered, however individual

architectural designs are possible,

taking into account available

technical capabilities and materials

for finishing of metal surfaces.

54

www.zpue.pl






2910

270

0 fo

r M

V s

witc

hgea

r -

200

0

300

0 fo

r M

V s

witc

hgea

r -

230

0

Dark greyLight grey

Brown

BlueWhite

- RAL 7023- RAL 7032

- RAL 8017- RAL 9016

- RAL 5010- RAL 9016

- RAL 7023

- RAL 8017

- RAL 5010


White

Dark grey

Brown

Blue

5.1 MRw 20/2x630-7 container station

MRw 20/2x630-7

MRw 20/2x630-7 container station diagram

MRw 20/2x630-7 container station facade

Examples of MRw station designs

55

www.zpue.pl

29

10

8110

T1630 kVA

T2630 kVA

N

N

T1630 kVA

T2630 kVA

(7)

GTR 2V24.06.16

(3)

GTR 224.06.16

(5)

GTR 224.06.16

(6)

GTR 224.06.16

(2)

GTR 224.06.16

(1)

GTR 2V24.06.16

(4)

GTR 224.06.16

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

L1, L

2, L

3

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

ZK

1xP50x10


3xP50x10

L1, L

2, L

3

Rese

rve

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)









270

0

Co

nta

iner

tra

nsf

orm

er s

tati

on

s


Switchgear

24 kV 400 V

630 A 1250 A

16 kA 16 kA

40 kA 35 kA

50 Hz

630/630 kVA

IP 43


U -Rated voltageN

l - Rated continuous currentN

l - Short - time withstand current (1 sec)N1s

i - Withstand currentNsz

f - Rated frequency

S - Maximum T1/T2 transformer rated powerN

Degree of protection



(1)

Tran

sfo

rmer

bay

(3)

Lin

e b

ay

(2)

Lin

e b

ay

(4)

Co

up

ler

bay

(6)

Lin

e b

ay

(5)

Lin

e b

ay

(7)

Tran

sfo

rmer

bay



Rotoblok medium voltageswitchgear

Station lighting




5.2 MRw 20/2x630-7 "SZR" container station (with automatic transfer switch system)

MRw 20/2x630-7 “SZR”



56

www.zpue.pl

LV switchgear RN-W type

(1)

LV switchgear RN-W type

(2)

29

10

9450

Surg

e ar

rest

er

bay (7

)

Streetlighting

unit

Batteryof condensers

300 kVAr

Batteryof condensers

300 kVAr

ALT (Automatic Load Transfer),

UPS

Powersuply

T2630 kVA

T1630 kVA

N N

2 3 4 5 6 7 8 9 101

NH

3

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

T1630 kVA

T2630 kVA

ZK

L1, L

2, L

3

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

Łk 15

1 0 2

BN-2

2345678910 1

INP 1250

ZK

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)

L1, L

2, L

3


1xP50x10

3xP50x10

Rese

rve

Rese

rve

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

3

10/16 A1016

101610/16 A

3

IP-24

HD4/R

3

UMZ

REF 610

M

(5)(2) (3)

ZR-4

for 1000 kVA Transformer (in another station)

Metering board

(4)3

3

TPU

UMZ

SZR

(7)

3

IP-24

HD4/R

3

UMZ

REF 610

M

(6)

GTR 224.06.16

GTR 224.06.16

GTR 224.06.16

GTR 224.06.16

GTR 2V24.06.16

GTR 2V24.06.16

GTR 224.06.16

GTR 224.06.16

(1)

GTR 2V24.06.16

BK300 kVAr

1

BK300 kVAr

1

INP 1250

PEN

1xP50x10

PEN

300

0










(1)

Tran

sfo

rmer

bay

(2)

Tran

sfo

rmer

bay

(3)

Tran

sfo

rmer

bay

(5)

Met

erin

g b

ay

(6)

Lin

e b

ay

(7)

Lin

e b

ay


Stationlighting




Switchgear

24 kV 400 V

630 A 1250 A

16 kA 16 kA

40 kA 35 kA

50 Hz

630/630 kVA

IP 43


U -Rated voltageN




f - Rated frequency





Switchgear

24 kV 400 V

630 A 2500 A

16 kA 50 kA

40 kA 105 kA

50 Hz

1250/1250/1250 kVA

IP 43


U -Rated voltageN




f - Rated frequency

S - Maximum T1/T2/T3 transformer rated powerN




MRw 20/3x1250-11



57

www.zpue.pl

N

L1

L2

L3

23x YHAKXS (1x120 mm )

99041421-957b

KW

MS

bo

ard

Met

erin

g b

oar

d

Reactive powercompensator

(190 kVAr)

N

Plug-inbushings

L1

L2

L3

T21250kVA

1

NN

NL1L1

L1L2L2

L2L3L3

L3

P 2x60x10

P 60x10

Flexible busducts

P 2x60x10

P 2x60x10

UPSRozdzielnia

potrzebwłasnych

SZR

Cab

le t

ray

for c

able

s po

wer

ing

the

reac

tive

pow

erco

mpe

nsat

or s

uspe

nded

und

er t

he c

eilin

g

Insulated

N

L1

L2

L3

3x YHAKXS

2(1x120 mm )cable in a conduit

1

ay i h bus ba sB wt r

ut o so g er

(6)

Partition

Electricity utilitypart

Customer'sarea

Bus bars

Container separation linefor transport purposes

1

T31250kVA

3x YHAKXS 2(1x120 mm )

cableT1

1250kVA

53

50

12070

Fire suppressio aerosol

generatorPersonal Protective

Equipmentstorage area

Pow

er c

able

s ca

n be

cla

mpe

dto

the

str

uctu

re a

t th

e he

ight

of

min

imum

2,5

m

(9) (8)(10)3

3

TPU 6

UMZ

(7)(11)

ZR-4(~220V)

(5) (4) (3)3

3

TPU 6

UMZ

(2)

ZR-4(~220V)

(1)

ZR-4(~220V)

(6)

T11250 kVA

Section 2

NZM 7250 A

NZM 7250 A

NZM 7250 A

NZM 7250 A

NZM 7250 A

NZM 7160 A

NZM 7100 A

NZM 7100 A

NZM 7100 A

NZM 10400 A

NZM 10400 A

NZM 10400 A

NZM 10400 A

NZM 10400 A

NZM 10400 A L1L1

Section 1

NZM 7250 A

NZM 7250 A

NZM 7100 A

NZM 7100 A

NZM 7100 A

NZM 7160 A

NZM 7160 A

NZM 7160 A

NZM 7160 A

NZM 10400 A

NZM 10400 A

NZM 10400 A

NZM 10400 A

NZM 10400 A

NZM 10400 A

IZM 2500A(withdrawable)

M IZM 2500A(withdrawable)

M IZM 2500A(withdrawable)

M

IZM 2500A(withdrawable)

MIZM 2500A(withdrawable)

M

T31250 kVA

T21250 kVA

BK190 kVAr

BK190 kVAr

ALT

GTR 224.06.16

GTR 224.06.16

GTR 224.06.16

GTR 224.06.16

GTR 224.06.16

GTR 2V24.06.16

GTR 2V24.06.16

GTR 2V24.06.16

GTR 224.06.16

GTR 224.06.16

SWITCHGEARLV 0,4 kV


SWITCHGEARMV 20 kV


SWITCHGEARMV 20 kV


340

0

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Reactive powercompensator

(190 kVAr)


generator


generator

Insulated Insulated

Pow

er c

able

s ca

n be

cla

mpe

dto

the

str

uctu

re a

t th

e he

ight

of

min

imum

2,5

m

Pow

er c

able

s ca

n be

cla

mpe

dto

the

str

uctu

re a

t th

e he

ight

of

min

imum

2,5

m

Flexible busducts

Flexible busducts

(1)

Transformer bay

(2)

Transformer bay(11)

Transformer bay

(3)

Metering bay

(10)

Metering bay

(4)

Line bay

(5)

Line bay

(9)

Line bay

(8)

Line bay

(3)

Coupler bay

Container separation linefor transport purposes

Met

erin

g b

oar

d

ZR-W low voltage switchgear unit


CUSTOMER'S AREAELECTRICITY

UTILITY PARTELECTRICITY

UTILITY PART

Metering board Metering board



MRw 20/2x1600-6


58

www.zpue.pl

(700x600x1800)

Reactivepower

compensator380 kVAr

Space reservedfor active filter(1800x700x2200)

Low voltage switchgear unit

1ST FLOOR

Repair accessdoor

Hatch

Fan 8

1 2 3 4 5 6 7 8 9 10 11

Bus barBus bar

RT-5RT-3

RT-4

8450

Fan 2Fan 1

(1)

Feed

er b

ayw

ith a

ligh

tnin

gar

rest

er

RPWTP -2 (1) ++ TP -2 (2)

GROUNDFLOOR

(2)

Met

erin

g ba

y

(3)

Tran

sfor

mer

bay

Fan 4Fan 3

Transformer chamber 11600kVA; 15/0,4 kV

30

00

RT-1 RT-2

FIRE ALARM

2W

2W

2U2U

N

2V

2V

2W

2W

2U2U

N

2V

2V

Transformer chamber 21600kVA; 15/0,4 kV

Fa

n 5

Fan 11

Fan 10Fan 9Fan 6 Fan 7

23

x(7

xYK

Y (

1x2

40

mm

)) + 2

+ 1

x(5

xYK

Y (

1x2

40

mm

))

23x(

7xY

KY

(1

x24

0m

m))

+ 2+

1x(

5xY

KY

(1x2

40

mm

))

TR1TR2

1600kVA15/0,4 kV

1600kVA15/0,4 kV

0,4kV switchgear

2

SP1

metering

GTR SF 124.06.16

3

SWT

transformer

M

GTR SF 2V24.06.16

VD4/R24.06.16

3

IP-2480/1

REF 610

M

GTR SF 2V24.06.16

VD4/R24.06.16

3

IP-2480/1

REF 610

3

UMZ24-1

15/0,1

3

TPU 620/5A

GTR SF 124.06.16

Indirect electricitymetering board TP-2 (1)

3

UMZ24-1

15/0,1

3

TPU 620/5A

GTR SF 124.06.16

GTR SF 124.06.16

4

SWT

transformer

1

SLO3

feeder

5

SP1

metering

6

SLO3

feeder

MVBay 2

MVBay 3

MVBay 4

PO

LIM

D1

8N

PO

LIM

D1

8N

15 kV P40x5

PBPM 20PBPM 20

WBP WBP20/0,5A 20/0,5A

2Lgy 16mm 2Lgy 16mm

Fire alarm outsidethe station by the entrance door

Przycisk p.poż. na rozdz nN.


23

xYH

AK

XS

(1

x70

mm

)

Reactive power compensator 380kVAr, 440V

PWS power

CLS6/1B10

CLS6/1B10

2XZ1:1

23x(2xYKY 1x240mm )

23x(2xYKY 1x240mm )

2500A

DEHNBLOCK4P

6Q1

200A

500A

3BF01 3BF01 3BF01 3BF01 3BF01 3BF01 3BF01250A

630A

630A 250A 250A 250A 250A 250A 250A

3NH4230

3NH3430

3NJ4123 3NJ4123 3NJ4123 3NJ4123 3NJ4123 3NJ4123 3NJ4123

2Q2

5Q1

3Q1 3Q2 3Q3 3Q4 3Q5 3Q6 3Q7

2F2

3WL1225-4CB32-1GA2-Z+T40

Lower outgoer bus bar

I

N

PE

Space reserve

7-xNH

I

N

PE

4000A2500A

2Q1

3WL1340-5CB32-1GA2

-Z+B25+T40

630A5Q2

3VL5763- 3DE36-0AA0

2500A

3RV1021-0EA10ASK105.6

2500/5

KL1; 10VA

DEHNBLOCK4P

0,28-0,4A

3RV1021-1JA107-10A

3RV1021-4AA1011-16A

3RV1031-4HA1036-50A

3RV1021-1GA104,5-6,3A

11T1-T3

11Q1

100A160A

100A160A

3NH4030 3NH403011Q2 10Q3

200A

500A

3BF013BF01 3BF01 3BF01 3BF01 3BF01 3BF01250A

630A

250A250A 250A 250A 250A 250A 630A

3NH4230

3NH3430

3NJ41233NJ4123 3NJ4123 3NJ4123 3NJ4123 3NJ4123 3NJ412310Q2

7Q1

9Q29Q1 9Q3 9Q4 9Q5 9Q6 9Q7

11F1 11F2 11F3 11F4 11F5

11P1

Space reservedfor future expansion

10F2

3WL1225-4CB32-1GA2-Z+T40

3

L1,L2,L3 Un=400/230 V, TN-C-S 4000A

Active filter

N10-2.2.1.1.0.00.0

PM175EHAFW.H

to re

activ

e po

wer

com

pens

ator

MODBUS

f

f

A

A

W

W

V

V

I

I I I I I

I

L1,L2,L3 Un=400/230 V, TN-C-S 4000A

N

PE

Space reserve

N

PE

7xNH

4000A2500A

10Q1

3WL1340-5CB32-1GA2

-Z+B25+T40630A7Q2

3VL5763- 3DE36-0AA0

6SP

11T4-T6

11T7

3

1

ASK105.6-1800/5KL1; 10VA

ASK105.6-1800/5KL1; 10VA

Tran

sfor

mer

tem

pera

ture

prot

ectio

n re

lay

N

A1

A2

13

14

21

1.2

41

.14

22

1.2

31.1

3

32

31

44

43StycznikDILR22

230V

L=7mb

1.2

41

.14

1.2

31.1

3

L=7mb

3X1:6 4X1:6

External power

4G63-146

23

10

P3

04

-63

/30

mA

L1

,L2

,L3

,N

L1

,L2

,L3

,N

PE

PE

N

RPW

XZ:1 : 4 XZ:5 : 8XZ:9 : 12

FA

1

XZ:15 : 18

XZ2:13 : 14

2500A

3RV1021-0EA10ASK105.6-2500/5

KL1; 10VA0,28-0,4A

3RV1021-1JA107-10A

3RV1021-4AA1011-16A

3RV1031-4HA1036-50A

3RV1021-1GA104,5-6,3A

1T1-T3

1Q1

100A160A

100A160A

3NH4030 3NH40301Q2 2Q3

1F1 1F2 1F3 1F4 1F5

1P1

3WL1225-4CB32-1GA2-Z+T40

N

3

PE

L1,L2,L3 Un=400/230 V, TN-C-S 4000A

Active filter

N10-2.2.1.1.0.00.0

PM175EH

AFW.HMODBUS

f

f

A

A

W

W

V

V

I I I I I

I

1T4-T6

1T7

3

1

ASK105.6-1800/5KL1; 10VA

ASK105.6-1800/5KL1; 10VA

Med

ium

vol

tage

cont

rol

RPW

Pow

er

Fire

ala

rm b

utto

npo

wer

Low

vol

tage

(4)

Tran

sfor

mer

bay

(5)

Met

erin

g ba

y

(6)

Feed

er b

ayw

ith a

ligh

tnin

gar

rest

er

Spac

e re

serv

edfo

r m

ediu

m v

olt

age

cab

les

entr

y

METERING BOARDS


(700x600x1800)

Reactivepower

compensator380 kVAr

Space reservedfor active filter(1800x700x2200)

Tran

sfor

mer

tem

pera

ture

prot

ectio

n re

lay

to re

activ

e po

wer

com

pens

ator

Med

ium

vol

tage

cont

rol

RPW

Pow

er

Med

ium

vol

tage

cont

rol

Space reservedfor future expansion

Lower outgoer bus bar

Reactive power compensator 380kVAr, 440V

Transformertemperature

protection relay. T-154


Transformertemperature

protection relay. T-154

Rotoblok SF medium voltageswitchgear

Indirect electricitymetering board TP-2 (2)

Switchgear

24 kV 400 V

630 A 4000 A

16 kA 75 kA

40 kA 165 kA

50 Hz

1600/1600 kVA

IP 43


U -Rated voltageN




f - Rated frequency





59

www.zpue.pl


SWITCHGEARLV 0,4kV

29

50

35

50


SWITCHGEARMV 15kV



1600 kVAT 1




1600 kVAT 2


Place forinstallationcable entry

Co

nta

iner

tra

nsf

orm

er s

tati

on

s


Switchgear

17,5 kV

1250 A

31,5 kA

80 kA

50 Hz

IP 43

Medium voltage

U -Rated voltageN




f - Rated frequency



5.5 MRw 15-18 container station

MRw 15-18. Station dedicated to RS station reconstruction

RELF ex medium voltage switchgear electrical diagram

MRw 15/18 container station facade

60

www.zpue.pl

1 32 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

220V DCCabinet

Cabledistribution

cabinet

Heater

RPW

Insulation(mineral wool)

Spac

e fo

ra

rem

ote-

cont

rol

cabi

net

Container separationline for transport

purposes

RELF ex medium voltage switchgear30

00

14600

(1) (2) (3) (4) (5) (6) (7) (8) (9)

(10) (11) (12) (13) (14) (15) (16) (17) (18)

To bay No 10

330

0

SWITCHGEAR15kV


SWITCHGEAR15kV


Heater Heater Heater Heater Heater

To bay No 9

5.6 MRw 20/2x1000-5 "P" container station

MRw 20/2x1000-5 "P". Station specially designed for strip mines as it can be dragged on the ground

MRw 20/2x1000-5 "P" container station diagram

MRw 20/2x1000-5 "P" container station facade

61

www.zpue.pl

N

N

T11000 kVA

115

0

700 700 1200 700 700


Power supplybay

(nr 1)

6100

Outgoingbay

(nr 2)

Outgoingbay

(nr 3)

Battery ofcondensers

(nr 8)

Couplerbay

(nr 4)

Outgoingbay

(nr 6)

Outgoingbay

(nr 5)

Power supplybay

(nr 7)

Battery ofcondensers

(nr 9)

500

Removeextraction fan

UP

SX

S a

uto

ma

tio

nc

irc

uit

ry c

ab

ine

t

32

60

10560

Bus barenclosure6

00

TR

O4

250

55

0

110

0

XG1

T21000 kVA

PersonalProtectiveEquipment

storage areaHeater

Stationdocumentation

shelf

ZK

N

PE

M

216

216

225

T11000 kVA

3

1

2000A

M

IMSa300/5

MICOMP211

Tmax T5S400A

3

Do BK1

LS 107

IMW75/5

MICOMP211

SLM 1

3

kWh kVArh

(2)

(1)


(4) (2)(3)(5) (1)

1TPU

A1

A

M

SZR

SLM 00SLM 00SLM 1SLM 1 SLM 00

4xDEHNguard

440 FM

LS 107

IMW75/5

MICOMP211

SLM 1

3

M

IMSa300/5

MICOMP211

Tmax T5S400A

3

SLM 00SLM 00SLM 1SLM 1 SLM 00

4xDEHNguard

440 FM

T21000 kVA

ZK

3kWh

M

kVArh

1Do BK2

216

216

N

PE

225

2000A

(3) (4) (5) (6)

(7)

BK190 kVAr

(8)

BK290 kVAr

(9)

TPU

2000A

GTR 224.06.16

GTR 2V24.06.16

GTR 224.06.16

GTR 224.06.16

GTR 2V24.06.16


60

02

90

0









Co

nta

iner

tra

nsf

orm

er s

tati

on

s


Removeextraction fan

(1)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Co

up

ler

bay

(4)

Lin

e b

ay

(5)

Tran

sfo

rmer

bay

Rotoblok mediumvoltage switchgear

Front view Side view - left

Switchgear

24 kV 400 V

630 A 2000 A

16 kA 50 kA

40 kA 105 kA

50 Hz

1000/1000 kVA

IP 54


U -Rated voltageN




f - Rated frequency




Switchgear

6 kV 400 V

630 A 1250 A

16 kA 50 kA

40 kA 105 kA

50 Hz

630 kVA

IP 43


U -Rated voltageN



i - Withstand current Nsz

f - Rated frequency




5.7 MRw 6/630-1 container station (powered from an overhead line)

MRw 6/630-1

MRw 6/630-1 container station diagram MRw 6/630-1 container station facade

62

www.zpue.pl

Pow

er s

up

ply

bay

21

00

3150

TR630kVA6/0,4 kV

Ove

rhea

d lin

eco

nnec

tion

Inst

alB

lok

low

vo

ltag

esw

itch

gea

r u

nit

N

102510/16 A

BN-2

TR630 kVA6/0,4 kV


ZK

1xP60x10

3xP60x10

Site lighting cubicle

63A 32A

16A

NSLA 32

LZ 35

9

OEZ BA 250A

N

33 A

V

to remotecontrol circuitry

L1,L2,L3

Tmax T7S1000A

2

OEZ BA 160A

3

OEZ BA 160A10

OEZ BA 250A

11

OEZ BA 400A

N

PE

Overheadline connection

Overhead line6 kV

PO

LIM

-D

OMB-24/BD/160

3xAP40x5



Trans former cha mber

3150

22

50

~2

00

0

lightningarresters

Supportinsulators

Isolatorbushings

2100

22

50

~2

00

0

Low voltage switchg ear 0,4 kV




Stationlighting

Lightsensor

Twilightswitch

InstalBlok low voltageswitchgear unit

Front view

Side view - left

ZK-SN/TPM-W -3(4, 5)

Technical description

Cable box design

The ZK-SN/TPM-W-3 (4,5)

concrete cable box with an external

access is designed as a freestanding

unit for operation with ring or

radial cable network and overhead

lines.

Enclosure

ZK-SN/TPM-W -3 (4, 5) comprises

two monolithic components:

main structure - made from

B30 ferroconcrete,

roof - made from B30

ferroconcrete.

The central component of the cable

box is the TPM-W (SF ) gas 6

insulated medium voltage

switchgear, which can be operated

from outside after the metal access

door is open. The station's floor is

made from concrete with openings

to run medium voltage and low

voltage cables (located under the

medium voltage switchgear unit).

The switchgear unit is compatible

with cable bushings provided by all

leading manufacturers

(EUROMOLD, Raychem, F&G, 3M,

ABB).

6 Concrete medium voltage cable box with (SF )6

gas insulated medium voltage switchgear

Specification Medium voltage switchgear technical specification

24 kV

125/50 kV

145/60 kV

630 A

250 A

16 kA

40 kA

630 A

Dimensions for cable box

ZK-SN/TPM-W -3 ZK-SN/TPM-W -4 ZK-SN/TPM-W -5

Lenght 1500 mm 1800 mm 2400 mm

Width 1100 mm 1100 mm 1160 mm

Height (from the ground) 1800 mm 1800 mm 1900 mm

Roof outline 1650 mm x 1250 mm 1950 mm x 1250 mm 2600 mm x 1360 mm

Total weight 2900 kg 3400 kg 5000 kg

63

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Rated voltage

Rated insulation level between conductors and earth

Rated insulation level across safe isolation gap between phases

Rated continuous current of main busbars and feeder bays

Rated continuous current of main busbars in transformer bay

Rated 1-second withstand current of main busbars and feeder bays

Rated peak current strength of main busbars and feeder bays

Rated short-circuit current @ 24 kV

6.1 Available options for ZK-SN/TPM-W-3 cable box

ZK-SN/TPM-W -3

6.1.1 Option 1. ZK-SN/TPM-W-3/LLL

6.1.2 Option 2. ZK-SN/TPM-W -3/TLL

6.1.3 Option 3. ZK-SN/TPM-W -3/LZZ

64

www.zpue.pl

0,00

15

0

10

0

1100

450

10

01

35

02

50

0,00

65

0

25

04

50 6

50

18

00

1500

PODNAPIĘCIEM

PODNAPIĘCIEM

1650

Vertical cross-sectionFront viewTop view

110

0

1500

60

60

6060

Electrical diagram Front view

1085

148

0

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJAAPIĘCIA OBECNOŚCI N

GNIAZDOROZŁĄCZNIKA

GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJAAPIĘCOBECNOŚCI N IA


GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

6CIŚNIENIA GAZU SF

WKŁADKA

SPRAWNA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

6CIŚNIENIA GAZU SF

L1 L2 L3

GNIAZDO

ŁĄCZROZ NIKA

GNIAZDO

ZIEMNIKAU

SYGNALIZACJA PRZEPALENIA

WKŁADKI BEZPIECZNIKOWEJ

ZABLOKOWANE

ODBLOKOWANE

SYGNALIZACJAPIĘCIA OBECNOŚCI NA

RO

ŁZC

ĄZ

ZAMKN JI

AZ

ĄŁCZ

ZRÓ

WO

T

BLOKADA

SYGNALIZACJA

POŁOŻENIA

ZŁĄRO CZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

1250

148

0

1085

148

0

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJAPIĘCIAOBECNOŚCI NA


GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

6CIŚNIENIA GAZU SF


L1 L2 L3


L1 L2 L3

TPM-W medium voltageswitchgear unit

MEDIUM VOLTAGE SWITC HGEAR



6.1.4 Option 4. ZK-SN/TPM-W -3/TZZ

6.1.5 Option 5. ZK-SN/TPM-W -3/L2Z

6.1.6 Option 6. ZK-SN/TPM-W -3/T2Z

6.1.7 Option 7. ZK-SN/TPM-W -3/LL2Z

65

www.zpue.pl

WKŁADKA

SPRAWNA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

6CIŚNIENIA GAZU SF

L1 L2 L3

GNIAZDO

ŁĄCZNIKAROZ

GNIAZDO

ZIEMNIKAU



ZABLOKOWANE

ODBLOKOWANE


RO

ŁZC

ĄZ

ZAMKN JI

AZ

ĄŁCZ

ZRÓ

WO

T

BLOKADA

SYGNALIZACJAOB PIĘCIA ECNOŚCI NA

L1 L2 L3

PODNAPIĘCIEM

PODNAPIĘCIEM

1250

735

900

148

014

80

148

0

WKŁADKA

SPRAWNA

SYGNALIZACJA

POŁOŻENIA

UZIEM NIKA

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

6CIŚNIENIA GAZU SF

L1 L2 L3

GNIAZDO

ŁĄROZ CZNIKA

GNIAZDO

ZIEMNIKAU



ZABLOKOWANE

ODBLOKOWANE


RO

ŁZC

ĄZ

ZAMKN JI

AZ

ĄŁCZ

ZRÓ

WO

T

BLOKADA

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM


L1 L2 L3


L1 L2 L3

PODNAPIĘCIEM

PODNAPIĘCIEM

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

6CIŚNIENIA GAZU SF


L1 L2 L3

148

0

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

6CIŚNIENIA GAZU SF


L1 L2 L3

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

1085

Co

nta

iner

tra

nsf

orm

er s

tati

on

s






ZK-SN/TPM-W -4

6.2.1 Option 1. ZK-SN/TPM-W -4/LLLL

66

www.zpue.pl

6.2.2 Option 2. ZK-SN/TPM-W -4/TLLL

15

0

10

0

1100

450

10

01

35

02

50

0,00

65

0

1435

148

0

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ZŁĄRO CZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

6CIŚNIENIA GAZU SF

WKŁADKA

SPRAWNA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

6CIŚNIENIA GAZU SF

L1 L2 L3

GNIAZDO

ŁĄCZNIKROZ A

GNIAZDO

ZIEMNIKAU



ZABLOKOWANE

ODBLOKOWANE


RO

ŁZC

ĄZ

ZAMKN JI

AZ

ĄŁCZ

ZRÓ

WO

T

BLOKADA

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKRO A

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJAOBECNOŚ PIĘCIA CI NA


GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

1600

148

0

110

0

1800

60

60

6060

25

04

50 6

50

18

00

1800

PODNAPIĘCIEM

PODNAPIĘCIEM

1950






www.zpue.pl


ZK-SN/TPM-W -5

6.3.1 Option 1. ZK-SN/TPM-W -5/LLLLL

6.3.2 Option 2. ZK-SN/TPM-W -5/TLLLL

6.3.3 Option 3. ZK-SN/TPM-W -5/TLLT

WKŁADKA

SPRAWNA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

6CIŚNIENIA GAZU SF

L1 L2 L3

GNIAZDO

OZŁĄCZNR IKA

GNIAZDO

UZIEMNIKA



ZABLOKOWANE

ODBLOKOWANE


RO

ŁZC

ĄZ

ZAMKN JI

AZ

ĄŁCZ

ZRÓ

WO

T

BLOKADA

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJAOBECN APIĘCIA OŚCI N


GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJAOBE APIĘCIA CNOŚCI N


GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

6CIŚNIENIA GAZU SF

148

0

1785

1950

148

014

80

45

0 65

0

2400

PODNAPIĘCIEM

PODNAPIĘCIEM

2600

190

0

25

0

0,00

116

0

2400

90

90

9090

1360

1160

450

1350

250

0,00

650

200

100

150

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

WKŁADKA

SPRAWNA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJA

POŁOŻENIA

ZŁRO ĄCZNIKA

SYGNALIZACJA

6CIŚNIENIA GAZU SF

L1 L2 L3

GNIAZDO

ŁĄCZNIKAROZ

GNIAZDO

ZIEMNIKAU



ZABLOKOWANE

ODBLOKOWANE

SYGNALIZACJAOBECNOŚCI N PIĘCIA A

RO

ŁZC

ĄZ

ZAMKN JI

AZ

ĄŁCZ

ZRÓ

WO

T

BLOKADA

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKARO

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNIKRO A

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA



GNIAZDOUZIEMNIKA

ZABLOKOWANE

ODBLOKOWANE

ZO

R

Ł ĄCZ

ŁĄ

AC

ZZ

L1 L2 L3

JINK

MA

Z

TO

ZR

ÓW

WKŁADKA

SPRAWNA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJA

POŁOŻENIA

ZŁĄCZNRO IKA

L1 L2 L3

GNIAZDO

ŁĄCZNIKAROZ

GNIAZDO

ZIEMNIKAU



ZABLOKOWANE

ODBLOKOWANE

SYGNALIZACJAPIĘCIOBECNOŚCI NA A

RO

ŁZC

ĄZ

ZAMKN JI

AZ

ĄŁCZ

ZRÓ

WO

T

BLOKADA

1800

67C

on

tain

er t

ran

sfo

rmer

sta

tio

ns







Notes

68

www.zpue.pl


MRw-bpp 20/1000-4 /5P



17

www.zpue.pl

4760

(4)

Met

erin

g b

ay

120

(90

)

2660

(26

30)

N

GTR SF 2V

24.06.16

(5)

GTR SF 124.06.16

(3)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(1)

GTR SF 424.06.16

(4)

3

UMZ

3

TPU

KTS 1141 Regulator

W

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 2000

1016

1016

max1000 kVA

ZK

1xP60x10

23x

(3xY

KY

1x2

40

mm

)22x

YK

Y (

1x24

0 m

m)


3xP80x10

BN-210/16 A

kVAr

1xAP60x10

PE

N

L1, L

2, L

3

NZMN4 -VE1600

or

33

A V/5A

CPZ CPZCPZ

-200

0,00

200

2950

2250

600

600

-200-200






REI 120 REI 120

REI 120

130

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay

(5)

Tran

sfo

rmer

bay

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)


Me

teri

ng

bo

ard

RN

-Wlo

w v

olt

age

swit

chg

ear

un

it




Station lighting

Controlmeasurement









Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design


10RN-W12 (when Rotoblok SF and

Rotoblok 17,5 kVswitchgear units are applied)

RN-W

Co

nta

iner

tra

nsf

orm

er s

tati

on

s






tripcoil

1.1.9 MRw-b (4,7x3) 20/1000 container station

MRw-b (4,7x3) 20/1000

MRw-b (4,7x3) 20/1000/4P container station diagram

MRw-b (4,7x3) 20/1000/4P container station facade

18

www.zpue.pl

3060

4760

N

(4)

GTR 2V24.06.16

(1)

GTR 224.06.16

(2)

GTR 224.06.16

(3)

GTR 224.06.16

KTS 1141 Regulator

W

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 2000

1016

1016

max1000 kVA

ZK

1xP60x10

23x

(3xY

KY

1x2

40

mm

)22x

YK

Y (

1x24

0 m

m)


3xP80x10

BN-210/16 A

3

/5A

kVAr

1xAP60x10

PE

N

L1, L

2, L

3

NZMN4 -VE1600

or

33

A V/5A

CPZCPZCPZ

-300

0,00

200

3050

2350

600

600

-300-300

130






REI 120

REI 120REI 120

(4)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay





Controlmeasurement



Station lightingRotoblok medium voltage switchgear








Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design


10RN-W

19RN-W


tripcoil

Surg

e ar

rest

er

Surg

e ar

rest

er

Surg

e ar

rest

er




1.1.10 MRw-b (5,4x2,6) 20/1000 container station

MRw-b (5,4x2,6) 20/1000

MRw-b (5,4x2,6) 20/1000 /4P container station diagram

MRw-b (5,4x2,6) 20/1000 /4P container station facade

2660

5460

(3)

Co

up

ler-

-mea

surm

ent

bay

N

(4)

GTR 2V24.06.16

(1)

GTR 224.06.16

(2)

GTR 224.06.16

(3)

GTR 224.06.16

3

UMZ

3TPU

KTS 1141 Regulator

W

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 2000

1016

1016

max1000 kVA

ZK

1xP60x10

23x

(3xY

KY

1x2

40

mm

)22x

YK

Y (

1x24

0 m

m)


3xP80x10

BN-210/16 A

kVAr

1xAP60x10

PE

N

L1, L

2, L

3

NZMN4 -VE1600

or

33

A V/5A

CPZ CPZ

-300

0,00

200

3050

2350

600

600

130

-300-300





SWITCHGEARMV 20kV

Power plant part



User part

REI 120

REI 120REI 120

19

www.zpue.pl

(2)

Lin

e b

ay

(1)

Lin

e b

ay

(4)

Tran

sfo

rmer

bay

Power plantpart

User part


RN

-Wlo

w v

olt

age

swit

chg

ear

un

itM

ete

rin

g b

oa

rd



Station lighting


Controlmeasurement









Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

4Rotoblok4

Rotoblok SF 6

Rotoblok 17,5 kV

10RN-W12 (when Rotoblok SF and

Rotoblok 17,5 kVswitchgear units are applied)

RN-W

Co

nta

iner

tra

nsf

orm

er s

tati

on

s


tripcoil

Surg

e ar

rest

er

Surg

e ar

rest

er




1.1.11 MRw-bpp (5,4x3) 30/630 container station

MRw-bpp (5,4x3) 30/630

MRw-bpp (5,4x3) 30/630/4P container station diagram

MRw-bpp (5,4x3) 30/630/4P container station facade

3060

5460

N

3CTS 38

3

VTS 38

LARC LS36.630.16

LARC LS36.630.16

30 kV

LARC LS36.630.16

PB

PM

30

LARC LF36.630.16

(1) (2) (3) (4)

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A




-300

0,00

200

3350

2650

600

600

-300-300

130

REI 120

REI 120REI 120



20

www.zpue.pl

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

(4)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay

Rotoblok SF 36 medium voltage switchgear

Me

teri

ng

bo

ard

RN

-Wlo

w v

olt

age

swit

chg

ear

un

it


Station lighting

Controlmeasurement


Rotoblok SF 36 medium voltage switchgear


4Rotoblok SF 36

10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear







tripcoil

Surg

e ar

rest

er


1.2.1 MRw-b120/630-3 "a" ("b") /4G container station

1.2 Concrete container transformer stations with an internal service and operation equipped with medium voltage switchgear

(SF6) gas insulated.

MRw-b1 20/630-3 “a”/4G MRw-b1 20/630-3 “b”/4G

Standard MRw-b120/630-3 "a(b)"/4G container station diagram

MRw-b120/630-3 "a"/4G container station facade

2510

2510

2660 2660

EI 60 EI 60

N

N

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A




-200 -200-200

0,00

200

2950

2250

600

600

130

-200



REI 120REI 120

REI 120REI 120

21

www.zpue.pl

Front view Rear view Side view - left Side view - right

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)



TPM-CW

medium voltageswitchgear unit

(TPM-W)TPM-CW


(TPM-W)


Station lighting


Controlmeasurement


TPM-CW medium voltageswitchgear unit

(TPM-W)







Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

10RN-W

3

4

11RN-W

TPM-CW

TPM-W


tripcoil

1.2.2 MRw-b2pp 20/630-4 "a" ("b") /4G container station

MRw-b2pp 20/630-4 “a”/4G MRw-b2pp 20/630-4 “b”/4G

Standard MRw-b2pp 20/630-4 "a(b)"/4G container station diagram

MRw-b2pp 20/630-4 "c"/4G container station facade

3210 3210

2660

(26

30)

120

(90

)

2660

(26

30)

120

(90

)

N

N

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

-200-200 -200

0,00

200

2950

2250

600

600

130






REI 120REI 120

REI 120

22

www.zpue.pl

TPM-CW


(TPM-W)TPM-CW


(TPM-W)

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)


Station lighting

Controlmeasurement



TPM-CW medium voltageswitchgear unit

(TPM-W)








Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

10RN-W

3

4

12RN-W

TPM-CW

TPM-W


tripcoil

1.2.3 MRw-bpp 20/1000-3 / 4G container station

MRw-bpp 20/1000-3 “a”/4G MRw-bpp 20/1000-3 “b”/4G

Standard MRw-bpp 20/1000-3 "a(b)"/4G container station diagram

MRw-bpp 20/1000-3 "a"/4G container station facade

4260 4260

2410

(23

80

)

120

(90

)

2410

(23

80

)

120

(90

)

N

N

KTS 1141 Regulator

W

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 2000

1016

1016

max1000 kVA

ZK

1xP60x10

23x

(3xY

KY

1x2

40

mm

)22x

YK

Y (

1x24

0 m

m)


3xP80x10

BN-210/16 A

3

/5A

kVAr

1xAP60x10

PE

N

L1, L

2, L

3

NZMN4 -VE1600

or

33

A V/5A

2950

2250

600

600

130

-200

0,00

200

-200 -200

REI 120REI 120

REI 120






23

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s





4

10



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design 18

TPM-W

RN-W

RN-W


TPM-W medium voltage switchgear unit



Station lighting


Controlmeasurement


Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

TPM

-Wm

ediu

m v

olt

age

swit

chg

ear

un

it

TPM

-Wm

ediu

m v

olt

age

swit

chg

ear

un

it

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

RN

-W lo

w v

olt

age

swit

chg

ear

un

it


tripcoil

1.3.1 MRw-b 20/2x630-4 "b"/4P container station

1.3 Concrete container two-transformer stations with an internal service and operation equipped with

air-insulated medium voltage switchgear.

MRw-b 20/2x630-4 “b”/4P MRw-bpp 20/2x630-4 “b”/4P

Standard MRw-b 20/2x630-4 "b"/4P container station diagram

MRw-b 20/2x630-4 "b"/4P container station facade

47604760

120

(90

)

2660

(26

30)

120

(90

)

2660

(26

30)

NN

NN

GTR SF 2V

24.06.16

(1)

GTR SF 2V

24.06.16

(4)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(3)

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

INP 1250

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x103

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)


3xP50x103

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

CPZ CPZ

200

REI 120 REI 120

600

REI 120

2950

2250

600







-200

0,00

-200-200

130

24

www.zpue.pl

(4)

Transformer bay

(1)

Transformer bay

(2)

Line bay

(3)

Line bay

(4)

Transformer bay

(1)

Transformer bay

(2)

Line bay

(3)

Line bayRN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

I

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

II

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

I

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

II

Fire

-pro

of p

artit

ion

(REI

120)


transformerno-load operation

compensation capacitor

transformerno-load operation

compensation capacitor

Station lighting

Controlmeasurement


Controlmeasurement









4Rotoblok SF

2 x 10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard designLow

volta

gesw

itchg

ear


tripcoil

tripcoil





1.3.2 MRw-b (6,1x2,6) 20/2x630 container station

MRw-b (6,1x2,6) 20/2x630-5 MRw-bpp (6,1x2,6) 20/2x630-5

Standard MRw-b (6,1x2,6) 20/2x630-5 container station diagram

MRw-b (6,1x2,6) 20/2x630-5 container station facade

6160 6160

2660

2660

N

N

N

N

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x103

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10


3xP50x103

/5A

1xAP50x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

or

GTR SF 2V

24.06.16

(5)

GTR SF 2V

24.06.16

(1)

GTR SF 2V

24.06.16

(5)

GTR SF 2V

24.06.16

(4)

GTR SF 424.06.16

(3)

3

UMZ

3

TPU

GTR SF 124.06.16

(1)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(3)

GTR SF 124.06.16

(4)

kVAr

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)

CPZCPZCPZCPZCPZCPZ

200

REI 120 REI 120

600

REI 120

3050

2350

600









-300 -300

0,00

-300

130

25

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s





5Rotoblok SF

2 x 10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard designLow

volta

gesw

itchg

ear



(2)

Lin

e b

ay

(1)

Lin

e b

ay

(3)

Lin

e b

ay

(4)

Tran

sfo

rmer

bay

(5)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(4)

Lin

e b

ay

(1)

Tran

sfo

rmer

bay

(5)

Tran

sfo

rmer

bay


RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

II

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

II

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

I

Me

teri

ng

bo

ard

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

I

Rotoblok SF medium voltage switchgearRotoblok SF medium voltage switchgear



Station lighting

Controlmeasurement

Controlmeasurement







tripcoil

tripcoil

tripcoil

tripcoil






CPZ - short - circuit indicatorindirect

energy measurement

1.3.3 MRw-b (6,1x3) 20/2x630 container station

MRw-b (6,1x3) 20/2x630-5 MRw-bpp (6,1x3) 20/2x630-6

Standard MRw-b (6,1x3) 20/2x630-5(6) container station diagram

MRw-b (6,1x3) 20/2x630-5 container station facade

3060

3060

(4)

Co

up

ler-

-met

erin

g b

ay

61606160

N

N N

N

CPZ

(1)

GTR 224.06.16

(2)

GTR 224.06.16

(4)

GTR 2V24.06.16

3

UMZ

3

TPU(3)

GTR 424.06.16

or(5)

GTR 2V24.06.16

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(1)

GTR SF 424.06.16

(4)

3TPU

3

UMZ

GTR SF 124.06.16

(3)

GTR SF 2V

24.06.16

(6)

GTR SF 2V

24.06.16

(5)

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10


3xP50x10

1xAP50x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

kVAr

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)

CPZCPZCPZCPZ

200

REI 120 REI 120

REI 120

600

3050

600

2350









-300 -300

0,00

-300

130

26

www.zpue.pl




(2)

Lin

e b

ay

(1)

Lin

e b

ay

(4)

Met

erin

g b

ay

(4)

Tran

sfo

rmer

bay

(5)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(1)

Lin

e b

ay

(3)

Lin

e b

ay

(5)

Tran

sfo

rmer

bay

(6)

Tran

sfo

rmer

bay




RN-W low voltageswitchgear unit,

section I Metering board


section II


section IIMetering board


section I


Station lighting



Controlmeasurement

Controlmeasurement







2 x 10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard designLow

volta

gesw

itchg

ear

Rotoblok SF

Rotoblok

Rotoblok 17,5 kV7

5

5


tripcoil

tripcoil

tripcoil

tripcoil

Surg

e ar

rest

er

Surg

e ar

rest

er








1.3.4 MRw-b (6,1x3) 20/2x630-5 container station (1000 - optional equipment)

MRw-b (6,6x2,6) 20/2x630-5

MRw-b 20/2x630 -5 container station diagram(1000) (6)


MRw-b (6,6x3) 20/2x1000-6

6660

2660

6660

3060

N

N

N

N

(4)

Co

up

ler-

-met

erin

g b

ay

CPZ

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(1)

GTR SF 124.06.16

(1)

GTR SF 424.06.16

(4)

3TPU

3

UMZ

GTR SF 124.06.16

(3)

GTR SF 2V

24.06.16

(6)

GTR SF 2V

24.06.16

(5)

GTR SF 2V

24.06.16

(5)

GTR SF 2V

24.06.16

(4)

GTR SF 124.06.16

(3)

or

INP 1250

1016

NZMN4 -VE1600

or INP 1250

NZMN4 -VE1600

or

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

max1000 kVA

ZK

1xP50 10(60)x

23x

(2xY

KY

1x2

40

mm

)(3

)

21

xYK

Y (

1x24

0 m

m)

(2)


3xP50 x10(80)3

/5A

kVAr

1xAP50(60)x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

1016

max1000 kVA

ZK


3

/5A

1xAP50(60)x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

kVAr

23x

(2xY

KY

1x2

40

mm

)(3

)2

1xY

KY

(1x

240

mm

)(2

)

1xP50 10(60)x

3xP50 x10(80)

INP 2000

or INP 2000

or

616 KTS 1141 Regulator

W

616KTS 1141 Regulator

W

CPZCPZCPZCPZ

200

600

REI 120

3050

2350

600









-300 -300

0,00

-300

REI 120 REI 120

130

27

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

(1)

Lin

e b

ay

(2)

Lin

e b

ay

(3)

Co

up

ler

bay

(4)

Tran

sfo

rmer

bay

(5)

Tran

sfo

rmer

bay

(1)

Lin

e b

ay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(5)

Tran

sfo

rmer

bay

(6)

Tran

sfo

rmer

bay


RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

I

RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

II

RN-W low voltageswitchgear unit, section I


section I

Metering

board





(in the event a transformer rated above630 kVA is installed)


(in the event a transformer rated above630 kVA is installed)

Controlmeasurement

Controlmeasurement








Usable area:

Note:Optional accessories are marked

215,53 m(18,10)

in red.

2 x 10RN-W


Maximum transformer rating - 630 kVA(1000)

Med

ium

volta

gesw

itchg

ear


Standard design

Standard designLow

volta

gesw

itchg

ear

Rotoblok SF

Rotoblok

Rotoblok 17,5 kV

4 (5)6 (7)4 (5)

Station lighting


tripcoil

tripcoil

tripcoil

tripcoil







1.3.5 MRw-b 20/2x630 container station

MRw-b (7,1x2,6) 20/2x630-7

MRw-b 20/2x630-7(6) container station diagram


MRw-b (7,1x3) 20/2x630-6

7160

2660

3060

7160

N

N

N

N

GTR SF 124.06.16

(1)

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(3)

GTR SF 124.06.16

(4)

GTR SF 2V

24.06.16

(6)

GTR SF 2V

24.06.16

(7)

or(1)

GTR 224.06.16

(2)

GTR 224.06.16

(3)

GTR 224.06.16

(5)

GTR 2V24.06.16

3

UMZ

3

TPU(4)

GTR 424.06.16

(6)

GTR 2V24.06.16

GTR SF 424.06.16

(5)

3

UMZ

3

TPU

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10


3xP50x10

1xAP50x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

kVAr

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)

CPZ CPZ CPZCPZCPZCPZCPZ

200

REI 120

130

600

3050

600

2350









-300

0,00

REI 120

-300

2 x 10RN-W

RN-W

Rotoblok SF

Rotoblok7 (8)

5 (6)

Rotoblok 17,5 kV 5 (6)

2 x 14 (for MRw-b (7.1x3)container station)

28

www.zpue.pl



2Usable area: 16,74 (19,51) m




Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design


Rotoblok medium voltage switchgear(2

)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay

(4)

Lin

e b

ay

(5)

Met

erin

g b

ay

(6)

Tran

sfo

rmer

bay

(7)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay

(4)

Met

erin

g b

ay

(5)

Tran

sfo

rmer

bay

(6)

Tran

sfo

rmer

bay

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

I

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

IIM

ete

rin

g b

oa

rd


section I


section II

Metering

board

Rotoblok SF medium voltage switchgear Rotoblok medium voltage switchgear



Station lighting

Controlmeasurement

Controlmeasurement






Surg

e ar

rest

er

tripcoil







Surg

e ar

rest

er

Surg

e ar

rest

er

tripcoil

tripcoil

tripcoil



1.3.6 MRw-b 20/2x630 container station

MRw-b 20/2x630-6(9) container station diagram


MRw-b (8,1x2,6) 20/2x630-6 MRw-b (8,1x3) 20/2x630-9

8160

2660

3060

8160

N

N

N

N

or(1)

GTR 224.06.16

(2)

GTR 224.06.16

(3)

GTR 224.06.16

(5)

GTR 2V24.06.16

(6)

GTR 2V24.06.16

(4)

GTR 224.06.16

GTR SF 124.06.16

(6)

GTR SF 124.06.16

(3)

GTR SF 124.06.16

(7)

GTR SF 124.06.16

(4)

GTR SF 2V

24.06.16

(9)

GTR SF 2V

24.06.16

(1)

GTR SF 424.06.16

(8)

3

UMZ

3

TPU

GTR SF 424.06.16

(2)

3

UMZ

3

TPU

GTR SF 424.06.16

(5)

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x103

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

3xP50x103

/5A

1xAP50x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

kVAr

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)


CPZCPZCPZ CPZCPZCPZCPZ

200

REI 120

130

600

3050

600

2350









-300

0,00

REI 120

-300

29

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

RN-W

RN-W

Rotoblok SF

Rotoblok

Rotoblok 17,5 kV

2 x 20 (for MRw-b (8,1x3)container station)



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

2 x 10

9 (10)6 (7)

6 (7)



Usable area:


219,16 (22,33) m

in red.

Rotoblok medium voltage switchgear Rotoblok SF medium voltage switchgear

(2)

Lin

e b

ay

(3)

Lin

e b

ay

(1)

Lin

e b

ay

(4)

Co

up

ler

bay

(5)

Tran

sfo

rmer

bay

(6)

Tran

sfo

rmer

bay

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

I

RN

-W lo

w v

olt

age

swit

chg

ear

un

it,

sect

ion

II


section I

Metering

board

Metering

board


section II

(1)

Tran

sfo

rmer

bay (2

)Tr

ansf

orm

erb

ay (3)

Lin

e b

ay

(4)

Lin

e b

ay

(5)

Co

up

ler

bay

(6)

Lin

e b

ay

(7)

Lin

e b

ay

(8)

Met

erin

g b

ay

(9)

Tran

sfo

rmer

bay

Rotoblok SF medium voltage switchgearRotoblok medium voltage switchgear



Station lighting

Controlmeasurement


Controlmeasurement







Surg

e ar

rest

er

tripcoil







Surg

e ar

rest

er

Surg

e ar

rest

er

tripcoil

tripcoil

tripcoil



1.4.1 MRw-bpp 20/2x630-4 "a" /4G container station

1.4 Concrete two-transformer container stations with internal service and operation equipped with medium voltage switchgear in (SF6) gas insulated.

MRw-bpp 20/2x630-4 “a”/4G

Standard MRw-bpp 20/2x630-4 "a"/4G container station diagram

MRw-bpp 20/2x630-4 "a" /4G container station facade

4760

120

(90

)

2660

(26

30)


N

N

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10


3xP50x10

1xAP50x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

kVAr

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)

3

/5A

3

/5A

200

REI 120 REI 120

600

REI 120

2950

2250

600









-200

0,00

-200-200

130

30

www.zpue.pl

Fire

-pro

of p

artit

ion

(REI

120)

Fire

-pro

of p

artit

ion

(REI

120)

RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

I

RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

II




Station lighting

Controlmeasurement




Controlmeasurement







4

2 x 10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard designLow

volta

gesw

itchg

ear

TPM-W


tripcoil

tripcoil

1.4.2 MRw-b 20/2x630-4"b" /4G container station

Standard MRw-b 20/2x630-4 "b"/4P container station diagram

MRw-b 20/2x630-4 "b"/4P container station facade

MRw-b 20/2x630-4 “b”/4G MRw-bpp 20/2x630-4 “b”/4G

4760

120

(90

)

2660

(26

30)

NN

4760

120

(90

)

2660

(26

30)

NN

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

INP 1250

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x103

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

5678910

NH

2

NH

2

NH

2

NH

2

Rese

rve

1xP50x10

3xP50x103

/5A

kVAr

1xAP50x10

PE

N

Rese

rve

234 1

PEN

NH

2

NH

2

NH

2

NH

2

INP 1250

1016

max630 kVA

ZK

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)


L1, L

2, L

3

33

AV /5A

200

REI 120 REI 120

600

REI 120

2950

2250

600









-200

0,00

-200-200

130

31

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s






4

2 x 10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard designLow

volta

gesw

itchg

ear

TPM-W

RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

IR

N-W

low

vo

ltag

esw

itch

gea

r u

nit

, sec

tio

n II

RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

IR

N-W

low

vo

ltag

esw

itch

gea

r u

nit

, sec

tio

n II

TP

M-W

me

diu

m v

olt

ag

esw

itch

ge

ar

un

it

TP

M-W

me

diu

m v

olt

ag

esw

itch

ge

ar

un

it

Fire

-pro

of p

artit

ion

(REI

120)




Station lighting

Controlmeasurement

Controlmeasurement






tripcoil

tripcoil

1.4.3 MRw-b (5,4x2,6) 20/2x1000-4 /4G container station

MRw-b (5,4x2,6) 20/2x1000-4/4G

Standard MRw-b (5,4x2,6) 20/2x1000-4 /4G container station diagram

MRw-b (5,4x2,6) 20/2x1000-4 /4G container station facade

5460

2660

N

N

INP 2000

1016

616

NZMN4 -VE1600

or

616

INP 2000

NZMN4 -VE1600

or

Regulator KTS 1141

W

Łk 15

1 0 2

BN-2

10/16 A 10/16 A

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

max1000 kVA

ZK

1xP60x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP80x10

Rozdzielnica nN typu RN-W

3

/5A

kVAr

1xAP60x10

PE

N

L1, L

2, L

3

33

A V/5A

2345678910 1

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

1016

max1000 kVA

ZK

1xP60x10


3xP80x10

Rozdzielnica nN typu RN-W

3

/5A

1xAP60x10

PE

N

L1, L

2, L

3

33

AV /5A

Rese

rve

kVAr

23x

(3xY

KY

1x2

40

mm

) 22x

YK

Y (

1x24

0 m

m)

Regulator KTS 1141

W

200

REI 120 REI 120

600

REI 120

3050

2350

600

-300

0,00

-300-300

130









32

www.zpue.pl



RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

I

RN

-W lo

w v

olt

age

swit

chg

ear

un

it, s

ecti

on

II






Station lighting

Controlmeasurement

Controlmeasurement







4

2 x 10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard designLow

volta

gesw

itchg

ear

TPM-W


tripcoil

tripcoil

MRw-bS...

MRw-bS... Concrete transformer

station SYSTEM according

to individual customers

requirements.

MRw-bS... container station system

comprises standard concrete

containers, which are bolted

together. There is possible any

configuration of the station

equipped with medium voltage and

low voltage switchgears. Each

container is composed of two

reinforced concrete modules:

foundation and side walls together

with floor base.

Container station equipment

(doors, door frames and ventilation

shutters made of aluminium). The

station's roof cover all of the joined

containers and can be made in two

architectural designs: two slope

roof or hip roof consisting of a light

structure made of steel profiles,

coated by metal roofing sheets.

Optional casings that can be

arranged into a SYSTEM:

Dimensions:

height 2250 (2350

(max 3000)) mm main structure

+... mm station roof + 900 mm

station foundation,

width, length - consult the

manufacturer.

This catalogue presents

examples of actually existing

stations. It is possible to produce

many other solutions according to

individual requirements. ZPUE S.A.

will present design proposals free

of charge.

1.5 MRw-bS concrete transformer stations

33

www.zpue.pl

Co

nta

iner

tra

nsf

orm

er s

tati

on

s

1.5.1 MRw-bS 20/2x630-9 container station


MRw-bS 20/2x630-9

MRw-bS 20/2x630-9 container station diagram

MRw-bS 20/2x630-9 container station facade

4760

2660

4760 2510

NN

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

T1630 kVA

T2630 kVA

ZK

L1, L

2, L

3

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

Łk 15

1 0 2

BN-2

2345678910 1

PEN

INP 1250

ZK

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)

L1, L

2, L

3


1xP50x10

3xP50x10

Rese

rve

Rese

rve

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

10/16 A1016

101610/16 A

(9)

GTR 2V24.06.16

(8)

GTR 2V24.06.16

(2)

GTR 224.06.16

(4)

GTR 224.06.16

(5)

GTR 224.06.16

(6)

GTR 224.06.16

(7)

GTR 224.06.16

(1)

GTR 224.06.16

GTR 224.06.16

(3)

INP 1250

-200

0,00

2950

2250

600

600











-200

34

www.zpue.pl

Switchgear

24 kV 400 V

630 A 1250 A

16 kA 16 kA

40 kA 35 kA

50 Hz

630/630 kVA

IP 43


U -Rated voltageN




f - Rated frequency



Weight:- foundation- main structure- metal roof

16500 kg22600 kg16000 kg

(2)

Lin

e b

ay

(1)

Lin

e b

ay

(3)

Co

up

ler

bay

(4)

Lin

e b

ay

(5)

Lin

e b

ay

(6)

Lin

e b

ay

(7)

Lin

e b

ay

(8)

Tran

sfo

rmer

bay

(9)

Tran

sfo

rmer

bay

RN

-W lo

w v

olt

age

swit

chg

ear

un

itR

N-W

low

vo

ltag

esw

itch

gea

r u

nit



Stationlighting


section I

RN-W low voltageswitchgear unit,section II

Front view Side view - left (right)


Switchgear

24 kV 400 V

630 A 1250 A

16 kA 16 kA

40 kA 35 kA

50 Hz

630/630 kVA

IP 43


U -Rated voltageN


l - Short time withstand current (1 sec)N1s


f - Rated frequency



1.5.2 MRw-bS 20/2x630-7 container station

MRw-bS 20/2x630-7

MRw-bS 20/2x630-7 container station diagram

MRw-bS 20/2x630-7 container station facade

4760

2660

2660

N

N

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

T1630 kVA

T2630 kVA

ZK

L1, L

2, L

3

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

Łk 15

1 0 2

BN-2

2345678910 1

PEN

INP 1250

ZK

23x

(2xY

KY

1x2

40

mm

) 21x

YK

Y (

1x24

0 m

m)

L1, L

2, L

3


1xP50x10

3xP50x10

Rese

rve

Rese

rve

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

10/16 A1016

101610/16 A

(7)

GTR 2V24.06.16

(3)

GTR 224.06.16

(4a)

GTR 224.06.16

(4b)

GTR 224.06.16

(5)

GTR 224.06.16

(6)

GTR 224.06.16

(2)

GTR 224.06.16

(1)

GTR 2V24.06.16


2950

2250

600

-200

0,00

-200






35

www.zpue.pl

Weight:- foundation- main structure- metal roof

13000 kg18000 kg12000 kg


Co

nta

iner

tra

nsf

orm

er s

tati

on

s

Rear view Side view - left (right)



RN

-W lo

w v

olt

age

swit

chg

ear

un

itR

N-W

low

vo

ltag

esw

itch

gea

r u

nit

(1)

Tran

sfo

rmer

bay

(7)

Tran

sfo

rmer

bay

(2)

Lin

e b

ay

(6)

Lin

e b

ay

(3)

Lin

e b

ay

(5)

Lin

e b

ay

(4b

)

Co

up

ler

bay

(4a)

Co

up

ler

bay


Stationlighting


section I

RN-W low voltageswitchgear unit,section II


Switchgear

24 kV 400 V

630 A 4000 A

16 kA 75 kA

40 kA 165 kA

50 Hz

2500/2500 kVA

IP 43


U -Rated voltageN




f - Rated frequency




MRw-bP...

To reduce the cost of investment

for sites with high power demand,

two level concrete transformer

stations can be applied. The main

advantage of these stations is

concentration of high power rating

transformers within a compact

building

Our proprietary design and

technology office as well as cast

concrete block production line

allow production of other non-

standard, two-level transformer

station designs.

1.6 MRw-bP- two level concrete transformer stations

1.6.1 MRw-bP 20/2x2500-6 container station

MRw-bP 20/2x2500-6

4760 4760

2660

2660

2660

2660

Ground floor

1 st floor

Cable conduit

(3)

Transformer

circuit-breaker

bay

(4)

Transformer

circuit-breaker

bay

36

www.zpue.pl

Cable conduit

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear

Rot

oblo

k SF

med

ium

vol

tage

sw

itch

gear



(1)

Line bay

(2)

Line bay

(5)

Line bay

(6)

Line bay

MRw-bP 20/2x2500-6 container station diagram

MRw-bP 20/2x2500-6 container station facade

5 6 7 8 9 10 11 12 13 14 15

PEN

NH

3

NH

3

NH

3

NH

3

NH

2

NH

2

NH

2

NH

2

NH

1

NH

1

NH

1

T12500 kVA

ZK

2xP100x10 2xP100x103x(3xP100x10) 3x(3xP100x10)


ZK


2025

625

625

NZMN4-AE1000

NZMN4-AE1000

NZMN4-AE1000

NZMN4-AE1000

12

13

14

15

3 3

3 3SKa SKa

4000/5

4000/5

IZMH3-V4000

IZMH3-V4000

IZMN2-V32001 2 3 4 5 6 7 8 9 10 11

NH

3

NH

3

NH

3

NH

3

NH

2

NH

2

NH

2

NH

2

NH

1

NH

1

NH

1

NZMN4-AE1000

NZMN4-AE1000

NZMN4-AE1000

NZMN4-AE1000

1

2

3

4

PEN

Station auxiliaries

W

W

KTS 1141 Regulator

T22500 kVA

3x(3xP100x10) 3x(3xP100x10)

625

625

KWhkVArh

KWhkVArh

616

616

V V

A A3 3

4000/5 4000/5

GTR SF 124.06.16

(2)

GTR SF 124.06.16

(1)

GTR SF 424.06.16

(3)

3

M HD4/R

MupaszCompact IP 24

GTR SF 124.06.16

(5)

GTR SF 124.06.16

(6)

GTR SF 424.06.16

(4)

3

M HD4/R

MupaszCompact IP 24

2025

625

625

Fan

W

W

-300 -300

260

060

030

50

SWITCHGEARLV 0,4kV


SWITCHGEARLV 0,4kV


SWITCHGEARMV 20kV


SWITCHGEARMV 20kV


37

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s

Rotoblok SF medium voltageswitchgear

KTS 1141 Regulator

KTS 1141 Regulator

KTS 1141 Regulator

Fan

Fan

Fan

Station auxiliaries

Front view Side view - right


Minibox, Mzb1, MRw-bk

Introduction


Concrete container transformer

stations with an external service are

designed as freestanding units for

operation with cable networks, ring

or radial medium voltage cable and

overhead lines and low voltage

cable networks. They provide

electrical power to public buildings,

and also to:

residential area in towns and

cities,

parks and recreational areas,

suburban residential and rural

areas,

construction sites,

Industrial parks and workshops.Container stations are transported

to the installation site complete and

ready for operation. Once the

container is positioned, medium

and low voltage cables and




These container station comprise

two monolithic components:

main structure (side walls and

base floor) - made from B30

ferroconcrete,

roof - made from B30

ferroconcrete or metal (for

Minta 20/630 station).Main structure with installed

medium voltage and low voltage

switchgear and a transformer has

ventilation openings protected with

aluminium slats ensuring IP 43

degree of protection. Additional

foundation is not necessary when

constructing the station, however

the subsoil must be prepared

according to construction

guidelines. The container stations

are delivered to place of installation

together with cable glands. Once

the foundation is constructed low

voltage and medium voltage cables

must be run through cable glands.

In front of transformer chamber

there is a sealed oil collection pit,

which can contain the entire

contents of transformer's oil tank.

The station foundation is insulated

on both sides in order to prevent

ingress of groundwater inside the

station and leaking of the

transformer oil into the ground in

the event of transformer failure.

The station's ventilation is

convection-based through specially

designed ventilation openings

protected with aluminium slats and

through ventilation openings in the

station's doors (Mzb1 station has

an additional ventilation gap

located under the station's roof).

Standard station design allows

placement in the transformer

chamber of a hermetically sealed

oil-filled transformer with a rating

up to 630 kVA (up to 250 kVA for

MRw-bk 20/250 station)

Transformer can be placed in the

chamber after the station's roof is

removed. Standard installed

switchgear:


TPM-W,

TPM-CW,


the manufacturer.

Low voltage type:

RN-W,


the manufacturer.

Switchgear cubicles are

independent station components

and they can be srviced when the

doors for LV or MV switchgears are

open. Connections between

medium voltage switchgear and the

transformer as well as between the

transformer and low voltage

switchgear are made with cables

(however (as an option) there is

possibility to make all this

connections with busbars).

2 Externall serviced and operation concrete transformer stations

38

www.zpue.pl

Container station

installation into ground

The first stage of building container

station installation is excavating the

pit as shown in the figure below.

Earth ring conductor must be laid in

the pit and then connected to the

station's control systems. A 200

millimetre layer of sand and gravel

bedding must be constructed under

the station. Special attention must

be paid to levelling the underlying

bedding. Once the bedding is

prepared as described above:

Construct the station's main

structure, place the transformer in

the chamber from the top placing

it on rails) and install the roof.

If the container station is installed




efficient drains should be

constructed around the station's

building. The station can be also

constructed in category 3 and 4

mining excavation area, which has

been certified by an opinion issued

by a construction expat.

In this instance, in order to ensure a

correct foundation design, it is

required to construct an additional

sliding layer comprising two layers

of sandless tar paper laid on a 100

millimetre concrete screed slab and

provide a 500 millimetre sand

cushion under the entire footing (in

the form of subsoil or made ground

in the excavated pit).

Minibox 20/630 container station foundation

* - height according to architectural requirements

Roof lifting lugs

100

100

4540

~850

*(~1

00

0)

16

50

*(1

50

0)

Sandbedding

Gravel bedding(if constructed on a wetland)

Pit

Earthingleads

Earth ringconductor

~1000

~ 01 00

100

0,00

0,00

750

*(9

00)

Container lifting lugs




ITGEAR

SWH

LV

C

e N

otać!

i dyk

zUą

n edz

i

re

l

zt

n

ery

e

ek

c

eN

aot

ć!

i dyk

U zn

ąde

rz

ie

ltzrn

e

e ey

kc

7539

39

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U -Rated voltageN


l - Rated short - time withstand current N1s


f - Rated frequency

S - Maximum transformer rated powerN


Switchgear

24 kV 400 V

400 / 630 A 1250 A

16 kA 16 / 20 kA

40 kA 35 / 40 kA

50 Hz

630 kVA

IP 43



Minibox 20/630 “a” Minibox 20/630 “b”

Standard Minibox 20/630-3 "a(b)"/3(4)G container station diagram

Minibox 20/630 "a" container station facade

2.1 Minibox 20/630 container station

2540 2540

1975

1975

N

N

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

MV 20kV


ELEKTRYCZNE

SWITCHGEAR


ELEKTRYCZNE


ELEKTRYCZNE


ELEKTRYCZNE


16501750

750

0,00 0,00 0,00

600

600

100

40 www.zpue.pl

TPM

-W m

ediu

m v

olt

age

swit

chg

ear

un

it

TPM

-W m

ediu

m v

olt

age

swit

chg

ear

un

it

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

RN

-W lo

w v

olt

age

swit

chg

ear

un

it


Station lighting



Controlmeasurement


Side view - leftRear viewFront view

Weight:- main structure 4800 kg- roof

- concrete 1800 kg- metal 300 kg



4

10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear


TPM-W


tripcoil

Mzb1 20/630

Standard Mzb120/630 container station diagram

Standard Mzb120/630 container station facade

2.2 Mzb120/630 container station

3060

1710

N

or

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

0,00


SWITCHGEAR MV

Nie dotykać!Urządzenieelektryczne21

60230

0

650

1000,000,00

41www.zpue.pl

Medium voltage

switchgear type:

TPM-W (TLL configuration)

or TPM-CW (LLTL configuration)

Co

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Station lighting

Controlmeasurement



TPM-W medium voltage switchgear unitTPM-CW medium voltage

switchgear unit

Rear viewFront view Side view - left



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design

3TPM-W

12

10

RN-W

RN-W

4TPM-CWWeight:- main structure 7600 kg- concrete roof 1800 kg




tripcoil

tripcoil

SWITCHGEAR LV

MRw-bk 20/250

Standard MRw-bk 20/250 container station diagram

MRw-bk 20/250 container station facade

2.3 MRw-bk 20/250 simplified, freestanding container transformer station

110

0

1800

2 3 41

NH

2

NH

3

NH

2

NH

2

NH

21016

max250 kVA

ZK

L1, L2, L3

23x

(1xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)

Medium voltage cablefrom the outside

BN-210/16 A

V

3

3 A

/5A

3

/5A

1xAP50x10

PE

N PEN

1xP50x10

3xP50x10

0,000,000,00

180

065

0

0,00




SWITCHGEARLV 0,4kV


Rozd

ziel

-ni

ca n

N

4RN-W

Maksymalna moc transformatora - 250 kVA

42 www.zpue.pl

RN

-W lo

w v

olt

age

swit

chg

ear

un

it

Station lighting

Sem

i-di

rect

elec

tric

ity m

eter

ing RN-W low voltage

switchgear unit

Rear viewFront view Side view - left Side view - right

Weight (excluding transformer) 4800 kg



Low

volta

gesw

itchg

ear

Standard design


WST 20/630 - Round tower station

Introduction

Station design

The WST 20/630 small size

concrete transformer station with

an external service is designed as a

freestanding unit for operation

with cable network, ring or radial

medium voltage cable and

overhead line and low voltage cable

network. They provide electrical

power to public buildings, and also

to:


cities,


suburban residential and rural

areas,

construction sites,

Industrial parks and workshops.

The station is transported to its

place of installation fully equipped

with medium and low switchgear

units and all internal systems. Once

the station is positioned, it only

requires the connection of external

medium voltage and low voltage

cables, earth ring conductor and

placing and connecting of the

transformer.

WST 20/630 Station design

incorporates four monolithic cast

blocks made from B30

ferroconcrete:

Foundation (cable compartm-

ent with the glands)

Main structure incorporating

medium voltage and low

voltage switchgear,

transformer chamber

Station roof (see point 5)The station's roof can be made of

metal or a steel profiles clad with

metal roofing tiles or bitumen

shingles.

In main service corridor we can find

hatches to the foundation part and

transformer chamber.

The station's floor is made from

concrete with openings for medium

voltage and low voltage cables. The

transformer chamber is designed as

sealed basin which can hold all

transformer’s oil in case of failure.

Additional foundation is not

necessary, however the subsoil

must be prepared according to

construction guidelines. The

container station is delivered to its

place of installation equipped with

cable glands through which low

voltage and medium voltage cables

must be pass. The station's

ventilation is convection-based

through specially designed

ventilation openings located in the

lower section of the main structure

and also through the station's doors

and an additional ventilation gap

located under the station's roof.

Station design allows to use

hermetically sealed oil-filled

transformer up to 630 kVA.

Transformer installation is carried

from the outside when the roof is

removed. Transformer can be

accessed through a hatch located

at the top of the main structure.

Standard installed switchgear:


TPM-CW,


the manufacturer.

Low voltage type:

RN-W,


the manufacturer.

Switchgear cubicles are


and they can be accessed and

operated from the common

corridor inside the station.

Connections between medium

voltage switchgear and the



switchgear are made with cables.

3 WST 20/630 small size round tower concrete transformer station

43www.zpue.pl

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U -Rated voltageN




f - Rated frequency



Switchgear

24 kV 400 V

400 / 630 A 1250 A

16 kA 16 / 20 kA

40 kA 35 / 40 kA

50 Hz

630 kVA

IP 43



Container station

foundation

The first stage of building container

station foundation is excavating

the pit. Earth ring conductor must

be laid in the pit and then

connected to the station's control

systems terminals. A 200 millimetre

layer of sand and gravel bedding

must be constructed under the

foundation. Then a 250 mm lean

concrete slab must be poured on

top. Special attention must be paid

to the correct levelling the base

plate.

Once the bedding is prepared as

described above: Place the

foundation, then the station's main

structure, place the transformer in

the chamber from the top

arranging it on rails) and install the

roof. If the container station is

installed on wetland, the

foundation should be additionally

protected with moisture barrier and

a system of efficient drains should

be constructed around the station's

building.

Once the station is correctly placed,

make sure that ventilation conduits

at the bottom of the station are not

obstructed.

Station installation method Pit under the station

PODNAPIĘCIEM

PODNAPIĘCIEM

PODNAPIĘCIEM

SYGNALIZACJA

6CIŚNIENIA GAZU SF

GNIAZDOZNIKAROZŁĄC

ŁZO

R

CĄ Z

ŁĄ

AC

ZZ


ŁZO

R

CĄ Z

ŁĄ

AC

ZZ

SYGNALIZACJAOBECNOŚCI NAPIĘCIA

L1 L2 L3


L1 L2 L3

GNIAZDONIKAUZIEM

JINK

MA

Z

ZWTO

RÓ

GNIAZDONIKAUZIEM

JINK

MA

Z

ZWTO

RÓ

ZABLOKOWANE

ODBLOKOWANE

ZABLOKOWANE

ODBLOKOWANE

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

GNIAZDONIKAUZIEM

Z

Ó

R

W OT

AZM NK JI


ŁA

Z

CĄZ

OR

ĄŁZ

ZC

ZABLOKOWANE

ODBLOKOWANE


L1 L2 L3

SYGNALIZACJA

POŁOŻENIA

ROZŁĄCZNIKA

SYGNALIZACJA

POŁOŻENIA

UZIEMNIKA

SPRAWNA

WKŁADKA

SYGNALIZACJA PRZEPALENIA WKŁADKI BEZPIECZNIKOWEJ

Foundation(cable compartment)

Pedestrianpavement

Subsoil

Transforamerchamber

The main structure(medium and low

voltage switchgear )

Roof

-250÷300

Concrete slab

Gravel bedding

0,00

~820

130

0~2

5010

0

100

204

022

50~7

70

100

÷15

0

min 402 0n

00

m 4i

2

100

0

1000

PITEarth ring conductor

Earthing conductor

m n 2 00i

4 im n 2400

160÷

1650

44 www.zpue.pl

Sand bedding

Low

vo

ltag

e sw

itch

gea

r

Available roof types

Concrete roof

Tall metal roof

Roofing material

Roof type Optional roofing materials

Medium and low voltage cable entry

Cross-section view and dimensions of medium and low voltage cable entry Assembly and sealing of mediumand low voltage cable entryin the station's foundation

~820

Front view~1

530

Concrete slab Bitumen shingle

Tall metal roof

A-A

A

A

045

4 openings φ550every 90

6 conduits

φ110

3 conduits φ160

3 conduits φ160

Door CENTRE LINE

6 conduits φ110

33

053

0

13

00

φ2200

BB

B-B

045

4 openings φ550every 90

3 conduitsφ160

6 conduits φ110

6 conduits φ110

3 conduitsφ160

φ2200SCALE 1:50

33

053

0

13

00

CC

C-C

0,00Foundationside wall

0,00

Medium voltagecable

heat-shrinkablesleeve

Conduit

45www.zpue.pl

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General view

Front view General view

Bitumen shingle

Foundationside wall

Conduit

heat-shrinkablesleeve

Low voltagecable

WST

WST 20/630 WST 20/630 station facade

Standard WST 20/630 container station diagram

N

Medium voltage

switchgear

Foun

datio

nha

tch

Oil collection pit

Transforma chamber

hatch

Transformer chamber

Switchgear chamber

5075

~810

~10

0÷

150

2200

2300

2400



ELEKTRYCZNE

0,00

2 73 84 95 1061

PEN PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

INP 1250

1016

max630 kVA

ZK

1xP50x10

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-210/16 A

3

/5A

kVAr

1xAP50x10

PE

N

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A

NH

2

NH

2

NH

2

3xP50x10

L1, L2, L3

24xYKY (1x240 mm )

46 www.zpue.pl

Low

vo

ltag

esw

itch

gea

r



Station lighting


Controlmeasurement


4

6RN-W



Med

ium

volta

gesw

itchg

ear

Standard design

Standard design

Low

volta

gesw

itchg

ear

Non-standard design 10*RN-W

TPM-W

Weight:- foundation 3600 kg- Switchgear chamber 4800 kg- Transformer chamber 5100 kg- roof

- concrete 1500 kg- metal 350 kg



* - when 4-bay medium voltage switchgear is used, a maximum of 6 category 1-3 switch disconnectors can be installed.

in red.


PST-b

Introduction


PST-b 20/630 Underground

transformer station is designed to

provide power to buildings where it

is not possible to install a traditional

container transformer station.

It is designed for operation with

cable network, ring or radial

medium voltage cable and

overhead line and low voltage cable

network. It provides electrical

power to public buildings, and also

to:


cities,


Industrial parks and workshops.The station can also provide power

to communal buildings where

transformers, due to being a

nuisance, should be installed

outside of residential buildings.

Container stations are transported

to the installation site complete and

ready for operation. Once the

container is positioned, medium

and low voltage cables and




The PST-b 20/630 station is a

leakproof concrete container which

can be buried underground.

Ventilation openings above the

manhole and the transformer

provide the necessary cooling for

the transformer rated up to 630

kVA and also medium and low

voltage switchgear.

It is possible to install canopies with

slat-protected openings in side

walls above the hatch and

transformer ventilation conduit, in

order to guard the openings against

atmospheric precipitation and dirt

accumulating around the unit. PST-

b 20/630 container is made of B30

ferroconcrete. The entire external

surface of the container is

additionally protected with

Hydrobit bitumen layer. The station

is delivered to its place of

installation equipped with cable

glands through which low voltage

and medium voltage cables must be

run from the outside. As a

consequence of the type of

switchgear units used (Sulphur

Hexafluoride (SF ) gas insulated) 6

only dry insulation medium voltage

cables should be used. Oil-insulated

cables must be attached to a dry

cable outside the station, which is

then run through the glands and

connected to medium voltage

switchgear.

The station's floor is raised by

approximately 30 cm above the

base where two drainage outlets

are placed. Water drainage hoses

should be connected to them

through special check valves.

Ensure that drainage outlets are

connected to an efficient sewer

system. The space between the

floor and the station's base forms a

water receptacle to collect

condensation and rain which could

get inside when the hatch is open.

Access to the container station is

gained through the top hatch (once

the lock is released and platform

grid is removed) down the stairs in

the staircase, from where separate

locked doors lead to medium and

low voltage switchgear access

corridor.

The transformer is placed on rails

with openwork enclosure under

which sealed oil collection pits is

provided to contain the entire oil

from transformer's oil tank. Oil

collection pit guarantees that in the

event of oil spill from the

transformer, pollution of the

environment will be prevented.

Ventilation openings ensuring

correct ventilation of the

transformer chamber are provided

in the partition wall along the

length of the transformer. Station

design allows placement in the

transformer chamber of a

hermetically sealed oil-filled

transformer rated up to 630 kVA.

Transformer can be installed

through the staircase once the

platform grade is removed, and

also the stairs and transformer

chamber partition wall is

dismantled. Standard installed

switchgear:

(Sf ) gas insulated medium 6

voltage switchgear:

TPM-W,


the manufacturer.

Low voltage switchgear type:

RN-W,


the manufacturer.Switchgear cubicles are


and they can be accessed and

operated from the common

corridor inside the station.

Connections between medium

voltage switchgear and the



switchgear are made using cables

with insulated connectors.

4 Underground transformer station

47www.zpue.pl

Co

nta

iner

tra

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orm

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tati

on

s

U -Rated voltageN




f - Rated frequency


Switchgear

24 kV 400 V

400 / 630 A 1250 A

16 kA 16 / 20 kA

40 kA 35 / 40 kA

50 Hz

630 kVA



Container station

foundation

The station should be located at

high ground (not in a depression)

to protect it from flooding, for

instance by meltwater. A correct

location will guarantee normal

continuous operation. The first

stage of building container station

foundation is excavating the pit.

And that should be filled with large

stone gravel on top of which the

foundation slab should be

constructed at the station installed.

Gaps around the station should be

also filled with gravel mixed with

yellow river sand (it is not

recommended to reuse the

excavated subsoil).

Grass should be planted or paving

stones laid around the hatch and

ventilation outlets to integrate

these structures with the

surroundings. Warning signs that

should be posted on the hatch.

These warning signs can also be

posted on a freestanding post in

the vicinity of the station.

The station is not designed for

installation under road or in other

locations where vehicles may park

or move along.

The draining system which is

connected to local sewer system

must be provided around the

station, appropriate for the type of

soil and other geodetic conditions.

Example of station foundation and drainage system

Foundation slab

Gravel mixedwith river sand

250

250

drain pipes

Gravelfillin

6500

q (appropriate for the type of soil)

subsoil

Station drain outlets

~320

0

300

250

0,00

48 www.zpue.pl

drain pipesGravel fillin

Station drainoutlets

drainpipes

drain pipes

Drainage system overview

Dimensions and view of medium and low voltage cable glands.

Dimensions and layout of medium and low voltage cable glands.

Side facade - left

Assembly and sealing of medium voltage cable glands

1 - foundation slab

2 - coarse-grained gravel

bedding

3 - drain pipes, which must

be connected to local

sewer system

4 - connection to local sewer

system through check

valves accessed through

an inspection sump

5 - cable glands

Assembly and sealing of low voltage cable glands

49www.zpue.pl

0050

29

50

30

0

6500

3 00 0

1

2

4

3

3

3

42

50

Q

q

q (appropriatefor the type of soil)

047

0

5

96

5

φ111

25

00

25

0

10

05

12

35

14

65

114

5

13

25

15

05

15

0

φ150

φ70

262

412

562

912

1132

3000

1500

21

0

φ120

Mediumvoltage cable

Station's wall

Gas-tight cablegland

Co

nta

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orm

er s

tati

on

s

Gas-tight cablegland

Lowvoltage cable

Station's wall

4.1 PST-b 20/630 /3(4)G container station

PST-b 20/630 /3(4)G

PST-b 20/630-3G(4G) container station diagram

50

www.zpue.pl

N

Serv

is a

nd

op

era

tio

np

art30

00

4700

Staircase

2 3 4 5 6 7 8 9 101

PEN

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

NH

2

Rese

rve

Rese

rve

INP 1250

1016

max630 kVA

ZK

1xP50x10

23x

(2xY

KY

1x2

40

mm

)21x

YK

Y (

1x24

0 m

m)


3xP50x10

BN-2

Stationlighting

10/16 A

3

/5A

kVAr

1xAP50x10

PE

N

L1, L

2, L

3

33

A V/5A


TPM

-W m

ediu

m v

olt

age

swit

chg

ear

un

it



Controlmeasurement



Weight:- main structure 25000 kg



4

10RN-W



Med

ium

volta

gesw

itchg

ear


Standard design

Standard design

Low

volta

gesw

itchg

ear


TPM-W


tripcoil

Issue I, September 2010 © Copyright by ZPUE SA. All right reserved.

This work may not be copied or reproduced in whole or in part for any commercial purpose.

Presented design solutions are protected by copyright.

Note: Due to technological progress, the manufacturer reserves the right to modify the technical

specifications of presented products without any prior notice. Please contact the manufacturer

to receive the most up-to-date offer.

Please report any errors or omissions found in this document. We also welcome any comments

you may have regarding our offer.

Please visit www.zpue.pl

from more information

ZPUE ul. Jędrzejowska 79c, 29-100 Włoszczowa, POLANDS.A.

Head Officetel. +48 41 38 81 000,fax +48 41 38 81 001,e-mail: [email protected]

Export Departmenttel. +48 41 38 81 012,fax +48 41 38 81 013,e-mail: [email protected]

www.zpue.pl

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