Power Supply For Kertajati Aerocity 5 Dec 2016.docx

Power supply for Kertajati Aerocity

Dr CHONG Min Keong Consultant Transport and Infrastructure 5 December 2016

8.4. POWER SUPPLY Proposed 500kV SS at Kertajati to serve Aerocity

Kertajati Aerocity 8.4.1. Projected Power Demand Demand Factor Used for Power Projection. The Table lists down the demand factor used for different land uses/zoning in the proposed development.

Based on the demand factor and proposed GFA of the site, the power demand at the 500kV/150kV Substation level is 280 MVA, 700 MVA and 1800 MVA at Phase 1, 2 and 3 respectively. The power demand at 150/70KV level are 330 MA, 818 MVA and 2114 MVA respectively. (Please refer to Projected Power Demand Table). 8.4.2. Proposed Power Supply Plan The power supply for developments at Aerocity is proposed to tap off the power from the proposed/planned power plant at IDRMYU or at Cirebon. This is subject to agreement from the authorities/power providers. In the PT PLN Business Supply Plan for 20132022, to strengthen the system supply in Jakarta, construction has been planned for a EHV transmission line 500kV from power plant IDRMYU and from Cirebon. The planned power plant capacity may need review to supply for Aerocity phase 2 (2025-2034) and phase 3 (2035-2045) both of which are very substantial

demand factor VA /m2 100

Land-use Industrial Park

Specific Land Use

20 100 40

Residential high class

60

Campus University

30

Business Park Institution and Community

60 30

Energy Centre

50

Roads

10

Demand factors

PLN Power Supply Plan 2013-2022 Broad Land Use

logistics and warehouse Creative tech centre Bioscience and Manufacturing Residential

Site Area

Gross Floor Area

Phase 1

Phase 2

Phase 3

Ha

m2

MVA at 150/70kV SS

MVA at 150/70kV SS

MVA at 150/70kV SS

AEROSPACE PARK Aerospace Node

2213,722,898

121

Maintenance Repair and Overhaul

31

1322,106,893

50

4298,583,143

48

1794,304,936

-

88

176

1482,360,196 1843,667,430

-

-

107

2289,699,672

38

58

261

44512,397,258

87

87

87

17

76 32

LOGISTIC HUB Logistic & Distribution CREATIVE TECHNOLOGY CENTER Bio-Life Science Advance Manufacturing University Campus

28

30

BUSINESS PARK Financial Center & ICT (Data Center) Mixed Use (inc. residential) RESIDENTIAL TOWNSHIP Individual Housing Individual & High-Class Housing

602,418,899

-

59

-

2005,553,619

-

-

205

COMMUNITY FACILITIES Public Community Facilities GREEN & BLUE PUBLIC AREA Green & Blue Area

34473,479

2

2

5

3 4 330

5 7 489 818

12 16 1,295 2,114

589

ENERGY CENTER Energy Center (Power Plant) INFRASTRUCTURE (Roads, Utility, Public Transportation) TOTAL 3,481 Cumulative total

Proposed Power Demand

126631,172 55,848,755

-

2

8.4. POWER SUPPLY

Phase 1

8.4.2. Proposed Power Supply Plan Voltage Level

Phase 2

Typical Range of Estimated No of sizes of MVA substations tranformers (MVA)

The proposed power installations for the Aerocity are shown in the table. The proposed sub-stations are a 500/150kV Substation which are expanded at each phase to meet the demand. The proposed 500/150kV sub-station will distribute with 150kV feeders to 10 nos of 150/70kV substations. From these 150/70 kV substations in turn will feed 70 kV to 61 nos of 70/20kV substations in each of the parcels of development. From these 70/20kV substations they will be further stepped down to 20/0.4kV at individual building developments. All substations should have 1 spare lot for future expansion.

70/20kV

Voltage Level

Phase 3

Typical Range of sizes of Estimated No of tranformers MVA substations (MVA)

Voltage Level

Total

Typical Range of sizes of Estimated No of tranformers MVA substations (MVA)

1 no 2x15

1 nos 2x20,

2 nos 2x15,

1 nos 2x20,

4 no 2x30,

4 nos 2x20,

3 no 2x25,

2 nos 2x35

2 nos 2x25,

2 no 2x30

1 no 2x40

2 no 2x30,

1 nos 2x35,

2 no 2x45

3nos 2x35,

2 no 2x45

1 no 2x50

6 nos 2x40,

1 no 2x55

1 no 2x60

70/20kV

1 no 2x60

2 nos 2x45,

70/20kV

1 no 2x70

5 nos 2x50,

1 no 2x75

1 no 2x55

Voltage Level

Estimated No of MVA substations

70/20kV

1 no 2x60, 2 no 2x65 2 no 2x75 1 no 2x80, 1 no 2x85, 388

12

575

150/70kV

14

1524

2x95 2x180, 2x240

150/70kV

35

1 no 2x95

2487

61

1 nos 2x120, 1 nos 2x140, 1 no 2x220

150/70kV

150/70kV

1 nos 2x240 1 no 2x250, 330

2

2x110, 2x240

1

tap off from substation at power station or 1 no 2x300

500/150k

280

489

2

500/150k

416

1

1296 tap off from substation 500/150k power station or 2x420

1101

6

1 no 2x280

2114

10

1

tap off from substation 500/150k at Power station or 1 no 4x540

1797

3

Proposed Power Supply

3

8.4. POWER SUPPLY 8.4.4. Power Supply Phase 1 The figure shows the colour coded phasing of the location of substations and indicative routing.

2x85 2x250 2x75

2x40

2x40

2x50 2x45

This phasing route should follow according to the road construction phasing. It is proposed that all the 500kV , 150kV cable and 70kV cable shall be laid underground. The cable shall be laid along dedicated utility corridor at the road side table. .

2x35 2x45

2x30 2x30

2x240

2x65

2x55 2x25

The land footprint indicated for the substations are subject to PLN agreement.

2x55

2x60

70kV cable Phase 1

2x160

2x20

2x20

2x45

2x50

2x45

70kV cable Phase 2 70kV cable Phase 32x35

2x35

2x40

2x20

2x240+2x95+2x120

2x60

2x50 2x50

2x280 150kV cable Phase 1 150kV cable Phase 2 2x50 150kV cable Phase 3 2x75 70/20kV Sub Station Phase 1, 1 ha

2x20

70/20kV Sub Station Phase 2, 1 ha 70/20kV Sub Station Phase 3, 1 ha

2x25

2x30 2x402x110

2x30

2x15

2x35 2x20

2x45 2x30

2x70

2x30

2x40

2x180

2x25

2x30 2x30

2x45

150/70kV Sub Station Phase 1, 2.25 ha 150/70kV Sub Station Phase 2, 2.25 ha 150/70kV Sub Station Phase 3, 2.25 ha 500/150kV Sub Station Phase 1, 6 ha 500/150kV Sub Station Phase 2, 6 ha

2x220 2x80

2x25

2x35 2x40

2x15

2x65 2x40

2x25

2x50 2x35

2x95

2x240

2x140

2x75 2x60

2x20 2x15

4x540 2x420 2x300

500/150kV Sub Station Phase 3, 6 ha

Proposed Power Supply

4