CIR

CU

LA

TIE

27.6

0

K.D

.H03

A:

m

2

M

AG

AZ

IN

233.68

T1.D

.M

1

A

:

m

2

M

AG

AZ

IN

263.2

2

K01

A:

m

2

M

AG

AZ

IN

317.3

1

K

02

A:

m

2

MONDEXB

A36

S: 1

5.2

5

m

2

BCRB

A37

S: 9

8.2

4

m

2

OPTIBLUB

A38

S: 1

00.3

9 m

2

MAC CosmeticsB

A39

S: 4

9.8

0 m

2GALLPRINT

BA

40

S: 4

6.4

9 m

2

SHOPB

A36

S: 2

3.1

2

m

2

H&MB

A

2

S: 8

87.3

0

S to

tal: 2

,313.6

6 m

2

m

2

TE

HN

IC

66.3

1

G

.D.T

01

A:

m

2

TE

HN

IC

4.6

8

G

.D.T

02

A:

m

2

CIR

CU

LA

TIE

216.5

5

G

.D

.H

01

A:

m

2

CIR

CU

LA

TIE

239.2

1

G

.D.H

02

A:

m

2

CIR

CU

LA

TIE

481.8

0

G

.D.H

04

A

:

m

2

TE

HN

IC

12.9

4

G

.D

.T03 A

C

S

A:

m

2

TE

HN

IC

12.9

3

G.D

.T04 E

L

A:

m

2

CU

RT

E IN

TE

RIO

AR

A

1,0

19.4

5

G.D

.01

A:

m

2

CIR

CU

LA

TIE

235.6

6

G

.D.H

03

A:

m

2

M

AG

AZ

IN

741.9

6

G03

A

:

m

2

M

AG

AZ

IN

606.3

7

G07

A:

m

2

M

AG

AZ

IN

730.9

1

G

02

A:

m

2

M

AG

AZ

IN

293.7

0

G

01

A:

m

2

M

AG

AZ

IN

595.1

9

G06

A

:

m

2

M

AG

AZ

IN

1,9

36.7

5

G

04

A:

m

2

M

AG

AZ

IN

97.0

9

G05

A

:

m

2

M

AG

AZ

IN

358.7

1

G08

A:

m

2

G

RU

P S

AN

ITA

R

80.7

4

G

.D

.G

SB

A:

m

2

CIR

CU

LA

TIE

1,1

73.2

2

K.D

.H01

A

:

m

2

CIR

CU

LA

TIE

36.2

7

K.D

.S01

A

:

m

2

CIR

CU

LA

TIE

11.8

0

K.D

.H04

A:

m

2

CIR

CU

LA

TIE

144.4

4

G

.D.H

05

A:

m

2

G

RU

P S

AN

ITA

R

80.3

1

G.D

.GS

F

A:

m

2

M

AG

AZ

IN

213.0

7

K03

A:

m

2

H - D

EM

ISO

L

2,0

89.7

0

A:

m

2

CU

RT

E D

E S

ER

VIC

IU

225.8

3

A:

m

2

H - B

IRO

UR

I

172.8

8

A:

m

2

CIR

CU

LA

TII

236.9

1

A

:

m

2

0.8

6 m

2

Pb

-5

Pb

-5

Pb

-6

Pb

-6

Pb

-F'

Pb

-R

Pb

3

Pa-5

Pa-5

Pa-6

Pa-6

Pa-7

Pa-7

Pa-7

'

Pa-7'

Pa-8

Pa-8

Pa-9

Pa-9

Pa-1

0

Pa-1

0

Pa-1

1

P

a-11

Pa-1

2

Pa-1

2

Pa-1

3

Pa-1

3

Pa-1

4

Pa-1

4

Pa-1

5

Pa-1

8

Pa-1

8

Pa-1

9

Pa-1

9

Pa-E

'

Pa-F

Pa-G

Pa-H

Pa-I

Pa-1

9'

Pa-2

0

Pa-2

1

P

a-22

Pa-2

4

Pa-2

5

Pa-1

4'

Pa-1

4'

Pa-1

5

Pa-1

7

Pa-1

5

Pa-2

Pa-3

Pa-4

Pa-1

Pb

-0

Pb

-F

T-C

T1-A

8

T1-A

'

T1-A

'

T1-B

'

T1-B

'

T1-B

"

T1-B

"

T5-1

2 T5-12

T5-13'

T5-1

3'

T5-1

3 T5-13

T5-E

T5-7

T5-7

T5-8

T5-8

T5-9

T5-1

0

T5-1

1

T5-1

1

T5-10

T5-9

T5-D

T5-D

U4-2

U4-2

U4-5

U4-5

J-1

J-1

J-3

J-3

J-5

J-5

J-6

'

J-6

'

J-8

J-8

J-1

0

U4-E

U4-E

U4-D

U

4-D

U4-C

U

4-C

U4-B

U4-B

U4-A

U4-A

J-C

J-F

J-A

J-A

U

4-G

U

4-G

Pa-1

5

R 4

.10

R

1.9

5

R

1.9

5

15°

15°

subtra

vers

are

tunel

subtra

vers

are

tunel

subtra

vers

are

tunel

PA

RC

AJ A

TU

NE

L

CO

RP

I

PA

RC

AJ B

H P

AM

AN

T 2

m

H P

AM

AN

T 0

,80m

H P

AM

AN

T 2

m

H P

AM

AN

T 2

m

Pb

-A

Pb

-B

Pb

-9

Pb

-1

Pb

-1

Pb

-12

Pb

-12

Pb

-3

Pb

-3

Pb

-4

Pb

-4

Pb

-C

Pb

-D

Pb

-E

Pb

-G

Pb

-H

Pb

-I

Pb

-J

Pb

-K

Pb

-K'

Pb

-L

Pb

-M

P

b-N

Pb

-N

Pb

-O

P

b-P

Pa-C

Pa-D

Pa-2

3

F-C

F-A

F-A

F-B

F-B

T1-A

T1-A

T1-B

T1-B

E-N

E

-N

E-O

E-O

E-M

E-M

E-L

E-L

E-K

E-K

E-J

E-I

E-H

E-G

E-F

E-F

E-E

E-E

E-D

E-D

E-C

E-C

E

-B

E

-B

E-A

E-A

E-J

E-I

E

-H

E-G

E-1

4

1723/2

/1/1

/1/1

/a

1723/2

/1/1

/1/1

/b/1

/a-

1723/2

/1/1

/2/a

/1/a

/2

428373

1723/2

/3/3

S

o

s

ire

2

x

fe

e

d

e

ri a

lim

e

n

ta

re

P

C

1

C

la

d

ire

M

A

lim

e

n

ta

re

0

.4

k

V

d

in

T

G

D

Iu

liu

s

M

a

ll

e

x

is

te

n

t

P

in

s

ta

la

ta

=

6

5

0

k

W

P

m

a

x

s

im

u

ta

n

a

b

s

.=

2

5

0

k

W

POST TRAFO PT8 UBC5+E2

3x2000 kVA 20/0.4kV alimentat din PC2

Pinstalata =7500 kW

Pmaxabsorbita=4500 kW

P

O

S

T

T

R

A

F

O

P

T

1

0

I

N

T

E

R

N

U

B

C

1

3

x

1

2

5

0

0

k

V

A

2

0

/

0

.

4

k

V

a

l

i

m

e

n

t

a

t

d

i

n

P

C

2

POST TRAFO PT7.1 UBC6 20/0.4kV

3x12500 KVA alimentat din PC2

Pinstalata=2700 kW

Pmaxabsorbita=1800kW

Camera tablouri electrice joasa

tensiune alimentare consumatori

cladire E2 alimentate din TGD PT 7

Consumatori electrici cladire A se vor alimenta din TGD UBC 3

Electrical consumer from building A will be supplied from LVDB UBC 3

POST TRAFO PT9 CLADIRI F+E1

20/0.4kV 3x1000 KVA alimentat din PC1

Pinstalata=2200 kW

Pabsorbita=1600 kW

OPENVILLE PC2

Medium Voltage Connection Point 2 PC2

Punct conexiune 20 kV complex OpenVille Tm

Pmaxabsorbita=7MW

P

O

S

T

T

R

A

F

O

P

T

1

0

I

N

T

E

R

N

U

B

C

1

a

l

i

m

e

n

t

a

t

d

i

n

P

C

2

P

i

n

s

t

a

l

a

t

a

P

T

1

0

=

2

7

0

0

k

W

P

m

a

x

s

i

m

u

t

a

n

a

b

s

.

=

1

9

0

0

k

W

Camera tablouri electrice joasa

tensiune alimentare consum

atori

cladire UBC5 alimentate din TGD

PT7

POST TRAFO PT7.2 CLADIRE UBC6 pt AUCHAN

20/0.4kV 2x1600 kVA alimentat din PC2

Pinstalata=2600 kW

Pmaxabsorbita=2000kW

O

P

E

N

V

IL

L

E

P

C

1

M

e

d

iu

m

V

o

lta

g

e

C

o

n

n

e

c

tio

n

P

o

in

t 1

P

C

1

P

u

n

c

t c

o

n

e

x

iu

n

e

2

0

k

V

c

o

m

p

le

x

O

p

e

n

V

ille

T

m

P

m

a

x

a

b

s

o

rb

ita

=

8

.5

M

W

P

O

S

T

T

R

A

F

O

P

T

1

IN

T

E

R

N

C

L

A

D

IR

E

U

B

C

2

2

0

/0

.4

k

V

3

x

1

2

5

0

K

V

A

a

lim

e

n

ta

t

d

in

P

C

1

P

in

s

ta

la

ta

=

3

6

0

0

k

W

P

a

b

s

o

rb

ita

=

2

3

0

0

k

W

P

O

S

T

T

R

A

F

O

P

T

3

IN

T

E

R

N

C

L

A

D

IR

E

U

B

C

0

2

0

/0

.4

k

V

4

x

2

0

0

0

K

V

A

a

lim

e

n

ta

t

d

in

P

C

1

P

in

s

ta

la

ta

=

7

1

0

0

k

W

P

a

b

s

o

rb

ita

=

5

0

0

0

k

W

POST TRAFO PT6 CLADIRE T4

20/0.4kV 3x1000 kVA alimentat din PC1

Pinstalata=3000 kW

Pmaxabsorbita=1800kW

POST TRAFO PT2 CLADIRE G

20/0.4kV 3x1000 KVA alimentat din PC1

Pabsorbita=2100 kW

PO

ST

TR

AF

O P

T4 C

LA

DIR

E U

BC

4

20/0

.4kV

3x1

250 kV

A a

lim

enta

t din

PC

1

Pinstalata=4000 kW

Pm

axabsorbita=2500kW

POST TRAFO PT10 UBC3

2x1250 kVA 20/0.4kV alimentat din PC2

Pinstalata =2600 kW

Pmaxabsorbita=1500 kW

LEGENDA

Indicator pt post transformare

compus din camera celule medie tensiune

boxe transformatoare

camera tablouri joasa tensiune

suprafata aferenta aprox 150 mp

Indicator pt punct de conexiune

compus din camera celule medie tensiune ENEL

camera celule medie tensiune OpenVille

suprafata aferenta aprox 100 mp

Indicator pt camera tablouri electrice

joasa tensiune

suprafata aferenta aprox 50 mp

Indicator pt cladiri alimentate cu energie

electrica din mall existent

S.C.IULIUS TRUST S.R.L.

TimisoaraS.C. C&N ELECTROPROIECT CONSULTING S.R.L.

str. DECEBAL nr 54 BRASOV

Tel. 0040 268 315319

Fax. 0040 268 315319

E-Mail office@cn-electroproiect.ro

Plansa nr.

Denumire:

Layout A0

Scara:1:1000

aprilie 2017

Pr. nr.

Planşa nr.

Titlu proiect:

Titlu planşă:

Beneficiar:

Data:

Rev:

00

ARHITECTURA: SC PILOT TEAM SRLŞef proiect:

Amplasament:

Verificator :

Nume Cerinţa

Referat nr.__________/_____________

Semnătura

Faza:

Proiectat

Verificat

143/2014

Desenat

ModificariIndex Data Semnatura

Lucrari electrice

PUZ

CN_E02

ing. Ovidiu Cretu

ing. Norbert Nika

Aprobat

ing. Norbert Nika

010203

ing. Ovidiu Cretu

Modificare PUZ aprobat prin HCL 293 /2015 "

ZONA MIXTA : COMERT, SERVCII, BIROURI

-OPENVILLE"-Modificare UTR 2

arh. Laura Marculescu