12
Compact Integrated Distribution Substation (CIDS)

Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

Embed Size (px)

Citation preview

Page 1: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

Compact IntegratedDistribution Substation(CIDS)

Page 2: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU
Page 3: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

2

• SAVE SPACE2.5m2 footprint for CIDS up to 630kVA.

• SAVE THE ENVIRONMENTNo SF6, No PCB.

• SAVE MONEYSave up to 50% from conventional package substation with housing.

• ENSURE SAFETY FOR PUBLICNo exposed live parts.

• ENSURE SAFETY FROM FIREIf filled with flame retardant fluid.

1- INTRODUCTION

Page 4: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

3

2- DESCRIPTION

The CIDS is a compact fully integrated outdoor package substation with mediumvoltage equipment, transformer, and low voltage equipment. The packagesubstation is completely manufactured and assembled ready for installation on site.It ensures a high level of protection against access to live parts with a protectiondegree of IP 54 according to IEC 60529.

The operation and control is achieved from the front of the unit, with separatecompartments for medium voltage and low voltage sections. Four lifting lugslocated on the upper part enable the lifting of the complete unit easily.

2.1. Major Benefits

2.1.1. Compact design-Reduced footprint• Reduction of space requirement.• Reduction of footprint.

2.1.2. Cost Savings• Minimum installation and maintenance labor costs.• Minimum civil work; no building or vault structure.• No need for main low voltage circuit breaker.

2.1.3. Operational Integrity• Components are assembled and tested as an integral unit at the factory.• Access to all elements of control and protection in one casing.

2.1.4. Safety• Live parts inside the secure enclosure are hidden from the public andenvironment.• If filled with flame retardant fluid, risk of transformer fire is greatly reduced due to

high fire and flash points.

2.1.5. Environmental Integrity• Low profile design requires minimum real estate.• Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU switching

modules.

Page 5: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

4

2.2. Main Components

2.2.1. Enclosure

Single compact enclosure housing the transformer, medium voltage and low voltagesections.The is designed to be installed outdoor, with a protection degree of IP 54 accordingto IEC 60529

2.2.2. Low voltage sectionThis section can be designed and manufactured according to the needs of eachcustomer. Basic equipment includes:Low voltage bushings• Three current transformers• Four outgoing circuits by fuse links• Three ammeters• One voltmeter + one selector switchOptional: • Circuit breakers instead of fuse links• Multifunction electronic meter

2.2.3. Medium voltage sectionIt includes the following components:• Plug-in bushings• Two sectionalizing switches for incoming and outgoing lines with earthling facility• Main interrupter for protection against overloads and secondary short circuits• Backup fuses for protection against internal faults• Tap changer for voltage control (off-load)• Voltage presence indicators• Hotstick for sectionalizing switch operationOptional:• Earth fault and short circuit indicators

2.2.4. Transformer sectionIt includes the core and the windings of the transformer.

Page 6: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

5

• Plug-in bushing (Fig 1) Built in capacitive point for voltage presence detection.

• Three phase loadbreak sectionalizing switch (Fig 2)Make-Before-Break operation.Silver plated copper contacts.Open/Close/Earth positions.

• Back-Up current limiting fuse(Fig 3)For transformer internal faults.Protects and isolates faulty equipment.Coordinated with main interrupter (4), gives full range of fault protection.

• Main interrupter (Fig 4)Current and temperature sensitive protective device.Protects from overloads and secondary faults.Three phase trip, externally resettable.

• Insulating fluidStandard mineral PCB free oil according to IEC 60296.Optional: fire resistant high fire point organic or synthetic fluid.

Fig 1 – Plug-in bushing Fig 4 – Main interrupterFig 2 – Three phase load breaksectionalizing switch

Fig 3 – Back-up current limitingfuse

Page 7: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

6

2.3. CIDS Single Line Diagram

Earth

Earth

BSource

LVPanel

Closed

ASource

2Closed

1

5Open

LV

Open

3 4 Transformer Coil

Fig 5 – Lifting Lugs Fig 8 – Three phase maininterrupter

Fig 6 – Name Plate +single line diagram

Fig 7 – Mimic and labels

Page 8: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

7

Design ambient temperature 40°C

Frequency 50Hz or 60Hz

2.4. Technical Data

Rated voltages

Primary highest voltage 12kV /17.5kV/24kV

Rated secondary voltage From 231V up to 433V

Vector group Dyn11

Lightning impulse voltage (primary) 75kV/95kV/125kV

Industrial frequency withstand during 1 min (primary) 28kV/38kV/50kV

Off load tap changer (5 positions) ± 2x2.5%

No load losses 445W 840W 920W

Load losses 2715W 3950W 6020W

Short circuit impedance 4.00% 4.00% 4.00%

ACCORDING TO IEC 60076 STANDARD

Rated short duration admissible current 16kA

Sectionalizing switch for input-output and ground

Highest voltage level 12kV /17.5kV/24kV

Rated direct current 630A for 12kV primary

400A for 17.5kV and 24kV primary

Fuses

Highest voltage level 24kV

Maximum interrupting current 50kA rms

Plug-in bushings, 6 in loop

Highest voltage level 24kV

Rated direct current 630A

ACCORDING TO IEC 60298 STANDARD

Rated voltage From 231V up to 433V

Rated current Up to 1000A (according to transformer rating)

Short time current (1s) 25kA

Earthing Neutral solidly earthed

Industrial frequency withstand during 1 min 2.5kV

Lightning impulse withstand test 6kV

ACCORDING TO IEC 60439 STANDARD

GENERAL

TRANSFORMER 250kVA 400kVA 630kVA

MEDIUM VOLTAGE

LOW VOLTAGE

For 1000kVA please consult usFor other requirements than the above table, please consult us

Fig 9 – Off load tap changer Fig 13 – Dielectriclevel indicator

Fig 10 – LV porcelainbushings

Fig 12 – Pressurerelief valve

Fig 11 – Medium voltagescreened bushings

Page 9: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

8

2.5. Dimensions and Weights

D

G

L1

H

A

C

L2

BF

Made in LebanonMATELEC s.a.l

B2 C1 C2

nc

M agneX

F use

Secti onal iz ingSwi tch

A

BC

ab

c

A1 A2 B1

ba

E mail : mate lec@ mate lecgroup.comP .O.B ox : 12 J bei l - Lebanon

Fax : +961 9 620 934/35

Manufac tured by Mate lec s .a.l

Tel : +961 9 620 920

E

Rating

kVA

-C-

mm

-D-

mm

-E-

mm

-F-

mm

-G-

mm

-H-

mm

250

400

630

1230

1230

1230

2080

2080

2080

1230

1230

1230

1975

1975

1975

715

715

715

1117

1117

1117

813

813

813

2550

2900

3250

Dimensions and weights are approximate and may change according to specifications.

850

850

850

Total

Weight

Kg

-B-

mm

-A-

mm

Fig 14 – Line Sectionalizingswitch and earth controls

Fig 16 – Elbow ConnectorFig 15 – Led ( voltage indicator) Fig 17 – Grounding terminals

Page 10: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

9

21

18

18

19

20

15

16

17

11

12

13

14

A2

L1

Made in LebanonMATELEC s.a.lABCabc

A1a

L2

C2MagneXFuse

Email: [email protected] : 12 Jbeil - Lebanon Manufactured by Matelec s.a.l B2C1nc

B1b

Fax: +961 9 620 934/35Tel: +961 9 620 920S ectionalizingS witch

25

24

23

22

1 2 3 4 5 6 7 8 109 26

1. Lifting Lugs (Fig 5) 14. Line Sectionalizing switch and earth controls (Fig 14)2. Dielectric refill plug 15. Led ( voltage indicator) (Fig 15)3. Name Plate + single line diagram (Fig 6) 16. Medium voltage screened bushings (Fig 11)4. Mimic and labels (Fig 7) 17. Elbow Connector (Fig 16)5. Three phase main interrupter (Fig 8) 18. Grounding terminals (Fig 17)6. Off load tap changer (Fig 9) 19. Medium voltage cable support + clamps (Fig 18)7. LV porcelain bushings (Fig 10) 20. Medium voltage compartment (Fig 20)8. Power meter (Optional) 21. Rollers9. Current Transformers 22. Fuses10. Power Meter Protection Fuses (optional) 23. Low voltage compartment (Fig 21)11. Pressure relief valve (Fig 12) 24. Low voltage cable support + clamps12. Dielectric level indicator (Fig 13) 25. Drainage and sampling device13. Blocking device 26. Insulated device for drive (Hotstick) (Fig 19)

Fig 18 – Medium voltage cablesupport + clamps

Fig 19 – Insulated device fordrive (Hotstick)

Fig 20 – Medium voltagecompartment

Fig 21 –Low voltagecompartment

Page 11: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

ELECTRICAL EQUIPMENT INDUSTRIES COMPANY LTD.P.O.Box 850175 Amman 11185Amman, JordanTel: (962) 6 5727861/2Fax: (962) 6 5727863E-mail: [email protected]

INTERNATIONAL TRANSFORMERS MATELEC LTD.10th of Ramadan City, EgyptTel: (20) 2 4149004 - 2901795Fax: (20) 2 4155614E-mail: [email protected]

SAUDI MATELEC CO. FOR INDUSTRIES LTD.Dabab Street, Dabab Bldg, 3rd floor, Office Nº 10P.O.Box 52114, Riyadh 11563Riyadh, Kingdom of Saudi ArabiaTel: (966) 1 4029909Fax: (966) 1 4024280E-mail: [email protected]

TRANSFO MATELEC S.A.ZI de Briangaud35600 Redon, FranceTel: (33) 2 99711650Fax: (33) 2 99721700E-mail: [email protected]

MATELEC S.A.L.Amchit - GhorfineP.O.Box 12 Jbeil - LebanonTel: (961) 9 620920Fax: (961) 9 620934/5E-mail: [email protected]

Page 12: Compact Integrated Distribution Substation (CIDS)€  Low profile design requires minimum real estate. † Dielectric fluid replaces ozone-depleting SF6 gas, currently used in RMU

MATELEC GROUPAmchit - Ghorfine - P.O.Box: 12 Jbeil - LebanonTel: (961) 9 620 920 - Fax: (961) 9 620 934/5E-mail: [email protected]