Electrical Cable sizing

STATE OF QATAR NEW PORT PROJECT STEERING Committee NEW PORT PROJECT

CONTAINER TERMINAL, INFRASTRUCTURE AND UTILITY BUILDINGS NPP/0026 Document Title :

CONTAINER TERMINAL-1 LV CABLE SIZING CALCULATIONS Document No. DPCT-TCC-CAL-EL-00066

TEYSEER CONTRACTING COMPANY WLL/ CONSOLIDATED CONTRACTORS GROUP S.A.L. (OFFSHORE) (CCC) JV TCC/CCC JV

01

RE-ISSUED FOR APPROVAL

Syed. GH

C. Ranjit

G. Kawash

00

ISSUED FOR APPROVAL

Syed. GH

C. Ranjit

G. Kawash

Rev

Description

Prepared by

Reviewed by

Approved by

14.08.2014

14.08.2014

14.08.2014

Signature: Date:

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DOC No.: DPCT-TCC-CAL-EL-00066

TABLE OF CONTENTS 1.

SCOPE .................................................................................................................................................. 3

2.

REFERENCE DOCUMENTS ................................................................................................................ 3

3.

INITIAL DATA AND ASSUMPTIONS ................................................................................................... 3

4.

CABLE SIZING CRITERIA ................................................................................................................... 4

4.1.

VOLTAGE DROP .................................................................................................................................. 5

4.2.

AMPACITY ............................................................................................................................................ 6

4.3.

SHORT CIRCUIT ................................................................................................................................... 6

5.

CABLE SIZING REQUIREMENTS ....................................................................................................... 7

5.1.

VOLTAGE DROP .................................................................................................................................. 7

5.2.

AMPACITY ............................................................................................................................................ 7

6.

DE-RATING FACTORS FOR CABLES. ............................................................................................... 8

6.1.

De-rating factors for cables installed in Ducts in the ground. ........................................................ 8

6.2.

De-rating factors for cables Installed in Air. ..................................................................................... 9

6.3.

THERMAL SHORT CIRCUIT CAPACITY........................................................................................... 10

7.

APPENDICES...................................................................................................................................... 14

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DOC No.: DPCT-TCC-CAL-EL-00066

1. SCOPE The objective of this calculation report is to establish the method to be used for the sizing of the Low Voltage power cables for the Low Voltage power distribution system and motors at Container Terminal-1 Utility Buildings and Infrastructure of New Doha Port Project.

2. REFERENCE DOCUMENTS The following documents have been taken into account for the cable sizing calculation: • • • •

Specification Section 21: Electrical Works : Regulation for Installation of Electrical Wiring, Electrical Equipment and Air Conditioning Equipment-Dec 2010 : IEC Electrical Installation of Buildings : Selection and erection of Electrical Equipment – Wiring Systems “DOHA CABLES” Catalogue for XLPE Insulated Low Voltage Cables.

9224-05-EL-SPC-7001

QGEWC / KAHRAMAA IEC-60364-5-52-2001

3. INITIAL DATA AND ASSUMPTIONS The power cables have been sized taking into consideration the following data and cable type: • • • •

Nominal voltage system: 240 / 415V Cable insulation level BS(IEC) kV: 0.6/1 kV (0.6/1 kV) Conductor material: Cu (Copper) Insulation material: XLPE o o

• •

Maximum conductor operating temperature: 90ºC Maximum short circuit temperature: 250ºC

Thermal Resistivity values for direct buried cable installations: 2.0°C. m/W (KM standards section 3.3.12.1 and Specification Section 21: Electrical Works) Design conditions for electrical cables: o o

Underground cable (buried) In air

40°C 50°C

The LV cables for power distribution system and the loads shall be as follows: •

Cable shall comprise of plain copper, stranded circular conductors insulated with an adequate thickness of extruded cross linked polyethylene (XLPE).

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DOC No.: DPCT-TCC-CAL-EL-00066

• • • • •

Page 4 of 45

Up to 10 Sqmm Cu/XPLE/PVC, unarmoured cable for indoor installations. 16 Sqmm and above Cu/XLPE/SWA/PVC for armoured multicore cable for both indoor and outdoor installations. Cu/XLPE/SWA/LSHF armoured cable for the power supply to D & B (Manned) Buildings from the Utility Buildings. Armoured multicore cable shall have steel wire armouring and extruded sheath of black PVC. Armoured single core cable shall have aluminium wire armouring and extruded sheath of black PVC.

The cable sizing will be performed considering multi-core cables up to 240 mm2 for distribution cables. For power, lighting and control cables the minimum cross section shall be 2.5 mm2. Maximum cross section for single-core cables shall be 630mm2. Single core cables may be used for practical and/or economic reasons, e.g., transformer secondary cables or in case of high current ratings where two parallel multicore cables of the largest cross section permitted would not suffice. All three single core cables shall be laid in trefoil formation. Sizing of motor feeders and power feeders will be performed taken into account the Full Load Ampacity (FLA) of the equipment (100% loaded). The system voltage is assumed to be at 100% nominal voltage. Standard power factors and efficiencies at 90% load will be used in this calculation, in case of absence of precise data. All LV Cables shall be installed in ducts throughout the Container Terminal-1 Area. The uPVC ducts are provided with the concrete encasement for LV Cables at road crossings only. The LV Cables shall be laid at a depth of 600mm as minimum. In the Container Terminal-1 Area, all the ducts shall be installed with minimum ground cover of 900mm otherwise it shall be concrete encased. All LV cables in Buildings shall be installed on cable trays/ Trunking/ Conduits as per Specification section 21: Electrical Works Doc. No.: 9224-05-EL-SPC-7001 clause 9.3.3. The correction factors / de-rating factors for the cables installed in Ducts and in Air are taken from “DOHA CABLES” Catalogue.

4. CABLE SIZING CRITERIA Sizing of LV cables will be based on the compliance of all of the following criteria: • • •

Voltage Drop Continuous Current Carrying Capacity (Ampacity) Thermal Short Circuit Capacity

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DOC No.: DPCT-TCC-CAL-EL-00066

4.1. VOLTAGE DROP A feeder shall be sized in such a way that the maximum voltage drop over the cable ensures the proper operation of the associated equipment in normal service. Excessive voltage drop will result in unsatisfactory operation of electrical equipment, and represents energy wasted in the cabling system. Voltage drop can also cause damage to electrical Equipment. The following formula will determine the voltage drop: •

For feeders and motors under running conditions (three phases and single phase):

Vd =

•

For motors under starting conditions (three phases and single phase):

Vd = •

k·I N · l·(Rc·cosϕ + Xc·sin ϕ )·100 n·V

k·I starting · l·(Rc·cosϕ s + Xc·sin ϕ s )·100 n·V

DC voltage drop can be computed using the formula:

Vd = Where: Vd

2·I N · l ·Rdc·100 n·V

Voltage drop in percentage Rated current (FLA for motors) in Amps IN Istarting Starting rated current in Amps V System voltage in volts n Number of parallel runs l Length (km) Rc AC conductor resistance at rated conductor temperature at 90 Degree C in (Ω/km) Xc Reactance of the cable (Ω/km) at 50Hz, (For Rc and Xc Values see Appendix 14). cos ϕ Power factor cos ϕs Starting power factor k √3 for three-phase consumers and 2 for single phase consumers.

Note: The voltage drops are related to the terminals of the end equipment, and assumes that the associated main switchboard from which the equipment is fed will normally be operated at a voltage of not less than 100% of system voltage.

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DOC No.: DPCT-TCC-CAL-EL-00066

4.2. AMPACITY The current carrying capacity of a cable corresponds to the maximum current that it can carry under specified conditions without the conductor exceeding the permissible limit of steady state temperature for the type of insulation concerned. De-rating or correction factors are applied where the installation conditions differ from those for which values of current carrying capacity are defined. The following de-rating factors will be applied depending on the type of installation. •

Installation Trenches and Duct Banks (Below ground) o o o o

•

Thermal resistivity of soil : Fs Depth of laying : Fd Ground temperature : Ft Grouping factor : Fg

Above ground installation (In Air – Indoor / Outdoor) o o

Ambient air temperature : Ft Grouping factor : Fg

The current carrying capacity required under given conditions can be calculated as follows:

I cable _ amp ≥

I N ⋅ FD FG

Where: Icable_amp IN FG Fg Ft Fd Fs FD

Cable ampacity (current rating of the cable for the conditions defined in the manufacturer’s catalogue, see Clause 5.2 below) Load Current Global de-rating factor (FG= Fg ·Ft ·Fd ·Fs) De-rating grouping factor (e.g. 5 cables spaced 0.150m direct buried) De-rating temperature factor (e.g. soil temperature 40ºC instead of 15ºC) De-rating factor for depths of laying of cables De-rating factor for thermal resistivity of soil Design factor

4.3. SHORT CIRCUIT The minimum conductor sizes suitable to withstand the applicable short circuit conditions are calculated based on the maximum permissible conductor temperature of 250ºC as follows (valid where t ≤ 5sec).

S≥

1 × K

I× t θf + β ln θi + β

mm 2

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DOC No.: DPCT-TCC-CAL-EL-00066

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Where: S I t

θi θf β K

Minimum cross-section area of the cable (mm2) Short circuit current Short circuit time rating (seconds) Max. permissible continuous conductor temperature ºC, (XLPE insulation: 90ºC) Max. allowable conductor temp. at end of short circuit (XLPE insulation:250 ºC) It is the reciprocal of the resistance variation of the conductor at 0º C. (Copper β=234.5) Constant. Depends on material of the conductor (Copper K =143.08)

5. CABLE SIZING REQUIREMENTS

5.1. VOLTAGE DROP As per BS 7671: 4% As per QGEWC: 2.5% (From utility LV Connection Point) The maximum permissible voltage drop for three phase 415V system shall be 4%. The Voltage drop is measured from the LV terminal of the Transformer to the final load in a LV Circuit.

5.2. AMPACITY

Cable size will be selected in order to comply with ampacity criterion. The allowable cable ampacities for this project are determined following the application of the appropriate correction/de-rating factors which are applied where the installation and environmental conditions differ from those for which the values of current carrying capacity are defined. The following factors (de-rating and over-sizing factors) will be used in the calculation depending on the type of installation:

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DOC No.: DPCT-TCC-CAL-EL-00066

6. De-rating factors for cables. Ampacities data were taken from “DOHA CABLES” Catalogue (Appendix 1). The data is based upon normal conditions which are: • • • •

Ground temperature: Ambient Air temperature: Depth of laying: Soil Thermal resistivity:

35ºC 40ºC 0.5m 1.2 K·m/W

In order to update them to the project conditions the following correction factors from “DOHA CABLES” Catalogue will be used:

6.1. De-rating factors for cables installed in Ducts in the ground. Total de-rating factors will be as follows: De-Rating Factors

Value

Ground temperature @ 40ºC : Ft

0.95

Depth of laying @ 2m – Multi Core : Fd Depth of laying @ 2m – Single Core : Fd Soil thermal resistivity @ 2.0 K·m/W – Three Core and Single Core Cables : Fs Cable grouping factor – Multicore Cables : Fg Cable grouping factor – Single Core Cables : Fg (Trefoil formation)

0.88 0.85

0.80

0.67

Reference “DOHA CABLES” Catalogue Appendix-3 Appendix-5 Appendix-5 Appendix-6 Appendix-8

0.64

Appendix-7

Multicore cables 0.95 0.88 0.80 0.67 0.45

Single-core cables 0.95 0.85 0.80 0.64 0.41

Global de-rating factors will be as follows:

De-Rating Factors Ground temperature : Ft Depth of laying @ 2m : Fd Soil thermal resistivity @ 2.0 : Fs Grouping factor : Fg Global De-rating : FG

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DOC No.: DPCT-TCC-CAL-EL-00066

6.2. De-rating factors for cables Installed in Air. Ampacities data were taken from “DOHA CABLES” Catalogue (Appendix 1). In order to update them to the project conditions the following correction factors from “DOHA CABLES” Catalogue will be used:

De-rating factors

Value

Ambient temperature @ 50ºC – Installed Outdoor / Non Air-conditioned Area : Ft Ambient temperature @ 35ºC – Installed Indoor / Airconditioned Area : Ft Cable grouping factor for Multicore cables : Fg Cable grouping factor for Single core cables : Fg Design Factor

0.89

Ref. “DOHA CABLES” Catalogue Appendix 4

1.05

Appendix 4

0.93 0.90 125%

Appendix 9 Appendix 10

Note: De-rating grouping factor corresponds to a single layer installation in a ladder type cable tray with a maximum grouping of 3 three-phase circuits for single core cables (up to 6 circuits for multi-core cables) and up to 3 levels of cable trays (300mm spacing between trays). The different circuits for single core cables must be installed spaced at least two (2) external diameters of the single-core cable. •

Global De-rating factors will be as follows: De-rating factors for cables Installed in Air (Installed Indoor / Air-conditioned Area).

Temperature factor : Ft Grouping factor : Fg Global De-rating : FG

Multicore cables 1.05 0.93 0.97

Single-core cables 1.05 0.90 0.94

De-rating factors for cables Installed in Air (Installed Outdoor / Non Air-conditioned Area).

Temperature factor : Ft Grouping factor : Fg Global De-rating : FG

Multicore cables 0.89 0.93 0.82

Single-core cables 0.89 0.90 0.80

The design factor of 25% will be employed to oversize incoming cables to LV switchgears to allow 25% spare capacity for the future loads on all the incoming cables.

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DOC No.: DPCT-TCC-CAL-EL-00066

6.3. THERMAL SHORT CIRCUIT CAPACITY For incomer cables to all the switchgears the short circuit rating of the switchgear shall be used for the value of short circuit current. The value for t has been taken as 1 sec for incomer circuit breakers. According to the equation under paragraph 4.3 and taking into account the above clearance times, the minimum conductor sizes shall be calculated. The minimum calculated Short Circuit Ratings of conductor from “DOHA CABLES” manufacturer are provided in the Appendix-11: For switchgear outgoings (feeders and motor starters) the current limiting characteristic of the circuit breaker has been taken into account in order to size the minimum cable sizes. For that purpose, let-through energy curves of circuit breakers to be installed in the switchgear have been analysed. The following formulae will be used: 2 S ≥ I ×t

k2

mm 2

Where: I2·t = Specific circuit breaker let-through energy k = Constant (k = 143.08 for copper cables and XLPE insulation)

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DOC No.: DPCT-TCC-CAL-EL-00066

•

Circuit breakers ≤ 63A (ABB Tmax T2 160A)

Irms = 80Ka I2·t = 0.22 106 S > 3.28 mm2, which means minimum cable size 4mm2.

Page 11 of 45

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DOC No.: DPCT-TCC-CAL-EL-00066

•

Circuit breakers ≤ 160A (ABB Tmax T2 160A)

Irms = 80Ka I2·t = 0.39 106 S > 4.36 mm2, which means minimum cable size 6mm2.

Page 12 of 45

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DOC No.: DPCT-TCC-CAL-EL-00066

•

Circuit breakers > 160A & ≤ 800A (ABB T6 800A)

Irms = 80Ka I2·t = 19 106 S > 30.46 mm2, which means minimum cable size 35mm2.

Page 13 of 45

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7. APPENDICES

• Appendix 1.

Current ratings for single and multi-core cables (“DOHA CABLES” Catalogue).

• Appendix 2.

AC resistance (R) and reactance (X) for Single and multi-core Cables, reference from “DOHA CABLES” catalogue.

• Appendix 3.

Rating Factors for Ground Temperature, Reference from “DOHA CABLES” Catalogue.

• Appendix 4.

Rating Factors for Air Temperature, Reference from “DOHA CABLES” Catalogue.

• Appendix 5.

Rating Factors for Depth of Laying, Reference from “DOHA CABLES” Catalogue.

• Appendix 6.

Rating Factors for Variation in Thermal Resistivity of Soil (average values), Reference from “DOHA CABLES” Catalogue.

• Appendix 7.

Rating Factors for Trefoil Formation for Three Single Core Cables Laid Direct in Ground, Reference from “DOHA CABLES” Catalogue.

• Appendix 8.

Rating Factors for Trefoil Formation for Multi-Core Cables Laid Direct in Ground. Reference from “DOHA CABLES” Catalogue.

• Appendix 9.

Rating Factors for groups of more than one multi-core cable in air To be applied to the current-carrying capacity for one multi-core cable in free air. Reference from “DOHA CABLES” Catalogue.

• Appendix 10

Rating Factors for groups of more than one circuit of single-core cables To be applied to the current-carrying capacity for one circuit of single-core cables in free air. Reference from “DOHA CABLES” Catalogue.

• Appendix 11

Short Circuit Ratings of Conductors for 1 Sec in kA. Reference from “DOHA CABLES” Catalogue.

• Appendix 12

Cable selection chart for 415V Multi Core Cu/XLPE/PVC cables – Laid in Air (Indoor) on cable trays (Power Distribution Feeders - From LV Switch Board to Distribution Panels).

• Appendix 13

Cable selection chart for 415V-3 Phase, Multi Core Cu/XLPE/PVC cables – Laid in Air (Indoor) on cable trays (From LV Switch Board to Final Loads.).

• Appendix 14

Cable selection chart for 415V-3 Phase, Multi Core Cu/XLPE/SWA/PVC cables – Laid in Air (Indoor/Outdoor) on cable trays (Power Distribution Feeders - From LV Switch Board to Distribution Panels).

• Appendix 15

Cable selection chart for 415V-3 Phase, Multi Core Cu/XLPE/SWA/PVC cables – Laid in Air (Indoor/Outdoor) on cable (From LV Switch Board to Final Loads).

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• Appendix 16

Cable selection chart for 415V-3 Phase, Multi Core Cu/XLPE/SWA/PVC cables – Laid in Ducts (Outdoor), (Power Distribution Feeders - From LV Switch Board to Distribution Panels).

• Appendix 17

Cable selection chart for 415V-3 Phase, Multi Core Cu/XLPE/SWA/PVC cables – Laid in Ducts (Outdoor), (From LV Switch Board to Final Loads).

• Appendix 18

Cable selection chart for 230V-1 Phase, Multi Core Cu/XLPE/PVC cables – Laid in Air (Indoor) on cable trays (From LV Switch Board to Final Loads).

• Appendix 19

Cable selection chart for 230V-1 Phase, Multi Core Cu/XLPE/SWA/PVC cables – Laid in Air (Indoor/Outdoor) on cable trays (From LV Switch Board to Final Loads).

• Appendix 20

Cable selection chart for 230V-1 Phase, Multi Core Cu/XLPE/SWA/PVC cables – Laid in Ducts (Indoor/Outdoor) on cable trays (From LV Switch Board to Final Loads).

• Appendix 21

Cable selection chart for 415V-3 Phase, Single Core Cu/XLPE/SWA/PVC cables – Laid in Air (Indoor/Outdoor) on cable trays (Power Distribution Feeders - From LV Switch Board to Distribution Panels).

• Appendix 22

Cable selection chart for 415V-3 Phase, Single Core Cu/XLPE/SWA/PVC cables – Laid in Ducts (Outdoor), (Power Distribution Feeders - From LV Switch Board to Distribution Panels).

• Appendix 23

Cable selection chart for 415V Multi Core Cu/XLPE/PVC cables – Laid in Air (Indoor) on cable trays (For 3 Phase LV Motor Feeders – At Run - From LV Switch Board to LV Motors).

• Appendix 24

Cable selection chart for 415V Multi Core Cu/XLPE/PVC cables – Laid in Air (Indoor) on cable trays (For 3 Phase LV Motor Feeders – At Starting - From LV Switch Board to LV Motors).

• Appendix 25

Cable selection chart for 415V Multi Core Cu/XLPE/PVC cables – Laid in Air (Indoor) on cable trays (For 3 Phase LV Motor Feeders – Selection Sheet From LV Switch Board to LV Motors).

• Appendix 26

Cable selection chart for 415V Multi Core Cu/XLPE/SWA/PVC cables – Laid in Air (Indoor/Outdoor) on cable trays (For 3 Phase LV Motor Feeders –At Run From LV Switch Board to LV Motors).

• Appendix 27

Cable selection chart for 415V Multi Core Cu/XLPE/SWA/PVC cables – Laid in Air (Indoor/Outdoor) on cable trays (For 3 Phase LV Motor Feeders – At Starting - From LV Switch Board to LV Motors).

• Appendix 28

Cable selection chart for 415V Multi Core Cu/XLPE/SWA/PVC cables – Laid in Air (Indoor/Outdoor) on cable trays (For 3 Phase LV Motor Feeders – Selection Sheet - From LV Switch Board to LV Motors).

• Appendix 29

Cable selection chart for 415V Multi Core Cu/XLPE/SWA/PVC cables – Laid in Ducts (For 3 Phase LV Motor Feeders – At Run - From LV Switch Board to LV Motors).

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DOC No.: DPCT-TCC-CAL-EL-00066

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• Appendix 30

Cable selection chart for 415V Multi Core Cu/XLPE/SWA/PVC cables – Laid in Ducts (For 3 Phase LV Motor Feeders – At Starting - From LV Switch Board to LV Motors).

• Appendix 31

Cable selection chart for 415V Multi Core Cu/XLPE/SWA/PVC cables – Laid in Ducts (For 3 Phase LV Motor Feeders – Selection Sheet - From LV Switch Board to LV Motors).

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Appendix 1 & 2. Current ratings and AC resistance (R) & reactance (X) for Single and multi-core Cables, reference from “DOHA CABLES” catalogue.

Note: The Current Carrying Capacities, Cable Resistances & Reactances and Cable overall diameter is typical for the LSHF cables (Low Smoke Halogen Free).

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Note: The Current Carrying Capacities, Cable Resistances & Reactances and Cable overall diameter is typical for the LSHF cables (Low Smoke Halogen Free).

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Appendix 3. Rating Factors for Ground Temperature, Reference from “DOHA CABLES” Catalogue.

Appendix 4. Rating Factors for Air Temperature, Reference from “DOHA CABLES” Catalogue.

Appendix 5. Rating Factors for Depth of Laying, Reference from “DOHA CABLES” Catalogue.

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Appendix 6. Rating Factors for Variation in Thermal Resistivity of Soil (average values). Reference from “DOHA CABLES” Catalogue.

Appendix 7. Rating Factors for Trefoil Formation for Three Single Core Cables Laid Direct in Ground. Reference from “DOHA CABLES” Catalogue.

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Appendix 8. Rating Factors for Trefoil Formation for Multi-Core Cables Laid Direct in Ground. Reference from “DOHA CABLES” Catalogue.

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Appendix 9. Rating Factors for groups of more than one multi-core cable in air To be applied to the current-carrying capacity for one multi-core cable in free air. Reference from “DOHA CABLES” Catalogue.

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Appendix 10. Rating Factors for groups of more than one circuit of single-core cables To be applied to the current-carrying capacity for one circuit of single-core cables in free air. Reference from “DOHA CABLES” Catalogue.

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Appendix 11. Short Circuit Ratings of Conductors for 1 Sec in kA. Reference from “DOHA CABLES” Catalogue.

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 12

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR CABLE SPECIFICATION:

415 V

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN AIR - ON CABLE LADDER (INDOOR) Power Distribution Feeders - From LV Switch Board to Distribution Panels

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

Page 25 of 44 REV. No. 01

3-PH POWER FEEDER

0.6/1 kV, CU/XLPE/PVC (FOUR CORES CABLE - UNARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

50 Hz 1 0.97

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING LOAD COSΦ SINΦ kW F.L.C AMPS** 0.25 0.41 0.85 0.53 0.37 0.61 0.85 0.53 0.55 0.90 0.85 0.53 0.75 1.23 0.85 0.53 1.50 2.46 0.85 0.53 2.50 4.09 0.85 0.53 3.00 4.91 0.85 0.53 4.00 6.55 0.85 0.53 5.50 9.00 0.85 0.53 7.50 12.28 0.85 0.53 11.00 18.00 0.85 0.53 15.00 24.55 0.85 0.53 18.50 30.28 0.85 0.53 22.00 36.01 0.85 0.53 25.00 40.92 0.85 0.53 30.00 49.10 0.85 0.53 37.00 60.56 0.85 0.53 45.00 73.65 0.85 0.53 55.00 90.02 0.85 0.53 61.00 99.84 0.85 0.53 75.00 122.75 0.85 0.53 110.00 180.04 0.85 0.53 132.00 216.05 0.85 0.53 150.00 245.51 0.85 0.53 160.00 261.87 0.85 0.53 185.00 302.79 0.85 0.53 200.00 327.34 0.85 0.53 220.00 360.08 0.85 0.53 250.00 409.18 0.85 0.53 280.00 458.28 0.85 0.53

4X4 36 34.92 5.8800 0.0933

% AT F.L.C

4X6 44 42.68 3.9300 0.0888

4 X 10 60 58.2 2.3300 0.0856

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS*** 1160.19 783.91 527.36 386.73 193.36 116.02 96.68 72.51 52.74 38.67 26.37 19.34 15.68 -

* SITE CABLE RATING = CCC x DERATING FACTOR

1728.72 1168.05 785.78 576.24 288.12 172.87 144.06 108.04 78.58 57.62 39.29 28.81 23.36 19.64 17.29 -

2890.83 1953.27 1314.02 963.61 481.81 289.08 240.90 180.68 131.40 96.36 65.70 48.18 39.07 32.85 28.91 24.09 -

-

-

-

-

** IN (FLC) = (LOAD x 1000) (SQRT 3 x P.F xVOLT)

-

-

***L =

-

-

-

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

-

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 13

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR CABLE SPECIFICATION:

415 V

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN AIR - ON CABLE LADDER (INDOOR) From LV Switch Board to Final Loads.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

Page 26 of 44 REV. No. 01

3-PH POWER FEEDER

0.6/1 kV, CU/XLPE/PVC (FOUR CORES CABLE - UNARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

50 Hz 2.5 0.97

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING LOAD COSΦ SINΦ kW F.L.C AMPS** 0.25 0.41 0.85 0.53 0.37 0.61 0.85 0.53 0.55 0.90 0.85 0.53 0.75 1.23 0.85 0.53 1.50 2.46 0.85 0.53 2.50 4.09 0.85 0.53 3.00 4.91 0.85 0.53 4.00 6.55 0.85 0.53 5.50 9.00 0.85 0.53 7.50 12.28 0.85 0.53 11.00 18.00 0.85 0.53 15.00 24.55 0.85 0.53 18.50 30.28 0.85 0.53 22.00 36.01 0.85 0.53 25.00 40.92 0.85 0.53 30.00 49.10 0.85 0.53 37.00 60.56 0.85 0.53 45.00 73.65 0.85 0.53 55.00 90.02 0.85 0.53 61.00 99.84 0.85 0.53 75.00 122.75 0.85 0.53 110.00 180.04 0.85 0.53 132.00 216.05 0.85 0.53 150.00 245.51 0.85 0.53 160.00 261.87 0.85 0.53 185.00 302.79 0.85 0.53 200.00 327.34 0.85 0.53 220.00 360.08 0.85 0.53 250.00 409.18 0.85 0.53 280.00 458.28 0.85 0.53

4X4 36 34.92 5.8800 0.0933

% AT F.L.C

4X6 44 42.68 3.9300 0.0888

4 X 10 60 58.2 2.3300 0.0856

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS*** 2900.47 1959.78 1318.40 966.82 483.41 290.05 241.71 181.28 131.84 96.68 65.92 48.34 39.20 -

* SITE CABLE RATING = CCC x DERATING FACTOR

4321.80 2920.13 1964.45 1440.60 720.30 432.18 360.15 270.11 196.45 144.06 98.22 72.03 58.40 49.11 43.22 -

7227.08 4883.16 3285.04 2409.03 1204.51 722.71 602.26 451.69 328.50 240.90 164.25 120.45 97.66 82.13 72.27 60.23 -

-

-

-

-

** IN (FLC) = (LOAD x 1000) (SQRT 3 x P.F xVOLT)

-

-

***L =

-

-

-

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

-

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 14

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 1 0.82

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING kW LOAD F.L.C COSΦ SINΦ AMPS**

4X4 37 30.34 5.8783 0.0933

0.41 0.61 0.90 1.23 2.46 4.09 4.91 6.55 9.00 12.28 18.00 24.55 30.28 36.01 40.92 49.10 60.56 73.65 90.02 99.84 122.75 180.04 216.05 245.51 261.87 302.79 327.34 360.08 409.18 458.28

Page 27 of 44 REV. No. 01

3-PH POWER FEEDER

0.6/1 kV, CU/XLPE/PVC (FOUR CORES CABLE - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.50 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00 200.00 220.00 250.00 280.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN AIR - ON CABLE LADDER (INDOOR / OUTDOOR) Power Distribution Feeders - From LV Switch Board to Distribution Panels

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53

% AT F.L.C

4X6 45 36.9 3.9274 0.0888

4 X 10 61 50.02 2.3336 0.0856

4 X 16 80 65.6 1.4666 0.0823

4 X 25 109 89.38 0.9273 0.0817

4 X 35 131 107.4 0.6686 0.0799

4 X 50 164 134.48 0.4940 0.0750

4 X 70 196 160.7 0.3425 0.0740

4 X 95 243 199.26 0.2471 0.0720

4 X 120 280 229.6 0.1964 0.0710

4 X 150 334 273.9 0.1597 0.0710

4 X 185 365 299.3 0.1284 0.0710

4 X 240 434 355.9 0.0988 0.0710

2X(4 X 120) 560 459.2 0.0982 0.0355

2X(4 X 150) 668 547.76 0.0799 0.0355

2X(4 X 185) 730 598.6 0.0642 0.0355

2X(4 X 240) 868 711.76 0.0494 0.0355

57312.37 38724.58 26051.08 19104.12 9552.06 5731.24 4776.03 3582.02 2605.11 1910.41 1302.55 955.21 774.49 651.28 573.12 477.60 387.25 318.40 260.51 234.89 191.04 130.26 108.55 95.52 89.55 77.45 71.64 65.13 57.31 51.17

67638.07 45701.40 30744.58 22546.02 11273.01 6763.81 5636.51 4227.38 3074.46 2254.60 1537.23 1127.30 914.03 768.61 676.38 563.65 457.01 375.77 307.45 277.21 225.46 153.72 128.10 112.73 105.68 91.40 84.55 76.86 67.64 60.39

79917.94 53998.61 36326.33 26639.31 13319.66 7991.79 6659.83 4994.87 3632.63 2663.93 1816.32 1331.97 1079.97 908.16 799.18 665.98 539.99 443.99 363.26 327.53 266.39 181.63 151.36 133.20 124.87 108.00 99.90 90.82 79.92 71.36

96483.35 65191.45 43856.07 32161.12 16080.56 9648.33 8040.28 6030.21 4385.61 3216.11 2192.80 1608.06 1303.83 1096.40 964.83 804.03 651.91 536.02 438.56 395.42 321.61 219.28 182.73 160.81 150.76 130.38 120.60 109.64 96.48 86.15

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS*** 1160.52 784.14 527.51 386.84 193.42 116.05 96.71 72.53 52.75 38.68 26.38 19.34 15.68 -

* SITE CABLE RATING = CCC x DERATING FACTOR

1729.85 1168.82 786.29 576.62 288.31 172.98 144.15 108.12 78.63 57.66 39.31 28.83 23.38 19.66 -

2886.47 1950.32 1312.03 962.16 481.08 288.65 240.54 180.40 131.20 96.22 65.60 48.11 39.01 32.80 28.86 24.05 -

4539.39 3067.16 2063.36 1513.13 756.56 453.94 378.28 283.71 206.34 151.31 103.17 75.66 61.34 51.58 45.39 37.83 30.67 -

7044.45 4759.76 3202.02 2348.15 1174.07 704.44 587.04 440.28 320.20 234.81 160.10 117.41 95.20 80.05 70.44 58.70 47.60 39.14 -

9593.14 6481.85 4360.52 3197.71 1598.86 959.31 799.43 599.57 436.05 319.77 218.03 159.89 129.64 109.01 95.93 79.94 64.82 53.30 43.61 39.32 -

12746.06 17738.65 8612.20 11985.57 5793.66 8063.02 4248.69 5912.88 2124.34 2956.44 1274.61 1773.86 1062.17 1478.22 796.63 1108.67 579.37 806.30 424.87 591.29 289.68 403.15 212.43 295.64 172.24 239.71 144.84 201.58 127.46 177.39 106.22 147.82 86.12 119.86 70.81 98.55 57.94 80.63 52.24 72.70 42.49 59.13 -

** IN (FLC) = (LOAD x 1000) (SQRT 3 x P.F xVOLT)

23614.98 15956.07 10734.08 7871.66 3935.83 2361.50 1967.92 1475.94 1073.41 787.17 536.70 393.58 319.12 268.35 236.15 196.79 159.56 131.19 107.34 96.78 78.72 53.67 -

***L =

28656.19 19362.29 13025.54 9552.06 4776.03 2865.62 2388.02 1791.01 1302.55 955.21 651.28 477.60 387.25 325.64 286.56 238.80 193.62 159.20 130.26 117.44 95.52 65.13 54.27 -

33819.04 22850.70 15372.29 11273.01 5636.51 3381.90 2818.25 2113.69 1537.23 1127.30 768.61 563.65 457.01 384.31 338.19 281.83 228.51 187.88 153.72 138.60 112.73 76.86 64.05 56.37 52.84 -

39958.97 26999.30 18163.17 13319.66 6659.83 3995.90 3329.91 2497.44 1816.32 1331.97 908.16 665.98 539.99 454.08 399.59 332.99 269.99 221.99 181.63 163.77 133.20 90.82 75.68 66.60 62.44 -

48241.67 32595.72 21928.03 16080.56 8040.28 4824.17 4020.14 3015.10 2192.80 1608.06 1096.40 804.03 651.91 548.20 482.42 402.01 325.96 268.01 219.28 197.71 160.81 109.64 91.37 80.40 75.38 65.19 60.30 -

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 15

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 2.5 0.82

2

4X4 37 30.34 5.8783 0.0933

CABLE C.S.A in mm CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING kW LOAD F.L.C COSΦ SINΦ AMPS** 0.41 0.61 0.90 1.23 2.46 4.09 4.91 6.55 9.00 12.28 18.00 24.55 30.28 36.01 40.92 49.10 60.56 73.65 90.02 99.84 122.75 180.04 216.05 245.51 261.87 302.79 327.34 360.08 409.18 458.28

Page 28 of 44 REV. No. 01

3-PH POWER FEEDER

0.6/1 kV, CU/XLPE/PVC (FOUR CORES CABLE - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.50 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00 200.00 220.00 250.00 280.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN AIR - ON CABLE LADDER (INDOOR / OUTDOOR) From LV Switch Board to Final Loads.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53

% AT F.L.C

4X6 45 36.9 3.9274 0.0888

4 X 10 61 50.02 2.3336 0.0856

4 X 16 80 65.6 1.4666 0.0823

4 X 25 109 89.38 0.9273 0.0817

4 X 35 131 107.4 0.6686 0.0799

4 X 50 164 134.48 0.4940 0.0750

4 X 70 196 160.7 0.3425 0.0740

4 X 95 243 199.26 0.2471 0.0720

4 X 120 280 229.6 0.1964 0.0710

4 X 150 334 273.9 0.1597 0.0710

4 X 185 365 299.3 0.1284 0.0710

4 X 240 434 355.9 0.0988 0.0710

2X(4 X 120) 560 459.2 0.098 0.0355

2X(4 X 150) 668 547.76 0.080 0.0355

2X(4 X 185) 730 598.6 0.064 0.0355

2X(4 X 240) 868 711.76 0.049 0.0355

143280.93 96811.44 65127.69 47760.31 23880.15 14328.09 11940.08 8955.06 6512.77 4776.03 3256.38 2388.02 1936.23 1628.19 1432.81 1194.01 968.11 796.01 651.28 587.22 477.60 325.64 271.37 238.80 223.88 193.62 179.10 162.82 143.28 127.93

169095.18 114253.50 76861.44 56365.06 28182.53 16909.52 14091.26 10568.45 7686.14 5636.51 3843.07 2818.25 2285.07 1921.54 1690.95 1409.13 1142.53 939.42 768.61 693.01 563.65 384.31 320.26 281.83 264.21 228.51 211.37 192.15 169.10 150.98

199794.84 134996.51 90815.84 66598.28 33299.14 19979.48 16649.57 12487.18 9081.58 6659.83 4540.79 3329.91 2699.93 2270.40 1997.95 1664.96 1349.97 1109.97 908.16 818.83 665.98 454.08 378.40 332.99 312.18 269.99 249.74 227.04 199.79 178.39

241208.36 162978.62 109640.17 80402.79 40201.39 24120.84 20100.70 15075.52 10964.02 8040.28 5482.01 4020.14 3259.57 2741.00 2412.08 2010.07 1629.79 1340.05 1096.40 988.56 804.03 548.20 456.83 402.01 376.89 325.96 301.51 274.10 241.21 215.36

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS*** 2901.30 1960.34 1318.77 967.10 483.55 290.13 241.78 181.33 131.88 96.71 65.94 48.36 39.21 -

* SITE CABLE RATING = CCC x DERATING FACTOR

4324.62 2922.04 1965.74 1441.54 720.77 432.46 360.38 270.29 196.57 144.15 98.29 72.08 58.44 49.14 -

7216.18 4875.80 3280.08 2405.39 1202.70 721.62 601.35 451.01 328.01 240.54 164.00 120.27 97.52 82.00 72.16 60.13 -

11348.47 17611.12 23982.84 31865.15 44346.62 7667.89 11899.41 16204.62 21530.50 29963.93 5158.40 8005.06 10901.29 14484.16 20157.55 3782.82 5870.37 7994.28 10621.72 14782.21 1891.41 2935.19 3997.14 5310.86 7391.10 1134.85 1761.11 2398.28 3186.51 4434.66 945.71 1467.59 1998.57 2655.43 3695.55 709.28 1100.70 1498.93 1991.57 2771.66 515.84 800.51 1090.13 1448.42 2015.76 378.28 587.04 799.43 1062.17 1478.22 257.92 400.25 545.06 724.21 1007.88 189.14 293.52 399.71 531.09 739.11 153.36 237.99 324.09 430.61 599.28 128.96 200.13 272.53 362.10 503.94 113.48 176.11 239.83 318.65 443.47 94.57 146.76 199.86 265.54 369.56 76.68 118.99 162.05 215.31 299.64 97.84 133.24 177.03 246.37 109.01 144.84 201.58 98.29 130.59 181.75 106.22 147.82 -

** IN (FLC) = (LOAD x 1000) (SQRT 3 x P.F xVOLT)

59037.45 39890.17 26835.21 19679.15 9839.58 5903.75 4919.79 3689.84 2683.52 1967.92 1341.76 983.96 797.80 670.88 590.37 491.98 398.90 327.99 268.35 241.96 196.79 134.18 -

***L =

71640.46 48405.72 32563.85 23880.15 11940.08 7164.05 5970.04 4477.53 3256.38 2388.02 1628.19 1194.01 968.11 814.10 716.40 597.00 484.06 398.00 325.64 293.61 238.80 162.82 135.68 -

84547.59 57126.75 38430.72 28182.53 14091.26 8454.76 7045.63 5284.22 3843.07 2818.25 1921.54 1409.13 1142.53 960.77 845.48 704.56 571.27 469.71 384.31 346.51 281.83 192.15 160.13 140.91 132.11 -

99897.42 67498.26 45407.92 33299.14 16649.57 9989.74 8324.79 6243.59 4540.79 3329.91 2270.40 1664.96 1349.97 1135.20 998.97 832.48 674.98 554.99 454.08 409.42 332.99 227.04 189.20 166.50 156.09 -

120604.18 81489.31 54820.08 40201.39 20100.70 12060.42 10050.35 7537.76 5482.01 4020.14 2741.00 2010.07 1629.79 1370.50 1206.04 1005.03 814.89 670.02 548.20 494.28 402.01 274.10 228.42 201.01 188.44 162.98 150.76 -

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 16

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 1 0.45

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING LOAD COSΦ SINΦ kW F.L.C

4X4 35 15.75 5.8783 0.0933

AMPS** 0.41 0.61 0.90 1.23 2.46 4.09 4.91 6.55 9.00 12.28 18.00 24.55 30.28 36.01 40.92 49.10 60.56 73.65 90.02 99.84 122.75 180.04 216.05 245.51 261.87 302.79 327.34 360.08 409.18 458.28

Page 29 of 44 REV. No. 01

3-PH POWER FEEDER (LAID IN DUCTS) - OUTDOOR

0.6/1 kV, CU/XLPE/SWA/PVC (FOUR CORES CABLE - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.50 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00 200.00 220.00 250.00 280.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN DUCTS (INDOOR / OUTDOOR) Power Distribution Feeders - From LV Switch Board to Distribution Panels

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53

% AT F.L.C

4X6 44 19.8 3.9274 0.0888

4 X 10 58 26.1 2.3336 0.0856

4 X 16 72 32.4 1.4666 0.0823

4 X 25 98 44.1 0.9273 0.0817

4 X 35 116 52.2 0.6686 0.0799

4 X 50 138 62.1 0.4940 0.0750

4 X 70 171 77.0 0.3425 0.0740

4 X 95 200 90 0.2471 0.0720

4 X 120 233 104.9 0.1964 0.0710

4 X 150 261 117.5 0.1597 0.0710

4 X 185 295 132.8 0.1284 0.0710

4 X 240 347 156.2 0.0988 0.0710

2X(4 X 120) 2X(4 X 150) 2X(4 X 185) 2X(4 X 240) 466 522 590 694 209.7 234.9 265.5 312.3 0.098 0.080 0.064 0.049 0.0355 0.0355 0.0355 0.0355

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

1160.52 784.14 527.51 386.84 193.42 116.05 96.71 72.53 52.75 38.68 -

* SITE CABLE RATING = CCC x DERATING FACTOR

1729.85 1168.82 786.29 576.62 288.31 172.98 144.15 108.12 78.63 57.66 39.31 -

2886.47 1950.32 1312.03 962.16 481.08 288.65 240.54 180.40 131.20 96.22 65.60 48.11 -

4539.39 3067.16 2063.36 1513.13 756.56 453.94 378.28 283.71 206.34 151.31 103.17 75.66 61.34 -

7044.45 4759.76 3202.02 2348.15 1174.07 704.44 587.04 440.28 320.20 234.81 160.10 117.41 95.20 80.05 70.44 -

9593.14 6481.85 4360.52 3197.71 1598.86 959.31 799.43 599.57 436.05 319.77 218.03 159.89 129.64 109.01 95.93 79.94 -

12746.06 17738.65 8612.20 11985.57 5793.66 8063.02 4248.69 5912.88 2124.34 2956.44 1274.61 1773.86 1062.17 1478.22 796.63 1108.67 579.37 806.30 424.87 591.29 289.68 403.15 212.43 295.64 172.24 239.71 144.84 201.58 127.46 177.39 106.22 147.82 86.12 119.86 98.55 -

** IN (FLC) = (LOAD x 1000) (SQRT 3 x P.F xVOLT)

23614.98 15956.07 10734.08 7871.66 3935.83 2361.50 1967.92 1475.94 1073.41 787.17 536.70 393.58 319.12 268.35 236.15 196.79 159.56 131.19 -

***L =

28656.19 19362.29 13025.54 9552.06 4776.03 2865.62 2388.02 1791.01 1302.55 955.21 651.28 477.60 387.25 325.64 286.56 238.80 193.62 159.20 130.26 117.44 -

33819.04 22850.70 15372.29 11273.01 5636.51 3381.90 2818.25 2113.69 1537.23 1127.30 768.61 563.65 457.01 384.31 338.19 281.83 228.51 187.88 153.72 138.60 -

39958.97 26999.30 18163.17 13319.66 6659.83 3995.90 3329.91 2497.44 1816.32 1331.97 908.16 665.98 539.99 454.08 399.59 332.99 269.99 221.99 181.63 163.77 133.20 -

48241.67 32595.72 21928.03 16080.56 8040.28 4824.17 4020.14 3015.10 2192.80 1608.06 1096.40 804.03 651.91 548.20 482.42 402.01 325.96 268.01 219.28 197.71 160.81 -

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

57312.37 38724.58 26051.08 19104.12 9552.06 5731.24 4776.03 3582.02 2605.11 1910.41 1302.55 955.21 774.49 651.28 573.12 477.60 387.25 318.40 260.51 234.89 191.04 130.26 -

67638.07 45701.40 30744.58 22546.02 11273.01 6763.81 5636.51 4227.38 3074.46 2254.60 1537.23 1127.30 914.03 768.61 676.38 563.65 457.01 375.77 307.45 277.21 225.46 153.72 128.10 -

79917.94 53998.61 36326.33 26639.31 13319.66 7991.79 6659.83 4994.87 3632.63 2663.93 1816.32 1331.97 1079.97 908.16 799.18 665.98 539.99 443.99 363.26 327.53 266.39 181.63 151.36 133.20 124.87 -

96483.35 65191.45 43856.07 32161.12 16080.56 9648.33 8040.28 6030.21 4385.61 3216.11 2192.80 1608.06 1303.83 1096.40 964.83 804.03 651.91 536.02 438.56 395.42 321.61 219.28 182.73 160.81 150.76 130.38 -

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 17

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR CABLE SPECIFICATION:

415 V

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN DUCTS (INDOOR / OUTDOOR) From LV Switch Board to Final Loads.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

Page 30 of 44 REV. No. 01

3-PH POWER FEEDER

0.6/1 kV, CU/XLPE/SWA/PVC (FOUR CORES CABLE - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

50 Hz 2.5 0.45

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING LOAD COSΦ SINΦ kW F.L.C AMPS** 0.25 0.41 0.85 0.53 0.37 0.61 0.85 0.53 0.55 0.90 0.85 0.53 0.75 1.23 0.85 0.53 1.50 2.46 0.85 0.53 2.50 4.09 0.85 0.53 3.00 4.91 0.85 0.53 4.00 6.55 0.85 0.53 5.50 9.00 0.85 0.53 7.50 12.28 0.85 0.53 11.00 18.00 0.85 0.53 15.00 24.55 0.85 0.53 18.50 30.28 0.85 0.53 22.00 36.01 0.85 0.53 25.00 40.92 0.85 0.53 30.00 49.10 0.85 0.53 37.00 60.56 0.85 0.53 45.00 73.65 0.85 0.53 55.00 90.02 0.85 0.53 61.00 99.84 0.85 0.53 75.00 122.75 0.85 0.53 110.00 180.04 0.85 0.53 132.00 216.05 0.85 0.53 150.00 245.51 0.85 0.53 160.00 261.87 0.85 0.53 185.00 302.79 0.85 0.53 200.00 327.34 0.85 0.53 220.00 360.08 0.85 0.53 250.00 409.18 0.85 0.53 280.00 458.28 0.85 0.53

4X4 35 15.75 5.8783 0.0933

% AT F.L.C

4X6 44 19.8 3.9274 0.0888

4 X 10 58 26.1 2.3336 0.0856

4 X 16 72 32.4 1.4666 0.0823

4 X 25 98 44.1 0.9273 0.0817

4 X 35 116 52.2 0.6686 0.0799

4 X 50 138 62.1 0.4940 0.0750

4 X 70 171 77.0 0.3425 0.0740

4 X 95 200 90 0.2471 0.0720

4 X 120 233 104.9 0.1964 0.0710

4 X 150 261 117.5 0.1597 0.0710

4 X 185 295 132.8 0.1284 0.0710

4 X 240 347 156.2 0.0988 0.0710

2X(4 X 120) 466 209.7 0.098 0.0355

2X(4 X 150) 522 234.9 0.080 0.0355

2X(4 X 185) 590 265.5 0.064 0.0355

2X(4 X 240) 694 312.3 0.049 0.0355

143280.93 96811.44 65127.69 47760.31 23880.15 14328.09 11940.08 8955.06 6512.77 4776.03 3256.38 2388.02 1936.23 1628.19 1432.81 1194.01 968.11 796.01 651.28 587.22 477.60 325.64 -

169095.18 114253.50 76861.44 56365.06 28182.53 16909.52 14091.26 10568.45 7686.14 5636.51 3843.07 2818.25 2285.07 1921.54 1690.95 1409.13 1142.53 939.42 768.61 693.01 563.65 384.31 320.26 -

199794.84 134996.51 90815.84 66598.28 33299.14 19979.48 16649.57 12487.18 9081.58 6659.83 4540.79 3329.91 2699.93 2270.40 1997.95 1664.96 1349.97 1109.97 908.16 818.83 665.98 454.08 378.40 332.99 312.18 -

241208.36 162978.62 109640.17 80402.79 40201.39 24120.84 20100.70 15075.52 10964.02 8040.28 5482.01 4020.14 3259.57 2741.00 2412.08 2010.07 1629.79 1340.05 1096.40 988.56 804.03 548.20 456.83 402.01 376.89 325.96 -

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS*** 2901.30 1960.34 1318.77 967.10 483.55 290.13 241.78 181.33 131.88 96.71 -

* SITE CABLE RATING = CCC x DERATING FACTOR

4324.62 2922.04 1965.74 1441.54 720.77 432.46 360.38 270.29 196.57 144.15 98.29 -

7216.18 4875.80 3280.08 2405.39 1202.70 721.62 601.35 451.01 328.01 240.54 164.00 120.27 -

11348.47 17611.12 23982.84 31865.15 44346.62 7667.89 11899.41 16204.62 21530.50 29963.93 5158.40 8005.06 10901.29 14484.16 20157.55 3782.82 5870.37 7994.28 10621.72 14782.21 1891.41 2935.19 3997.14 5310.86 7391.10 1134.85 1761.11 2398.28 3186.51 4434.66 945.71 1467.59 1998.57 2655.43 3695.55 709.28 1100.70 1498.93 1991.57 2771.66 515.84 800.51 1090.13 1448.42 2015.76 378.28 587.04 799.43 1062.17 1478.22 257.92 400.25 545.06 724.21 1007.88 189.14 293.52 399.71 531.09 739.11 153.36 237.99 324.09 430.61 599.28 200.13 272.53 362.10 503.94 176.11 239.83 318.65 443.47 199.86 265.54 369.56 215.31 299.64 246.37 -

** IN (FLC) = (LOAD x 1000) (SQRT 3 x P.F xVOLT)

59037.45 39890.17 26835.21 19679.15 9839.58 5903.75 4919.79 3689.84 2683.52 1967.92 1341.76 983.96 797.80 670.88 590.37 491.98 398.90 327.99 -

***L =

71640.46 48405.72 32563.85 23880.15 11940.08 7164.05 5970.04 4477.53 3256.38 2388.02 1628.19 1194.01 968.11 814.10 716.40 597.00 484.06 398.00 325.64 293.61 -

84547.59 57126.75 38430.72 28182.53 14091.26 8454.76 7045.63 5284.22 3843.07 2818.25 1921.54 1409.13 1142.53 960.77 845.48 704.56 571.27 469.71 384.31 346.51 -

99897.42 67498.26 45407.92 33299.14 16649.57 9989.74 8324.79 6243.59 4540.79 3329.91 2270.40 1664.96 1349.97 1135.20 998.97 832.48 674.98 554.99 454.08 409.42 332.99 -

120604.18 81489.31 54820.08 40201.39 20100.70 12060.42 10050.35 7537.76 5482.01 4020.14 2741.00 2010.07 1629.79 1370.50 1206.04 1005.03 814.89 670.02 548.20 494.28 402.01 -

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 18

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR CABLE SPECIFICATION:

240 V

50 Hz 2.5 0.97

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING LOAD COSΦ SINΦ kW F.L.C

3X4 36.00 34.92 5.8783 0.0933

AMPS** 1.23 1.81 2.70 3.68 7.35 10.78 14.71 19.61 26.96 29.41 53.92 73.53 90.69 107.84 134.80 156.86 171.57 220.59 284.31 367.65 431.37 539.22 647.06 735.29 857.84 906.86

Page 31 of 44 REV. No. 01

1- PH POWER FEEDER (LAID IN AIR - ON CABLE LADDER - INDOOR)

0.6/1 kV, CU/XLPE/PVC (THREE CORES CABLE - UNARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 6.00 11.00 15.00 18.50 22.00 27.50 32.00 35.00 45.00 58.00 75.00 88.00 110.00 132.00 150.00 175.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

1- PH POWER FEEDER LAID IN AIR - ON CABLE LADDER (INTDOOR) From LV Switch Board to Final Loads.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53

* SITE CABLE RATING = CCC x DERATING FACTOR

% AT F.L.C.

3X6 45.00 43.65 3.9274 0.0888

3 X 10 60.00 58.20 2.33 0.0856

-

-

-

-

-

-

-

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

485.17 327.81 220.53 161.72 80.86 55.13 40.43 30.32 22.05 20.22 -

723.18 488.63 328.72 241.06 120.53 82.18 60.26 45.20 32.87 30.13 -

1208.54 816.58 549.33 402.85 201.42 137.33 100.71 75.53 54.93 50.36 27.47 -

** IN (FLC) =

(LOAD x 1000) (P.F xVOLT)

-

***L =

(Vd%) x V x 1000 X n 2 x INx (RcosΦ + XsinΦ)

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 19

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR CABLE SPECIFICATION:

240 V

50 Hz 2.5 0.82

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING LOAD COSΦ SINΦ kW F.L.C

3X4 37.00 30.34 5.8783 0.0933

AMPS** 1.23 1.81 2.70 3.68 7.35 10.78 14.71 19.61 26.96 29.41 53.92 73.53 90.69 107.84 134.80 156.86 171.57 220.59 284.31 367.65 431.37 539.22 647.06 735.29 857.84 906.86

Page 32 of 44 REV. No. 01

1- PH POWER FEEDER (LAID IN AIR - INDOOR / OUTDOOR)

0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORES CABLE - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 6.00 11.00 15.00 18.50 22.00 27.50 32.00 35.00 45.00 58.00 75.00 88.00 110.00 132.00 150.00 175.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

1- PH POWER FEEDER LAID IN AIR - ON CABLE LADDER (INDOOR / OUTDOOR) From LV Switch Board to Final Loads.

0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53

* SITE CABLE RATING = CCC x DERATING FACTOR

% AT F.L.C.

3X6 45.00 36.90 3.9274 0.0888

3 X 10 61.00 50.02 2.3336 0.0856

3 X 16 80.00 65.60 1.4666 0.0823

3 X 25 109.00 89.38 0.9273 0.0817

3 X 35 131.00 107.42 0.6686 0.0799

3 X 50 164.00 134.48 0.494 0.0750

4010.49 2709.79 1822.95 1336.83 668.41 455.74 334.21 250.66 182.29 167.10 91.15 66.84 54.20 -

5328.59 3600.40 2422.09 1776.20 888.10 605.52 444.05 333.04 242.21 222.02 121.10 88.81 72.01 60.55 -

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

485.17 327.81 220.53 161.72 80.86 55.13 40.43 30.32 22.05 20.22 -

723.18 488.63 328.72 241.06 120.53 82.18 60.26 45.20 32.87 30.13 -

1206.71 815.35 548.51 402.24 201.12 137.13 100.56 75.42 54.85 50.28 -

** IN (FLC) =

(LOAD x 1000) (P.F xVOLT)

1897.73 1282.25 862.60 632.58 316.29 215.65 158.14 118.61 86.26 79.07 43.13 -

2944.99 1989.86 1338.63 981.66 490.83 334.66 245.42 184.06 133.86 122.71 66.93 49.08 -

***L =

(Vd%) x V x 1000 X n 2 x INx (RcosΦ + XsinΦ)

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 20

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR CABLE SPECIFICATION:

240 V

Document No.: DPCT-TCC-CAL-EL-00066

1- PH POWER FEEDER LAID IN DUCTS (OUTDOOR) From LV Switch Board to Final Loads.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

Page 33 of 44 REV. No. 01

1- PH POWER FEEDER (LAID IN DUCTS - INDOOR / OUTDOOR)

0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORES CABLE - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

50 Hz 2.5 0.45

2

3X4 35 15.75 5.8783 0.0933

CABLE C.S.A in mm CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING kW LOAD F.L.C COSΦ SINΦ AMPS

% AT F.L.C.

3X6 44 19.80 3.9274 0.0888

3 X 10 58 26.10 2.3336 0.0856

3 X 16 72 32.40 1.4666 0.0823

3 X 25 98 44.10 0.9273 0.0817

3 X 35 116 52.20 0.6686 0.0799

3 X 50 138 62.10 0.494 0.0750

4010.49 2709.79 1822.95 1336.83 668.41 455.74 334.21 250.66 182.29 167.10 -

5328.59 3600.40 2422.09 1776.20 888.10 605.52 444.05 333.04 242.21 222.02 121.10 -

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

** 0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 6.00 11.00 15.00 18.50 22.00 27.50 32.00 35.00 45.00 58.00 75.00 88.00 110.00 132.00 150.00 175.00 185.00

1.23 1.81 2.70 3.68 7.35 10.78 14.71 19.61 26.96 29.41 53.92 73.53 90.69 107.84 134.80 156.86 171.57 220.59 284.31 367.65 431.37 539.22 647.06 735.29 857.84 906.86

0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53

* SITE CABLE RATING = CCC x DERATING FACTOR

485.17 327.81 220.53 161.72 80.86 55.13 40.43 -

723.18 488.63 328.72 241.06 120.53 82.18 60.26 45.20 -

1206.71 815.35 548.51 402.24 201.12 137.13 100.56 75.42 -

** IN (FLC) =

(LOAD x 1000) (P.F xVOLT)

1897.73 1282.25 862.60 632.58 316.29 215.65 158.14 118.61 86.26 79.07 -

2944.99 1989.86 1338.63 981.66 490.83 334.66 245.42 184.06 133.86 122.71 -

***L =

(Vd%) x V x 1000 X n 2 x INx (RcosΦ + XsinΦ)

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 21

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

REV. No. 01

3-PH POWER FEEDER

50 Hz 1.0 0.801

% AT F.L.C

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING *

4X(1 X 50) 154 123.35 0.4940 0.1140

CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING kW LOAD F.L.C COSΦ SINΦ AMPS** 40.92 81.84 122.75 163.67 204.59 245.51 286.42 327.34 368.26 409.18 450.10 491.01 531.93 572.85 613.77 654.68 695.60 736.52 777.44 818.36 859.27 900.19 941.11 982.03 1022.95 1063.86

Page 34 of 44

0.6/1 kV, CU/XLPE/AWA/PVC (SINGLE CORE CABLE - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

25.00 50.00 75.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00 350.00 375.00 400.00 425.00 450.00 475.00 500.00 525.00 550.00 575.00 600.00 625.00 650.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN AIR - ON CABLE LADDER (INDOOR / OUTDOOR) Power Distribution Feeders - From LV Switch Board to Distribution Panels

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53 0.53

4X(1 X 70) 199 159.40 0.3430 0.1080

4X(1 X 95) 244 195.44 0.2480 0.1040

4X(1 X 120) 287 229.89 0.1970 0.1010

4X(1 X 150) 328 262.73 0.1600 0.0990

4X(1 X 185) 372 297.97 0.1290 0.0960

4X(1 X 240) 453 362.85 0.0991 0.0930

4X(1 X 300) 523 418.92 0.0810 0.0910

4X(1 X 400) 603 483.00 0.0638 0.0900

4X(1 X 500) 687 550.29 0.0517 0.0870

4X(1 X 630) 808 647.21 0.0418 0.0823

4X(2 X 300) 1046 837.85 0.041 0.0455

4X(2 X 400) 1206 966.01 0.032 0.0450

4X(2 X 500) 1374 1100.57 0.026 0.0435

4X(2 X 630) 1616 1294.42 0.021 0.0412

742.31 371.15 247.44 185.58 148.46 123.72 106.04 92.79 82.48 74.23 67.48 61.86 57.10 53.02 49.49 -

1002.79 501.39 334.26 250.70 200.56 167.13 143.26 125.35 111.42 100.28 91.16 83.57 77.14 71.63 66.85 62.67 58.99 55.71 52.78 50.14 -

1152.23 576.11 384.08 288.06 230.45 192.04 164.60 144.03 128.03 115.22 104.75 96.02 88.63 82.30 76.82 72.01 67.78 64.01 60.64 57.61 54.87 52.37 50.10 -

1304.52 652.26 434.84 326.13 260.90 217.42 186.36 163.06 144.95 130.45 118.59 108.71 100.35 93.18 86.97 81.53 76.74 72.47 68.66 65.23 62.12 59.30 56.72 54.35 52.18 50.17

1484.62 742.31 494.87 371.15 296.92 247.44 212.09 185.58 164.96 148.46 134.97 123.72 114.20 106.04 98.97 92.79 87.33 82.48 78.14 74.23 70.70 67.48 64.55 61.86 59.38 57.10

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

-

* SITE CABLE RATING = CCC x DERATING FACTOR

-

-

122.00 61.00 40.67 -

** IN (FLC) =

168.05 84.03 56.02 -

220.48 110.24 73.49 55.12 -

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

265.38 132.69 88.46 66.34 53.08 -

311.22 155.61 103.74 77.80 62.24 51.87 -

365.47 182.74 121.82 91.37 73.09 60.91 52.21 -

***L =

439.53 219.76 146.51 109.88 87.91 73.25 62.79 54.94 -

501.39 250.70 167.13 125.35 100.28 83.57 71.63 62.67 55.71 50.14 -

576.11 288.06 192.04 144.03 115.22 96.02 82.30 72.01 64.01 57.61 52.37 -

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

652.26 326.13 217.42 163.06 130.45 108.71 93.18 81.53 72.47 65.23 59.30 54.35 50.17 -

-

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 22

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR CABLE SPECIFICATION: FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

415 V

Page 35 of 44 REV. No. 01

3-PH POWER FEEDER (LAID IN DUCTS) - OUTDOOR

0.6/1 kV, CU/XLPE/AWA/PVC (SINGLE CORE CABLE - ARMOURED) 50 Hz 1.0 0.41

% AT F.L.C

2

CABLE C.S.A in mm CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) LOAD IN RATING LOAD COSΦ SINΦ kW F.L.C AMPS** 25.00 40.92 0.85 0.53 50.00 81.84 0.85 0.53 75.00 122.75 0.85 0.53 100.00 163.67 0.85 0.53 125.00 204.59 0.85 0.53 150.00 245.51 0.85 0.53 175.00 286.42 0.85 0.53 200.00 327.34 0.85 0.53 225.00 368.26 0.85 0.53 250.00 409.18 0.85 0.53 275.00 450.10 0.85 0.53 300.00 491.01 0.85 0.53 325.00 531.93 0.85 0.53 350.00 572.85 0.85 0.53 375.00 613.77 0.85 0.53 400.00 654.68 0.85 0.53 425.00 695.60 0.85 0.53 450.00 736.52 0.85 0.53 475.00 777.44 0.85 0.53 500.00 818.36 0.85 0.53 525.00 859.27 0.85 0.53 550.00 900.19 0.85 0.53 575.00 941.11 0.85 0.53 600.00 982.03 0.85 0.53 625.00 1022.95 0.85 0.53 650.00 1063.86 0.85 0.53

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV POWER FEEDER LAID IN DUCTS (OUTDOOR) Power Distribution Feeders - From LV Switch Board to Distribution Panels

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

4X(1 X 50) 146 59.86

4X(1 X 70) 180 73.80

4X(1 X 95) 217 88.97

4X(1 X 120) 246 100.86

4X(1 X 150) 279 114.39

4X(1 X 185) 317 129.97

4X(1 X 240) 363 148.83

4X(1 X 300) 412 168.92

4X(1 X 400) 464 190.24

4X(1 X 500) 515 211.15

4X(1 X 630) 587 240.67

4X(2 X 300) 824 337.84

4X(2 X 400) 928 380.48

4X(2 X 500) 1030 422.30

4X(2 X 630) 1174 481.34

0.4940 0.1140

0.3430 0.1080

0.2480 0.1040

0.1970 0.1010

0.1600 0.0990

0.1290 0.0960

0.0991 0.0930

0.0810 0.0910

0.0638 0.0900

0.0517 0.0870

0.0418 0.0823

0.041 0.0455

0.032 0.0450

0.026 0.0435

0.021 0.0412

742.31 371.15 247.44 185.58 148.46 -

1002.79 501.39 334.26 250.70 200.56 167.13 143.26 125.35 -

1152.23 576.11 384.08 288.06 230.45 192.04 164.60 144.03 128.03 -

1304.52 652.26 434.84 326.13 260.90 217.42 186.36 163.06 144.95 130.45 -

1484.62 742.31 494.87 371.15 296.92 247.44 212.09 185.58 164.96 148.46 134.97 -

*MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

-

* SITE CABLE RATING = CCC x DERATING FACTOR

-

-

122.00 -

** IN (FLC) =

168.05 -

220.48 110.24 -

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

265.38 132.69 -

311.22 155.61 -

365.47 182.74 121.82 -

***L =

439.53 219.76 146.51 -

501.39 250.70 167.13 125.35 -

576.11 288.06 192.04 144.03 -

(Vd%) x V x 1000 x n SQRT(3) x IN x (RcosΦ + XsinΦ)

652.26 326.13 217.42 163.06 130.45 -

-

-

-

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 23

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 2.5 0.97

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR MOTOR IN RATING L.R.C LOAD kW AMPS COSΦ SINΦ F.L.C **** AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

Page 36 of 44 REV. No. 01

3- PH MOTORS RUNNING

0.6/1 kV, CU/XLPE/PVC (THREE CORE CABLES - UNARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - RUN LAID IN AIR - ON CABLE LADDER (INDOOR) From LV Switch Board to LV Motors.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80

0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60

% AT MOTOR F.L.C

3X4 36.00 34.92 5.8783 0.0933

3X6 45.00 43.65 3.9274 0.0888

3 X 10 60.00 58.20 2.33 0.0856

-

-

-

-

-

-

-

-

-

-

-

-

-

-

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

2895.38 1956.34 1316.08 965.13 482.56 329.02 241.28 180.96 131.61 96.51 65.80 48.26 39.13 -

* SITE CABLE RATING = CCC x DERATING FACTOR

4312.09 2913.58 1960.04 1437.36 718.68 490.01 359.34 269.51 196.00 143.74 98.00 71.87 58.27 49.00 43.12 -

7193.43 4860.42 3269.74 2397.81 1198.90 817.43 599.45 449.59 326.97 239.78 163.49 119.89 97.21 81.74 71.93 59.95 -

** IN (FLC) =

-

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

-

-

-

***L =

-

-

(Vd%) x V x 1000

SQRT(3) x IN x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 24

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 15 0.97

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR IN L.R.C MOTOR LOAD AMPS RATING COSΦ SINΦ F.L.C **** kW AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

Page 37 of 44 REV. No.01

3- PH MOTORS STARTING

0.6/1 kV, CU/XLPE/PVC (THREE CORE CABLES - UNARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - STARTING LAID IN AIR - ON CABLE LADDER (INDOOR) From LV Switch Board to LV Motors.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20

0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98

% AT MOTOR L.R.C

3X4 36.00 34.92 5.8783 0.0933

3X6 45.00 43.65 3.9274 0.0888

3 X 10 60.00 58.20 2.33 0.0856

-

-

-

-

-

-

-

-

-

-

-

-

-

-

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

10873.86 15791.66 25056.81 7347.20 10670.04 16930.28 4942.67 7178.03 11389.46 3624.62 5263.89 8352.27 1812.31 2631.94 4176.13 1235.67 1794.51 2847.36 906.16 1315.97 2088.07 679.62 986.98 1566.05 494.27 717.80 1138.95 362.46 526.39 835.23 247.13 358.90 569.47 181.23 263.19 417.61 146.94 213.40 338.61 179.45 284.74 157.92 250.57 208.81 -

* SITE CABLE RATING = CCC x DERATING FACTOR

** IN (FLC) =

-

-

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

-

***L =

-

-

-

(Vd%) x VL x 1000 SQRT(3) x I (LRC)x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 25

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR IN L.R.C MOTOR LOAD AMPS RATING COSΦ F.L.C **** kW AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

Page 38 of 44 REV. No. 01

3- PH MOTORS STARTING/ RUNNING

0.6/1 kV, CU/XLPE/PVC (THREE CORE CABLES - UNARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP (Run) = MAXIMUM PERMISSIBLE VOLT DROP (Starting) = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - SELECTION LAID IN AIR - ON CABLE LADDER (INDOOR) From LV Switch Board to LV Motors.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80

50 Hz 2.5 15 0.97

% AT MOTOR F.L.C % AT MOTOR L.R.C

3X4 36.00 34.92 5.8783 0.0933

3X6 45.00 43.65 3.9274 0.0888

3 X 10 60.00 58.20 2.33 0.0856

-

* SITE CABLE RATING = CCC x DERATING FACTOR

-

-

-

-

-

-

-

-

-

-

-

-

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

SINΦ

0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60

-

2895.38 1956.34 1316.08 965.13 482.56 329.02 241.28 180.96 131.61 96.51 65.80 48.26 39.13 -

4312.09 2913.58 1960.04 1437.36 718.68 490.01 359.34 269.51 196.00 143.74 98.00 71.87 58.27 49.00 43.12 -

7193.43 4860.42 3269.74 2397.81 1198.90 817.43 599.45 449.59 326.97 239.78 163.49 119.89 97.21 81.74 71.93 59.95 -

** IN (FLC) =

-

-

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

-

***L =

-

-

-

(Vd%) x VL x 1000 SQRT(3) x I (LRC)x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 26

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 2.5 0.82

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR MOTOR IN RATING L.R.C LOAD kW AMPS COSΦ SINΦ F.L.C **** AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

Page 39 of 44 REV. No. 01

3- PH MOTORS RUNNING

0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORE CABLES - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - RUN LAID IN AIR - ON CABLE LADDER (INDOOR / OUTDOOR) From LV Switch Board to LV Motors.

0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80

0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60

% AT MOTOR F.L.C

3X4 36.00 29.52 5.8783 0.0933

3X6 45.00 36.90 3.9274 0.0888

3 X 10 60.00 49.20 2.33 0.0856

3 X 16 79.00 64.78 1.4666 0.0823

3 X 25 106.00 86.92 0.927 0.0817

3 X 35 129.00 105.78 0.6686 0.0799

3 X 50 159.00 130.38 0.494 0.0750

3 X 70 200 164.00 0.343 0.0740

3 X 95 238 195.16 0.248 0.0720

3 X 120 275 225.50 0.197 0.0710

3 X 150 313 256.66 0.160 0.0710

3 X 185 359 294.38 0.129 0.0710

3 X 240 430 352.60 0.100 0.0710

68821.18 46500.80 31282.35 22940.39 11470.20 7820.59 5735.10 4301.32 3128.24 2294.04 1564.12 1147.02 930.02 782.06 688.21 573.51 465.01 382.34 312.82 282.05 229.40 156.41 -

80610.81 54466.76 36641.28 26870.27 13435.14 9160.32 6717.57 5038.18 3664.13 2687.03 1832.06 1343.51 1089.34 916.03 806.11 671.76 544.67 447.84 366.41 330.37 268.70 183.21 152.67 -

94499.31 63850.89 42954.23 31499.77 15749.89 10738.56 7874.94 5906.21 4295.42 3149.98 2147.71 1574.99 1277.02 1073.86 944.99 787.49 638.51 525.00 429.54 387.29 315.00 214.77 178.98 157.50 147.66 -

112528.59 76032.83 51149.36 37509.53 18754.76 12787.34 9377.38 7033.04 5114.94 3750.95 2557.47 1875.48 1520.66 1278.73 1125.29 937.74 760.33 625.16 511.49 461.18 375.10 255.75 213.12 187.55 175.83 152.07

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

2895.38 1956.34 1316.08 965.13 482.56 329.02 241.28 180.96 131.61 96.51 65.80 48.26 -

* SITE CABLE RATING = CCC x DERATING FACTOR

4312.09 2913.58 1960.04 1437.36 718.68 490.01 359.34 269.51 196.00 143.74 98.00 71.87 58.27 -

7193.43 4860.42 3269.74 2397.81 1198.90 817.43 599.45 449.59 326.97 239.78 163.49 119.89 97.21 81.74 71.93 -

** IN (FLC) =

11268.87 7614.10 5122.21 3756.29 1878.15 1280.55 939.07 704.30 512.22 375.63 256.11 187.81 152.28 128.06 112.69 93.91 76.14 -

17426.83 11774.88 7921.29 5808.94 2904.47 1980.32 1452.24 1089.18 792.13 580.89 396.06 290.45 235.50 198.03 174.27 145.22 117.75 96.82 -

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

23640.23 15973.13 10745.56 7880.08 3940.04 2686.39 1970.02 1477.51 1074.56 788.01 537.28 394.00 319.46 268.64 236.40 197.00 159.73 131.33 107.46 -

***L =

31299.41 21148.25 14227.00 10433.14 5216.57 3556.75 2608.28 1956.21 1422.70 1043.31 711.35 521.66 422.96 355.68 312.99 260.83 211.48 173.89 142.27 128.28 -

43272.61 29238.25 19669.37 14424.20 7212.10 4917.34 3606.05 2704.54 1966.94 1442.42 983.47 721.21 584.77 491.73 432.73 360.61 292.38 240.40 196.69 177.35 144.24 -

57028.15 38532.53 25921.88 19009.38 9504.69 6480.47 4752.35 3564.26 2592.19 1900.94 1296.09 950.47 770.65 648.05 570.28 475.23 385.33 316.82 259.22 233.72 190.09 129.61 -

(Vd%) x V x 1000

SQRT(3) x IN x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 27

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 15 0.82

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR IN L.R.C MOTOR LOAD AMPS RATING COSΦ SINΦ F.L.C **** kW AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

Page 40 of 44 REV. No. 01

3- PH MOTORS STARTING

0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORE CABLES - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - STARTING LAID IN AIR - ON CABLE LADDER (INDOOR / OUTDOOR) From LV Switch Board to LV Motors.

0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20

0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98

% AT MOTOR L.R.C

3X4 36.00 29.52 5.8800 0.0933

3X6 45.00 36.90 3.9300 0.0888

3 X 10 60.00 49.20 2.3300 0.0856

3 X 16 79.00 64.78 1.4666 0.0823

3 X 25 106.00 86.92 0.9270 0.0817

3 X 35 129.00 105.78 0.6686 0.0799

3 X 50 159.00 130.38 0.4940 0.0750

3 X 70 200 164.00 0.3425 0.0740

3 X 95 238 195.16 0.2480 0.0720

3 X 120 275 225.50 0.1970 0.0710

3 X 150 313 256.66 0.1604 0.0710

3 X 185 359 294.38 0.1290 0.0710

3 X 240 430 352.60 0.0998 0.0710

126443.68 85434.92 57474.40 42147.89 21073.95 14368.60 10536.97 7902.73 5747.44 4214.79 2873.72 2107.39 1708.70 1436.86 1264.44 1053.70 854.35 702.46 574.74 518.21 421.48 287.37 -

135549.52 91587.51 61613.42 45183.17 22591.59 15403.35 11295.79 8471.85 6161.34 4518.32 3080.67 2259.16 1831.75 1540.34 1355.50 1129.58 915.88 753.05 616.13 555.53 451.83 308.07 256.72 -

144475.71 97618.73 65670.78 48158.57 24079.29 16417.69 12039.64 9029.73 6567.08 4815.86 3283.54 2407.93 1952.37 1641.77 1444.76 1203.96 976.19 802.64 656.71 592.11 481.59 328.35 273.63 240.79 225.74 -

153900.27 103986.67 69954.67 51300.09 25650.05 17488.67 12825.02 9618.77 6995.47 5130.01 3497.73 2565.00 2079.73 1748.87 1539.00 1282.50 1039.87 855.00 699.55 630.74 513.00 349.77 291.48 256.50 240.47 207.97

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

10870.95 15782.25 25056.81 36843.79 51904.45 64988.82 7345.23 10663.68 16930.28 24894.45 35070.57 43911.37 4941.34 7173.75 11389.46 16747.18 23592.93 29540.37 3623.65 5260.75 8352.27 12281.26 17301.48 21662.94 1811.82 2630.38 4176.13 6140.63 8650.74 10831.47 1235.33 1793.44 2847.36 4186.79 5898.23 7385.09 905.91 1315.19 2088.07 3070.32 4325.37 5415.74 679.43 986.39 1566.05 2302.74 3244.03 4061.80 494.13 717.38 1138.95 1674.72 2359.29 2954.04 362.36 526.08 835.23 1228.13 1730.15 2166.29 247.07 358.69 569.47 837.36 1179.65 1477.02 181.18 263.04 417.61 614.06 865.07 1083.15 213.27 338.61 497.89 701.41 878.23 284.74 418.68 589.82 738.51 250.57 368.44 519.04 649.89 307.03 432.54 541.57 248.94 350.71 439.11 288.36 361.05 295.40 -

* SITE CABLE RATING = CCC x DERATING FACTOR

** IN (FLC) =

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

***L =

79972.28 54035.33 36351.04 26657.43 13328.71 9087.76 6664.36 4998.27 3635.10 2665.74 1817.55 1332.87 1080.71 908.78 799.72 666.44 540.35 444.29 363.51 327.76 -

97712.92 66022.24 44414.96 32570.97 16285.49 11103.74 8142.74 6107.06 4441.50 3257.10 2220.75 1628.55 1320.44 1110.37 977.13 814.27 660.22 542.85 444.15 400.46 325.71 -

114677.81 77485.00 52126.28 38225.94 19112.97 13031.57 9556.48 7167.36 5212.63 3822.59 2606.31 1911.30 1549.70 1303.16 1146.78 955.65 774.85 637.10 521.26 469.99 382.26 260.63 -

(Vd%) x VL x 1000 SQRT(3) x I (LRC)x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 28

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - SELECTION LAID IN AIR - ON CABLE LADDER (INDOOR / OUTDOOR) From LV Switch Board to LV Motors.

Page 41 of 44 REV. No. 01

3- PH MOTORS STARTING/ RUNNING

CABLE SPECIFICATION: 0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORE CABLES - ARMOURED) FREQUENCY 50 Hz % AT MOTOR F.L.C MAXIMUM PERMISSIBLE VOLT DROP (Run) = 2.5 % AT MOTOR L.R.C MAXIMUM PERMISSIBLE VOLT DROP (Starting) = 15 DERATING FACTOR = 0.82 CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR IN L.R.C MOTOR LOAD AMPS RATING COSΦ F.L.C **** kW AMPS 0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80

3X4 36.00 29.52 5.8783 0.0933

3X6 45.00 36.90 3.9274 0.0888

3 X 10 60.00 49.20 2.33 0.0856

* SITE CABLE RATING = CCC x DERATING FACTOR

3 X 25 106.00 86.92 0.927 0.0817

3 X 35 129.00 105.78 0.6686 0.0799

3 X 50 159.00 130.38 0.494 0.0750

3 X 70 200 164.00 0.343 0.0740

3 X 95 238 195.16 0.248 0.0720

3 X 120 275 225.50 0.197 0.0710

3 X 150 313 256.66 0.160 0.0710

3 X 185 359 294.38 0.129 0.0710

3 X 240 430 352.60 0.100 0.0710

68821.18 46500.80 31282.35 22940.39 11470.20 7820.59 5735.10 4301.32 3128.24 2294.04 1564.12 1147.02 930.02 782.06 688.21 573.51 465.01 382.34 312.82 282.05 229.40 156.41 -

80610.81 54466.76 36641.28 26870.27 13435.14 9160.32 6717.57 5038.18 3664.13 2687.03 1832.06 1343.51 1089.34 916.03 806.11 671.76 544.67 447.84 366.41 330.37 268.70 183.21 152.67 -

94499.31 63850.89 42954.23 31499.77 15749.89 10738.56 7874.94 5906.21 4295.42 3149.98 2147.71 1574.99 1277.02 1073.86 944.99 787.49 638.51 525.00 429.54 387.29 315.00 214.77 178.98 157.50 147.66 -

112528.59 76032.83 51149.36 37509.53 18754.76 12787.34 9377.38 7033.04 5114.94 3750.95 2557.47 1875.48 1520.66 1278.73 1125.29 937.74 760.33 625.16 511.49 461.18 375.10 255.75 213.12 187.55 175.83 152.07

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

SINΦ

0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60

3 X 16 79.00 64.78 1.4666 0.0823

2895.38 1956.34 1316.08 965.13 482.56 329.02 241.28 180.96 131.61 96.51 65.80 48.26 -

4312.09 2913.58 1960.04 1437.36 718.68 490.01 359.34 269.51 196.00 143.74 98.00 71.87 58.27 -

7193.43 4860.42 3269.74 2397.81 1198.90 817.43 599.45 449.59 326.97 239.78 163.49 119.89 97.21 81.74 71.93 -

** IN (FLC) =

11268.87 17426.83 23640.23 31299.41 43272.61 7614.10 11774.88 15973.13 21148.25 29238.25 5122.21 7921.29 10745.56 14227.00 19669.37 3756.29 5808.94 7880.08 10433.14 14424.20 1878.15 2904.47 3940.04 5216.57 7212.10 1280.55 1980.32 2686.39 3556.75 4917.34 939.07 1452.24 1970.02 2608.28 3606.05 704.30 1089.18 1477.51 1956.21 2704.54 512.22 792.13 1074.56 1422.70 1966.94 375.63 580.89 788.01 1043.31 1442.42 256.11 396.06 537.28 711.35 983.47 187.81 290.45 394.00 521.66 721.21 152.28 235.50 319.46 422.96 584.77 128.06 198.03 268.64 355.68 491.73 112.69 174.27 236.40 312.99 432.73 93.91 145.22 197.00 260.83 360.61 76.14 117.75 159.73 211.48 292.38 96.82 131.33 173.89 240.40 107.46 142.27 196.69 128.28 177.35 144.24 -

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

***L =

57028.15 38532.53 25921.88 19009.38 9504.69 6480.47 4752.35 3564.26 2592.19 1900.94 1296.09 950.47 770.65 648.05 570.28 475.23 385.33 316.82 259.22 233.72 190.09 129.61 -

(Vd%) x VL x 1000 SQRT(3) x I (LRC)x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 29

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 2.5 0.45

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR MOTOR IN RATING L.R.C LOAD kW AMPS COSΦ SINΦ F.L.C **** AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

Page 42 of 44 REV. No. 01

3- PH MOTORS RUNNING

0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORE CABLES - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - RUN LAID IN DUCTS (OUTDOOR) From LV Switch Board to LV Motors.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80

0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60

% AT MOTOR F.L.C

3X4 34 15.30 5.8783 0.0933

3X6 43 19.35 3.9274 0.0888

3 X 10 57 25.65 2.3300 0.0856

3 X 16 71 31.95 1.4666 0.0823

3 X 25 96 43.20 0.9270 0.0817

3 X 35 114 51.30 0.6686 0.0799

3 X 50 137 61.65 0.4940 0.0750

3 X 70 171 76.95 0.3425 0.0740

3 X 95 199 89.55 0.2480 0.0720

3 X 120 232 104.40 0.1970 0.0710

3 X 150 261 117.45 0.1604 0.0710

3 X 185 294 132.30 0.1290 0.0710

3 X 240 347 156.15 0.0998 0.0710

68821.18 46500.80 31282.35 22940.39 11470.20 7820.59 5735.10 4301.32 3128.24 2294.04 1564.12 1147.02 930.02 782.06 688.21 573.51 465.01 382.34 312.82 -

80610.81 54466.76 36641.28 26870.27 13435.14 9160.32 6717.57 5038.18 3664.13 2687.03 1832.06 1343.51 1089.34 916.03 806.11 671.76 544.67 447.84 366.41 330.37 -

94499.31 63850.89 42954.23 31499.77 15749.89 10738.56 7874.94 5906.21 4295.42 3149.98 2147.71 1574.99 1277.02 1073.86 944.99 787.49 638.51 525.00 429.54 387.29 315.00 -

112528.59 76032.83 51149.36 37509.53 18754.76 12787.34 9377.38 7033.04 5114.94 3750.95 2557.47 1875.48 1520.66 1278.73 1125.29 937.74 760.33 625.16 511.49 461.18 375.10 -

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

2895.38 1956.34 1316.08 965.13 482.56 329.02 241.28 180.96 131.61 96.51 -

* SITE CABLE RATING = CCC x DERATING FACTOR

4312.09 2913.58 1960.04 1437.36 718.68 490.01 359.34 269.51 196.00 143.74 98.00 -

7193.43 4860.42 3269.74 2397.81 1198.90 817.43 599.45 449.59 326.97 239.78 163.49 -

** IN (FLC) =

11268.87 7614.10 5122.21 3756.29 1878.15 1280.55 939.07 704.30 512.22 375.63 256.11 187.81 -

17426.83 11774.88 7921.29 5808.94 2904.47 1980.32 1452.24 1089.18 792.13 580.89 396.06 290.45 235.50 198.03 -

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

23640.23 15973.13 10745.56 7880.08 3940.04 2686.39 1970.02 1477.51 1074.56 788.01 537.28 394.00 319.46 268.64 236.40 -

***L =

31299.41 21148.25 14227.00 10433.14 5216.57 3556.75 2608.28 1956.21 1422.70 1043.31 711.35 521.66 422.96 355.68 312.99 260.83 -

43272.61 29238.25 19669.37 14424.20 7212.10 4917.34 3606.05 2704.54 1966.94 1442.42 983.47 721.21 584.77 491.73 432.73 360.61 292.38 -

57028.15 38532.53 25921.88 19009.38 9504.69 6480.47 4752.35 3564.26 2592.19 1900.94 1296.09 950.47 770.65 648.05 570.28 475.23 385.33 316.82 -

(Vd%) x V x 1000

SQRT(3) x IN x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 30

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

50 Hz 15 0.45

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR IN L.R.C MOTOR LOAD AMPS RATING COSΦ SINΦ F.L.C **** kW AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

Page 43 of 44 REV. No. 01

3- PH MOTORS STARTING

0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORE CABLES - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - STARTING LAID IN DUCTS (OUTDOOR) From LV Switch Board to LV Motors.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20

0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98

% AT MOTOR L.R.C

3X4 34 15.30 5.8783 0.0933

3X6 43 19.35 3.9274 0.0888

3 X 10 57 25.65 2.3300 0.0856

3 X 16 71 31.95 1.4666 0.0823

3 X 25 96 43.20 0.9270 0.0817

3 X 35 114 51.30 0.6686 0.0799

3 X 50 137 61.65 0.4940 0.0750

3 X 70 171 76.95 0.3425 0.0740

3 X 95 199 89.55 0.2480 0.0720

3 X 120 232 104.40 0.1970 0.0710

3 X 150 261 117.45 0.1604 0.0710

3 X 185 294 132.30 0.1290 0.0710

3 X 240 347 156.15 0.0998 0.0710

126443.68 85434.92 57474.40 42147.89 21073.95 14368.60 10536.97 7902.73 5747.44 4214.79 2873.72 2107.39 1708.70 1436.86 1264.44 1053.70 854.35 702.46 574.74 -

135549.52 91587.51 61613.42 45183.17 22591.59 15403.35 11295.79 8471.85 6161.34 4518.32 3080.67 2259.16 1831.75 1540.34 1355.50 1129.58 915.88 753.05 616.13 555.53 -

144475.71 97618.73 65670.78 48158.57 24079.29 16417.69 12039.64 9029.73 6567.08 4815.86 3283.54 2407.93 1952.37 1641.77 1444.76 1203.96 976.19 802.64 656.71 592.11 481.59 -

153900.27 103986.67 69954.67 51300.09 25650.05 17488.67 12825.02 9618.77 6995.47 5130.01 3497.73 2565.00 2079.73 1748.87 1539.00 1282.50 1039.87 855.00 699.55 630.74 513.00 -

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

10873.86 15791.66 25056.81 36843.79 51904.45 64988.82 7347.20 10670.04 16930.28 24894.45 35070.57 43911.37 4942.67 7178.03 11389.46 16747.18 23592.93 29540.37 3624.62 5263.89 8352.27 12281.26 17301.48 21662.94 1812.31 2631.94 4176.13 6140.63 8650.74 10831.47 1235.67 1794.51 2847.36 4186.79 5898.23 7385.09 906.16 1315.97 2088.07 3070.32 4325.37 5415.74 679.62 986.98 1566.05 2302.74 3244.03 4061.80 494.27 717.80 1138.95 1674.72 2359.29 2954.04 362.46 526.39 835.23 1228.13 1730.15 2166.29 358.90 569.47 837.36 1179.65 1477.02 614.06 865.07 1083.15 701.41 878.23 589.82 738.51 649.89 -

* SITE CABLE RATING = CCC x DERATING FACTOR

** IN (FLC) =

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

***L =

79972.28 54035.33 36351.04 26657.43 13328.71 9087.76 6664.36 4998.27 3635.10 2665.74 1817.55 1332.87 1080.71 908.78 799.72 666.44 -

97712.92 66022.24 44414.96 32570.97 16285.49 11103.74 8142.74 6107.06 4441.50 3257.10 2220.75 1628.55 1320.44 1110.37 977.13 814.27 660.22 -

114677.81 77485.00 52126.28 38225.94 19112.97 13031.57 9556.48 7167.36 5212.63 3822.59 2606.31 1911.30 1549.70 1303.16 1146.78 955.65 774.85 637.10 -

(Vd%) x VL x 1000 SQRT(3) x I (LRC)x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC

JOINT VENTURE CONSOLIDATED CONTRACTORS GROUP S.A.L. (CCC) TEYSEER CONTRACTING COMPANY (TCC) www.ccc.gr

APPENDIX : 31

CONTRAT NO: NPP/0026 PROJECT: CONTAINER TERMINAL INFRA AND UTILITY BUILDINGS CABLE SELECTION CHART FOR

415 V

CABLE SPECIFICATION:

CABLE C.S.A in mm2 CURRENT CARRYING CAPACITY (CCC) in AMPS SITE CABLE RATING * CONDUCTOR RESIST. IN OHM/KM (90o C) CABLE REACTANCE in OHM/KM (X) MOTOR IN L.R.C MOTOR LOAD AMPS RATING COSΦ F.L.C **** kW AMPS ** 0.43 0.64 0.96 1.30 2.61 3.83 5.22 6.96 9.56 13.04 19.13 26.09 32.17 38.26 43.48 52.17 64.34 78.26 95.65 106.08 130.43 191.29 229.55 260.85 278.24 321.72

Page 44 of 44 REV. No. 01

3- PH MOTORS STARTING/ RUNNING

0.6/1 kV, CU/XLPE/SWA/PVC (THREE CORE CABLES - ARMOURED)

FREQUENCY MAXIMUM PERMISSIBLE VOLT DROP (Run) = MAXIMUM PERMISSIBLE VOLT DROP (Starting) = DERATING FACTOR =

0.25 0.37 0.55 0.75 1.50 2.20 3.00 4.00 5.50 7.50 11.00 15.00 18.50 22.00 25.00 30.00 37.00 45.00 55.00 61.00 75.00 110.00 132.00 150.00 160.00 185.00

Document No.: DPCT-TCC-CAL-EL-00066

3- PH LV MOTOR FEEDERS - SELECTION LAID IN DUCTS (OUTDOOR) From LV Switch Board to LV Motors.

CLIENT: STATE OF QATAR - NEW PORT PROJECT STEERING COMMITTEE

2.61 3.86 5.74 7.83 15.65 22.95 31.30 41.74 57.39 78.26 114.77 156.51 193.03 229.55 260.85 313.02 386.06 469.53 573.87 636.48 782.55 1147.74 1377.29 1565.11 1669.45 1930.30

0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80

50 Hz 2.5 15 0.45

% AT MOTOR F.L.C % AT MOTOR L.R.C

3X4 34 15.30 5.8783 0.0933

3X6 43 19.35 3.9274 0.0888

3 X 10 57 25.65 2.3300 0.0856

* SITE CABLE RATING = CCC x DERATING FACTOR

3 X 25 96 43.20 0.9270 0.0817

3 X 35 114 51.30 0.6686 0.0799

3 X 50 137 61.65 0.4940 0.0750

3 X 70 171 76.95 0.3425 0.0740

3 X 95 199 89.55 0.2480 0.0720

3 X 120 232 104.40 0.1970 0.0710

3 X 150 261 117.45 0.1604 0.0710

3 X 185 294 132.30 0.1290 0.0710

3 X 240 347 156.15 0.0998 0.0710

68821.18 46500.80 31282.35 22940.39 11470.20 7820.59 5735.10 4301.32 3128.24 2294.04 1564.12 1147.02 930.02 782.06 688.21 573.51 465.01 382.34 312.82 -

80610.81 54466.76 36641.28 26870.27 13435.14 9160.32 6717.57 5038.18 3664.13 2687.03 1832.06 1343.51 1089.34 916.03 806.11 671.76 544.67 447.84 366.41 330.37 -

94499.31 63850.89 42954.23 31499.77 15749.89 10738.56 7874.94 5906.21 4295.42 3149.98 2147.71 1574.99 1277.02 1073.86 944.99 787.49 638.51 525.00 429.54 387.29 315.00 -

112528.59 76032.83 51149.36 37509.53 18754.76 12787.34 9377.38 7033.04 5114.94 3750.95 2557.47 1875.48 1520.66 1278.73 1125.29 937.74 760.33 625.16 511.49 461.18 375.10 -

MAXIMUM PERMISSIBLE ROUTE LENGTH IN METERS***

SINΦ

0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60 0.60

3 X 16 71 31.95 1.4666 0.0823

2895.38 1956.34 1316.08 965.13 482.56 329.02 241.28 180.96 131.61 96.51 -

4312.09 2913.58 1960.04 1437.36 718.68 490.01 359.34 269.51 196.00 143.74 98.00 -

7193.43 4860.42 3269.74 2397.81 1198.90 817.43 599.45 449.59 326.97 239.78 163.49 -

** IN (FLC) =

11268.87 17426.83 23640.23 31299.41 43272.61 7614.10 11774.88 15973.13 21148.25 29238.25 5122.21 7921.29 10745.56 14227.00 19669.37 3756.29 5808.94 7880.08 10433.14 14424.20 1878.15 2904.47 3940.04 5216.57 7212.10 1280.55 1980.32 2686.39 3556.75 4917.34 939.07 1452.24 1970.02 2608.28 3606.05 704.30 1089.18 1477.51 1956.21 2704.54 512.22 792.13 1074.56 1422.70 1966.94 375.63 580.89 788.01 1043.31 1442.42 256.11 396.06 537.28 711.35 983.47 187.81 290.45 394.00 521.66 721.21 235.50 319.46 422.96 584.77 198.03 268.64 355.68 491.73 236.40 312.99 432.73 260.83 360.61 292.38 -

(LOAD x 1000) (SQRT 3 x P.F xVOLT)

***L =

57028.15 38532.53 25921.88 19009.38 9504.69 6480.47 4752.35 3564.26 2592.19 1900.94 1296.09 950.47 770.65 648.05 570.28 475.23 385.33 316.82 -

(Vd%) x VL x 1000 SQRT(3) x I (LRC)x (RcosΦ + XsinΦ)

****L.R.C = 6 x F.LC