Attachment_JA1-D-M-29Oct12_(1).pdf

AIR FORCE UTILITIES PRIVATIZATION - REQUEST FOR PROPOSAL (RFP) ATTACHMENT JA1

(Attachment JA1 Electric Distribution System Template –27Feb12) User Edited: rev::08 29Oct12

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ATTACHMENT JA1

Davis-Monthan AFB Electric Distribution System

Table of Contents

JA1.1 DAVIS-MONTHAN AFB OVERVIEW ................................................................................... JA1-2 JA1.2 ELECTRIC DISTRIBUTION SYSTEM DESCRIPTION ............................................................... JA1-2

JA1.2.1 Electric Distribution System Fixed Equipment Inventory ........................................ JA1-2 JA1.2.2 Electric Distribution System Non-Fixed Equipment and Specialized Tools ........... JA1-15 JA1.2.3 Electric Distribution System Manuals, Drawings, and Records ............................ JA1-16

JA1.3 SPECIFIC SERVICE REQUIREMENTS ................................................................................... JA1-16

JA1.4 CURRENT SERVICE ARRANGEMENT ................................................................................. JA1-18 JA1.5 METERING .......................................................................................................................... JA1-19

JA1.5.1 Existing Meters ........................................................................................................ JA1-19 JA1.5.2 Required New Meters ............................................................................................... JA1-19

JA1.6 MONTHLY SUBMITTALS .................................................................................................... JA1-19 JA1.7 ENERGY-SAVINGS PROJECTS ............................................................................................. JA1-20

JA1.8 SERVICE AREA .................................................................................................................... JA1-20 JA1.9 OFF-INSTALLATION SITES ................................................................................................. JA1-20 JA1.10 SPECIFIC TRANSITION REQUIREMENTS .......................................................................... JA1-20 JA1.11 INITIAL SYSTEM DEFICIENCY CORRECTIONS (ISDC) .................................................... JA1-21

JA1.12 RIGHT OF ACCESS TO THE UTILITY SYSTEM ................................................................... JA1-21 JA1.12.1 Map of the Utility System ...................................................................................... JA1-21 JA1.12.2 Lateral Extent of the Right-of-Access, and Points of Demarcation ....................... JA1-21 JA1.12.3 Environmental Baseline Survey ............................................................................. JA1-25

LIST OF TABLES

TABLE 1 - Fixed Inventory ......................................................................................................... JA1-4

TABLE 2 - Spare Parts ............................................................................................................... JA1-15 TABLE 3 - Specialized Vehicles and Tools ............................................................................. JA1-16 TABLE 4 - Manuals, Drawings, and Records ........................................................................ JA1-16 TABLE 5 - Existing Meters ........................................................................................................ JA1-19 TABLE 6 - Required New Meters ............................................................................................ JA1-19

TABLE 7 - Energy-Savings Projects ......................................................................................... JA1-20 TABLE 8 - Service Connections and Disconnections ............................................................ JA1-20 TABLE 9 - Initial System Deficiency Corrections .................................................................. JA1-21 TABLE 10 - Standard Points of Demarcation ......................................................................... JA1-22

TABLE 11 - Unique Points of Demarcation ............................................................................ JA1-24

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JA1 Davis-Monthan AFB Electric Distribution System

JA1.1 Davis-Monthan AFB Overview

Davis-Monthan (DM) Air Force Base (AFB) is located approximately 2,600 feet above sea level in the Sonoran Desert of southern Arizona. The base occupies 10,613 acres of Pima County within the city limits of Tucson. Tucson city limits include an area greater than 195 square miles, while metropolitan Tucson is greater than 495 square miles in area. Because of its higher elevation, Tucson’s climate is more temperate than Phoenix. Clear, sunny skies typify a vast majority of the days in Tucson.

DM became a military installation in 1925. The 355th Wing is the host wing at DM, providing base operations, logistical and administrative support to all personnel and units on the base. The operational mission is to provide close air support, forward air liaison for Army forces, command and control, radar surveillance and control, and combat support forces to Unified Commander-in Chiefs (CINCs). DM also conducts initial and requalification training for all A/AO-10 and EC-130 pilots and crews.

The real estate composing DM is a combination of tracts of land owned by the City of Tucson, the State of Arizona, the U.S. Government, and private land owners. Utilities located on the leased land are excluded from privatization. A map of leased land is provided in the Technical Library.

Aerospace Maintenance and Regeneration Group (AMARG) is a major tenant of DM.

AMARG provides a single point of operation to process and maintain aerospace vehicles and components in extended storage for all services. Due to the numerous aerospace vehicles in extended storage, a large section of the land has been designated for the storage area. Existing facilities inside the fenced AMARG boundary require electrical utility services. The regeneration portion of the AMARG mission requires that current aerospace vehicles and components be “ready” to replace wartime combat losses.

In 2006, the military population at DM was approximately 6,200 personnel, and is expected to remain relatively steady. The civilian work force totals slightly over 2,000.

Approximately 527 active facilities are on base, not including military housing. Military housing is privatized and on a separate electric grid from the base. Dorm capacity is currently at 777 units.

JA1.2 Electric Distribution System Description

JA1.2.1 Electric Distribution System Fixed Equipment Inventory

The Davis Monthan AFB electric distribution system consists of all appurtenances physically connected to the distribution system from the point of demarcation defined by the Right of Access. The distribution system consists of the items listed in Table 1 “Fixed

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Inventory Electric Distribution System” in Section JA1.2.1.2 Inventory. The actual inventory of items sold will be in the bill of sale at the time the system is transferred. The following description and inventory is included to provide the Offeror with a general understanding of the size and configuration of the distribution system. The Government makes no representation that the inventory is accurate. The Offeror shall base its Schedule B and Price Schedule Data Sheets on the Table 1 inventory below. However, the Offeror should use the following sources of information for developing other aspects of its proposal:

site inspections, information in the technical library, and other pertinent information.

Specifically excluded from the electric distribution system privatization are:

All meters

Airfield lighting circuits

Parking lot lights serviced by secondary feed from a building

Emergency generators that exist for the purpose of emergency back-up for AF facilities

Sport fields flood lighting

Electrical distribution within housing areas

Utilities that are on leased lands

Privately owned Photovoltaic Array

Building 8030 and RWY 30 ILS directly served by Tucson Electric Power (TEP)

U.S. Customs area directly served by TEP

Traffic Lights

JA1.2.1.1 Description

Davis-Monthan AFB purchases power from TEP through the utility owned and operated substation. The TEP Substation consists of a single transformer stepping down the delivery voltage of 46 kV to 13.8 kV. Power is delivered to the Davis-Monthan AFB through the switch station at which point the base owns and maintains the system. The point of demarcation (POD) is located at the above ground busbars, in between the substation transformer and switchgear building. The switchgear is owned, operated and maintained by Davis-Monthan AFB. It consists of a single bus distribution station with six distribution feeder circuit breakers providing power to the base and four spare feeder circuit breakers.

Each of the distribution feeders is a combination of underground and aerial conductor sections. The system distributes power at 13.8 kV (delta) to the consumer or “customer” loads. Each feeder can be sectionalized and connected to other feeders in the distribution system allowing small area service outages for maintenance and repair. Building 8030 and

RWY 30 ILS are directly connected to TEP and not the substation.

Electrical distribution system components within the housing areas are excluded from privatization. The military family housing (MFH) area receives power from a separate feed.

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Electrical distribution for the airfield lighting circuits will also be excluded from privatization. The POD is located at the airfield lighting vault, Building 4520.

A portion of the AMARG area of the base is located on leased land and therefore is excluded from the inventory. There are several points where power transitions from the government owned land to the leased land. Many of these points are along Irvington Road near the East Gate. There is a combination of overhead and underground power distribution located on the south side of Irvington Road that feed power across the road into the leased land within the AMARG fenced boundary. These points of demarcation will be located on the south side of Irvington road either on the overhead line or in pad mounted equipment. There is also a transition from government owned land to leased land just inside the AMARG gate at the intersection of Wilmot and Picacho. The leased land starts inside the gate area just past the riser pole on Coolidge road. See Table 11 for a description of the individual PODs.

JA1.2.1.2 Inventory

Table 1 provides a general list of the major electric distribution system fixed assets for the Davis Monthan AFB electric distribution system included in the sale. The design life column indicated in Table 1 is used by the Government in the development of the Government Should Cost Estimate. The design life is not mandated in the Offeror’s proposal. However, the proposal must clearly explain the use of any system component design life that significantly differs from the published Government design life.

TABLE 1

Fixed Inventory Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Substation

Substation Circuit Breaker 15 k 10 EA 2010 35

Shielded Cable, 15 kV 500 Kcmil 300 SCLF 2010 45

Conduit, PVC 5” 100 LF 2010 50

Concrete Pad 10‟x20‟x8” 200 SF 2010 60

Switchgear Building 10‟x20‟ 1 EA 2010 50

Switchgear Busbar 15 kV 30 LF 2010 35

Steel Support Structure, small 15 kV 1 EA 2010 50

Transformers

Transformer, pole mount, 1 ph 10 kVA 1 EA 1975 35

Transformer, pole mount, 1 ph 10 kVA 1 EA 1985 35

Transformer, pole mount, 1 ph 10 kVA 1 EA 1995 35

Transformer, pole mount, 1 ph 10 kVA 1 EA 2000 35

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Transformer, pole mount, 1 ph 15 kVA 2 EA 1975 35

Transformer, pole mount, 1 ph 15 kVA 5 EA 1985 35

Transformer, pole mount, 1 ph 15 kVA 5 EA 1995 35

Transformer, pole mount, 1 ph 15 kVA 8 EA 2000 35

Transformer, pole mount, 1 ph 25 kVA 4 EA 1975 35

Transformer, pole mount, 1 ph 25 kVA 4 EA 1985 35

Transformer, pole mount, 1 ph 25 kVA 5 EA 1995 35

Transformer, pole mount, 1 ph 25 kVA 5 EA 2000 35

Transformer, pole mount, 1 ph 37.5 kVA 3 EA 1975 35

Transformer, pole mount, 1 ph 37.5 kVA 4 EA 1985 35

Transformer, pole mount, 1 ph 37.5 kVA 7 EA 1995 35

Transformer, pole mount, 1 ph 37.5 kVA 7 EA 2000 35

Transformer, pole mount, 1 ph 50 kVA 7 EA 1975 35

Transformer, pole mount, 1 ph 50 kVA 8 EA 1985 35

Transformer, pole mount, 1 ph 50 kVA 11 EA 1995 35

Transformer, pole mount, 1 ph 50 kVA 11 EA 2000 35

Transformer, pole mount, 1 ph 75 kVA 2 EA 1975 35

Transformer, pole mount, 1 ph 75 kVA 2 EA 1985 35

Transformer, pole mount, 1 ph 75 kVA 6 EA 1995 35

Transformer, pole mount, 1 ph 75 kVA 6 EA 2000 35

Transformer, pole mount, 1 ph 100 kVA 6 EA 1975 35

Transformer, pole mount, 1 ph 100 kVA 6 EA 1985 35

Transformer, pole mount, 1 ph 100 kVA 6 EA 1995 35

Transformer, pole mount, 1 ph 100 kVA 6 EA 2000 35

Transformer, pad mount, 1 ph 10 kVA 1 EA 1995 35

Transformer, pad mount, 1 ph 10 kVA 1 EA 2000 35

Transformer, pad mount, 3 ph 15 kVA 1 EA 2000 35

Transformer, pad mount, 1 ph 25 kVA 5 EA 1995 35

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Transformer, pad mount, 1 ph 25 kVA 8 EA 2000 35

Transformer, pad mount, 1 ph 25 kVA 5 EA 2004 35

Transformer, pad mount, 1 ph 25 kVA 3 EA 2010 35

Transformer, pad mount, 3 ph 30 kVA 2 EA 1995 35

Transformer, pad mount, 3 ph 30 kVA 3 EA 2000 35

Transformer, pad mount, 3 ph 30 kVA 2 EA 2004 35

Transformer, pad mount, 3 ph 30 kVA 2 EA 2010 35

Transformer, pad mount, 1 ph 37.5 kVA 1 EA 1995 35

Transformer, pad mount, 1 ph 37.5 kVA 3 EA 2000 35

Transformer, pad mount, 1 ph 37.5 kVA 2 EA 2004 35

Transformer, pad mount, 1 ph 37.5 kVA 1 EA 2010 35

Transformer, pad mount, 3 ph 45 kVA 3 EA 1995 35

Transformer, pad mount, 3 ph 45 kVA 4 EA 2000 35

Transformer, pad mount, 3 ph 45 kVA 3 EA 2004 35

Transformer, pad mount, 3 ph 45 kVA 2 EA 2010 35

Transformer, pad mount, 1 ph 50 kVA 2 EA 1995 35

Transformer, pad mount, 1 ph 50 kVA 4 EA 2000 35

Transformer, pad mount, 1 ph 50 kVA 2 EA 2004 35

Transformer, pad mount, 1 ph 50 kVA 2 EA 2010 35

Transformer, pad mount, 3 ph 75 kVA 9 EA 1995 35

Transformer, pad mount, 3 ph 75 kVA 12 EA 2000 35

Transformer, pad mount, 3 ph 75 kVA 9 EA 2004 35

Transformer, pad mount, 3 ph 75 kVA 6 EA 2010 35

Transformer, pad mount, 3 ph 100 kVA 3 EA 1995 35

Transformer, pad mount, 3 ph 100 kVA 4 EA 2000 35

Transformer, pad mount, 3 ph 100 kVA 3 EA 2004 35

Transformer, pad mount, 3 ph 100 kVA 2 EA 2010 35

Transformer, pad mount, 3 ph 112.5 kVA 6 EA 1995 35

(Attachment JA1 Electric Distribution System Template –27Feb12) User Edited: rev::08 29Oct12

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Transformer, pad mount, 3 ph 112.5 kVA 8 EA 2000 35

Transformer, pad mount, 3 ph 112.5 kVA 6 EA 2004 35

Transformer, pad mount, 3 ph 112.5 kVA 4 EA 2010 35

Transformer, pad mount, 3 ph 150 kVA 10 EA 1995 35

Transformer, pad mount, 3 ph 150 kVA 14 EA 2000 35

Transformer, pad mount, 3 ph 150 kVA 10 EA 2004 35

Transformer, pad mount, 3 ph 150 kVA 6 EA 2010 35

Transformer, pad mount, 3 ph 225 kVA 9 EA 1995 35

Transformer, pad mount, 3 ph 225 kVA 12 EA 2000 35

Transformer, pad mount, 3 ph 225 kVA 9 EA 2004 35

Transformer, pad mount, 3 ph 225 kVA 6 EA 2010 35

Transformer, pad mount, 3 ph 250 kVA 2 EA 1995 35

Transformer, pad mount, 3 ph 250 kVA 2 EA 2000 35

Transformer, pad mount, 3 ph 250 kVA 2 EA 2004 35

Transformer, pad mount, 3 ph 250 kVA 1 EA 2010 35

Transformer, pad mount, 3 ph 300 kVA 11 EA 1995 35

Transformer, pad mount, 3 ph 300 kVA 15 EA 2000 35

Transformer, pad mount, 3 ph 300 kVA 11 EA 2004 35

Transformer, pad mount, 3 ph 300 kVA 7 EA 2010 35

Transformer, pad mount, 3 ph 500 kVA 12 EA 1995 35

Transformer, pad mount, 3 ph 500 kVA 18 EA 2000 35

Transformer, pad mount, 3 ph 500 kVA 12 EA 2004 35

Transformer, pad mount, 3 ph 500 kVA 8 EA 2010 35

Transformer, pad mount, 3 ph 750 kVA 3 EA 1995 35

Transformer, pad mount, 3 ph 750 kVA 5 EA 2000 35

Transformer, pad mount, 3 ph 750 kVA 4 EA 2004 35

Transformer, pad mount, 3 ph 750 kVA 2 EA 2010 35

Transformer, pad mount, 3 ph 1000 kVA 1 EA 1995 35

(Attachment JA1 Electric Distribution System Template –27Feb12) User Edited: rev::08 29Oct12

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Transformer, pad mount, 3 ph 1000 kVA 2 EA 2000 35

Transformer, pad mount, 3 ph 1000 kVA 1 EA 2004 35

Transformer, pad mount, 3 ph 1000 kVA 1 EA 2010 35

Transformer, pad mount, 3 ph 2000 kVA 1 EA 1995 35

Transformer, pad mount, 3 ph 2000 kVA 1 EA 2004 35

Switches

Switch, air break, manual operation 15 kV 3 EA 1975 35

Switch, air break, manual operation 15 kV 3 EA 1985 35

Switch, air break, manual operation 15 kV 3 EA 1995 35

Switch, air break, manual operation 15 kV 3 EA 2000 35

Switch, fused cutout, pole mount 15 kV 252 EA 1975 30

Switch, fused cutout, pole mount 15 kV 252 EA 1985 30

Switch, fused cutout, pole mount 15 kV 252 EA 1995 30

Switch, fused cutout, pole mount 15 kV 252 EA 2000 30

Switch, pad mount, 4-way 15 kV 20 EA 1995 60

Switch, pad mount, 4-way 15 kV 27 EA 2000 60

Switch, pad mount, 4-way 15 kV 20 EA 2004 60

Switch, pad mount, 4-way 15 kV 12 EA 2010 60

Manhole 6‟x10‟x6‟ 60 EA 1995 60

Manhole 6‟x10‟x6‟ 83 EA 2000 60

Manhole 6‟x10‟x6‟ 60 EA 2004 60

Manhole 6‟x10‟x6‟ 35 EA 2010 60

Handhole 4‟x3‟x2‟ 170 EA 1995 60

Handhole 4‟x3‟x2‟ 238 EA 2000 60

Handhole 4‟x3‟x2‟ 170 EA 2004 60

Handhole 4‟x3‟x2‟ 102 EA 2010 60

Junction Cabinet, pad mount 15 kV 28 EA 1995 35

Junction Cabinet, pad mount 15 kV 40 EA 2000 35

(Attachment JA1 Electric Distribution System Template –27Feb12) User Edited: rev::08 29Oct12

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Junction Cabinet, pad mount 15 kV 28 EA 2004 35

Junction Cabinet, pad mount 15 kV 17 EA 2010 35

Lighting

Light Fixture, cobrahead 400 Watt 14 EA 1985 20

Light Fixture, cobrahead 400 Watt 150 EA 1995 20

Light Fixture, cobrahead 400 Watt 150 EA 2000 20

Light Fixture, cobrahead 400 Watt 150 EA 2004 20

Light Fixture, cobrahead 400 Watt 135 EA 2010 20

Light pole, base, 6‟ arm 40‟ 136 EA 1995 35

Light pole, base, 6‟ arm 40‟ 136 EA 2000 35

Light pole, base, 6‟ arm 40‟ 136 EA 2004 35

Light pole, base, 6‟ arm 40‟ 135 EA 2010 35

Lighting pole, base, fixture rack 50‟ 2 EA 1995 35

Lighting pole, base, fixture rack 80‟ 10 EA 1995 35

Lighting pole, base, fixture rack 100‟ 8 EA 1995 35

Lighting pole, base, fixture rack 125‟ 4 EA 1995 35

Lighting pole, base, fixture rack 150‟ 9 EA 1995 35

Flood light 1000 Watt 312 EA 1995 20

Overhead Wire

Copper wire, 15 kV #6 AWG 934 SCLF 1975 50

Copper wire, 15 kV #1/0 AWG 10,079 SCLF 1975 50

Copper wire, 15 kV #1/0 AWG 10,079 SCLF 1985 50

Copper wire, 15 kV #1/0 AWG 10,079 SCLF 1995 50

Copper wire, 15 kV #1/0 AWG 10,079 SCLF 2000 50

Copper wire, 15 kV #2/0 AWG 3,556 SCLF 1975 50

Copper wire, 15 kV #2/0 AWG 3,556 SCLF 1985 50

Copper wire, 15 kV #2/0 AWG 3,556 SCLF 1995 50

Copper wire, 15 kV #2/0 AWG 3,556 SCLF 2000 50

(Attachment JA1 Electric Distribution System Template –27Feb12) User Edited: rev::08 29Oct12

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Copper wire, 15 kV #3/0 AWG 1,840 SCLF 1975 50

Copper wire, 15 kV #3/0 AWG 1,840 SCLF 1985 50

Copper wire, 15 kV #3/0 AWG 1,840 SCLF 1995 50

Copper wire, 15 kV #3/0 AWG 1,840 SCLF 2000 50

Copper wire, 15 kV #4/0 AWG 3,535 SCLF 1975 50

Copper wire, 15 kV #4/0 AWG 3,535 SCLF 1985 50

Copper wire, 15 kV #4/0 AWG 3,535 SCLF 1995 50

Copper wire, 15 kV #4/0 AWG 3,535 SCLF 2000 50

Copper wire, 15 kV 250 Kcmil 370 SCLF 1975 50

Copper wire, 15 kV 250 Kcmil 370 SCLF 1985 50

Copper wire, 15 kV 250 Kcmil 370 SCLF 1995 50

Copper wire, 15 kV 250 Kcmil 370 SCLF 2000 50

Copper wire, 15 kV 600 Kcmil 4,701 SCLF 1975 50

Copper wire, 15 kV 600 Kcmil 4,701 SCLF 1985 50

Copper wire, 15 kV 600 Kcmil 4,701 SCLF 1995 50

Copper wire, 15 kV 600 Kcmil 4,701 SCLF 2000 50

ACSR Wire, 15 kV 336 Kcmil 9,291 SCLF 1975 50

ACSR Wire, 15 kV 336 Kcmil 9,291 SCLF 1985 50

ACSR Wire, 15 kV 336 Kcmil 9,291 SCLF 1995 50

ACSR Wire, 15 kV 336 Kcmil 9,291 SCLF 2000 50

Underground Wire

Shielded Cable, 15 kV #1/0 AWG 3,881 SCLF 1995 45

Shielded Cable, 15 kV #1/0 AWG 5,434 SCLF 2000 45

Shielded Cable, 15 kV #1/0 AWG 3,881 SCLF 2004 45

Shielded Cable, 15 kV #1/0 AWG 2,329 SCLF 2010 45

Shielded Cable, 15 kV #2/0 AWG 23,415 SCLF 1995 45

Shielded Cable, 15 kV #2/0 AWG 32,781 SCLF 2000 45

Shielded Cable, 15 kV #2/0 AWG 23,415 SCLF 2004 45

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Shielded Cable, 15 kV #2/0 AWG 14,049 SCLF 2010 45

Shielded Cable, 15 kV #3/0 AWG 538 SCLF 1995 45

Shielded Cable, 15 kV #3/0 AWG 754 SCLF 2000 45

Shielded Cable, 15 kV #3/0 AWG 538 SCLF 2004 45

Shielded Cable, 15 kV #3/0 AWG 323 SCLF 2010 45

Shielded Cable, 15 kV #4/0 AWG 3,421 SCLF 1995 45

Shielded Cable, 15 kV #4/0 AWG 4,789 SCLF 2000 45

Shielded Cable, 15 kV #4/0 AWG 3,421 SCLF 2004 45

Shielded Cable, 15 kV #4/0 AWG 2,053 SCLF 2010 45

Shielded Cable, 15 kV 250 Kcmil 4,320 SCLF 1995 45

Shielded Cable, 15 kV 250 Kcmil 6,047 SCLF 2000 45

Shielded Cable, 15 kV 250 Kcmil 4,320 SCLF 2004 45

Shielded Cable, 15 kV 250 Kcmil 2,592 SCLF 2010 45

Shielded Cable, 15 kV 350 Kcmil 10,209 SCLF 1995 45

Shielded Cable, 15 kV 350 Kcmil 14,293 SCLF 2000 45

Shielded Cable, 15 kV 350 Kcmil 10,209 SCLF 2004 45

Shielded Cable, 15 kV 350 Kcmil 6,126 SCLF 2010 45

Shielded Cable, 15 kV 500 Kcmil 4,895 SCLF 1995 45

Shielded Cable, 15 kV 500 Kcmil 6,853 SCLF 2000 45

Shielded Cable, 15 kV 500 Kcmil 4,895 SCLF 2004 45

Shielded Cable, 15 kV 500 Kcmil 2,937 SCLF 2010 45

Shielded Cable, 15 kV 600 Kcmil 5,284 SCLF 1995 45

Shielded Cable, 15 kV 600 Kcmil 5,284 SCLF 2000 45

Shielded Cable, 15 kV 600 Kcmil 5,284 SCLF 2004 45

Shielded Cable, 15 kV 600 Kcmil 5,284 SCLF 2010 45

Secondary Wiring

Wire, 600 V #6 AWG 1,186 SCLF 1985 50

Wire, 600 V #6 AWG 1,186 SCLF 1995 50

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Wire, 600 V #6 AWG 1,186 SCLF 2000 50

Wire, 600 V #6 AWG 1,186 SCLF 2004 50

Wire, 600 V #6 AWG 1,186 SCLF 2010 50

Wire, 600 V #2 AWG 1,186 SCLF 1985 50

Wire, 600 V #2 AWG 1,186 SCLF 1995 50

Wire, 600 V #2 AWG 1,186 SCLF 2000 50

Wire, 600 V #2 AWG 1,186 SCLF 2004 50

Wire, 600 V #2 AWG 1,186 SCLF 2010 50

Wire, 600 V #4/0 AWG 1,186 SCLF 1985 50

Wire, 600 V #4/0 AWG 1,186 SCLF 1995 50

Wire, 600 V #4/0 AWG 1,186 SCLF 2000 50

Wire, 600 V #4/0 AWG 1,186 SCLF 2004 50

Wire, 600 V #4/0 AWG 1,186 SCLF 2010 50

Wire, 600 V 600 Kcmil 236 SCLF 1985 50

Wire, 600 V 600 Kcmil 236 SCLF 1995 50

Wire, 600 V 600 Kcmil 236 SCLF 2000 50

Wire, 600 V 600 Kcmil 236 SCLF 2004 50

Wire, 600 V 600 Kcmil 236 SCLF 2010 50

Conduit/Duct Bank

Conduit, direct buried, PVC 2” 1,265 LF 1985 50

Conduit, direct buried, PVC 2” 1,265 LF 1995 50

Conduit, direct buried, PVC 2” 1,265 LF 2000 50

Conduit, direct buried, PVC 2” 1,265 LF 2004 50

Conduit, direct buried, PVC 2” 1,265 LF 2010 50

Duct bank, 4” PVC 1x2 21,280 LF 1995 100

Duct bank, 4” PVC 1x2 29,792 LF 2000 100

Duct bank, 4” PVC 1x2 21,280 LF 2004 100

Duct bank, 4” PVC 1x2 12,768 LF 2010 100

(Attachment JA1 Electric Distribution System Template –27Feb12) User Edited: rev::08 29Oct12

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Duct bank, 5” PVC 1x2 4,480 LF 2010 100

Wood Poles

Wood pole, single cross arm 45‟ 70 EA 1975 20

Wood pole, single cross arm 45‟ 70 EA 1985 20

Wood pole, single cross arm 45‟ 70 EA 1995 20

Wood pole, single cross arm 45‟ 70 EA 2000 20

Wood pole, 2 single cross arms 45‟ 25 EA 1975 20

Wood pole, 2 single cross arms 45‟ 25 EA 1985 20

Wood pole, 2 single cross arms 45‟ 25 EA 1995 20

Wood pole, 2 single cross arms 45‟ 25 EA 2000 20

Wood pole, 3 single cross arms 45‟ 13 EA 1975 20

Wood pole, 3 single cross arms 45‟ 13 EA 1985 20

Wood pole, 3 single cross arms 45‟ 13 EA 1995 20

Wood pole, 3 single cross arms 45‟ 13 EA 2000 20

Wood pole, double cross arm 45‟ 17 EA 1975 20

Wood pole, double cross arm 45‟ 17 EA 1985 20

Wood pole, double cross arm 45‟ 17 EA 1995 20

Wood pole, double cross arm 45‟ 17 EA 2000 20

Wood pole, 2 double cross arms 45‟ 21 EA 1975 20

Wood pole, 2 double cross arms 45‟ 21 EA 1985 20

Wood pole, 2 double cross arms 45‟ 21 EA 1995 20

Wood pole, 2 double cross arms 45‟ 21 EA 2000 20

Wood pole, 1 dbl, 1 sngl cross arms 45‟ 23 EA 1975 20

Wood pole, 1 dbl, 1 sngl cross arms 45‟ 23 EA 1985 20

Wood pole, 1 dbl, 1 sngl cross arms 45‟ 23 EA 1995 20

Wood pole, 1 dbl, 1 sngl cross arms 45‟ 23 EA 2000 20

Wood pole, 1 dbl, 2 sngl cross arms 45‟ 6 EA 1975 20

Wood pole, 1 dbl, 2 sngl cross arms 45‟ 6 EA 1985 20

(Attachment JA1 Electric Distribution System Template –27Feb12) User Edited: rev::08 29Oct12

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Wood pole, 1 dbl, 2 sngl cross arms 45‟ 6 EA 1995 20

Wood pole, 1 dbl, 2 sngl cross arms 45‟ 6 EA 2000 20

Wood pole, 2 dbl, 1 sngl cross arms 45‟ 2 EA 1975 20

Wood pole, 2 dbl, 1 sngl cross arms 45‟ 2 EA 1985 20

Wood pole, 2 dbl, 1 sngl cross arms 45‟ 2 EA 1995 20

Wood pole, 2 dbl, 1 sngl cross arms 45‟ 2 EA 2000 20

Wood pole, 2 dbl, 2 sngl cross arms 45‟ 4 EA 1975 20

Wood pole, 2 dbl, 2 sngl cross arms 45‟ 4 EA 1985 20

Wood pole, 2 dbl, 2 sngl cross arms 45‟ 4 EA 1995 20

Wood pole, 2 dbl, 2 sngl cross arms 45‟ 4 EA 2000 20

Wood pole, 3 standoffs 45‟ 30 EA 1975 20

Wood pole, 3 standoffs 45‟ 30 EA 1985 20

Wood pole, 3 standoffs 45‟ 30 EA 1995 20

Wood pole, 3 standoffs 45‟ 30 EA 2000 20

Wood pole, 3 standoffs, sngl x-arm 45‟ 2 EA 1975 20

Wood pole, 3 standoffs, sngl x-arm 45‟ 2 EA 1985 20

Wood pole, 3 standoffs, sngl x-arm 45‟ 2 EA 1995 20

Wood pole, 3 standoffs, sngl x-arm 45‟ 2 EA 2000 20

Guy and Anchor 8‟ 85 EA 1975 35

Guy and Anchor 8‟ 85 EA 1985 35

Guy and Anchor 8‟ 85 EA 1995 35

Guy and Anchor 8‟ 85 EA 2000 35

MILCON FY013 Project – NAF Visitors Quarters

Shielded Cable, 15 kV 500 Kcmil 50 SCLF 2013 45

Shielded Cable, 15 kV #1/0 AWG 600 SCLF 2013 45

Wire, 600 V, ground #1 AWG 250 SCLF 2013 50

Wire, 600 V 500 Kcmil 5280 SCLF 2013 50

Transformer, pad mount, 3 ph 2500 kVA 1 EA 2013 25

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Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Switch, pad mount, 4-way 15 kV 1 EA 2013 35

Duct bank, 4” PVC 1x1 210 LF 2013 100

Duct bank, 4” PVC 3x4 120 LF 2013 100

Lightning Arrestors 15 kV 3 EA 2013 30

Note: Underground feeder conductor installed pre-1990 is assumed to have a design life of 20 years and 45 years, if installed in 1990 or later.

Notes A = Ampere

ACSR = aluminum-conducting-steel-reinforced

AH = amp hour AL = Aluminum

ATS = automatic transfer switch

AWG = American Wire Gauge EA = each lf = linear feet Nom kVA = nominal kilovolt-amperes PH = phase SCLF = single conductor linear feet V = volts KV = kilovolt W = wire ID = inner diameter

Kcmil = thousand circular mils

OH = Overhead UG = Underground kVA = kilovolt ampere MVA = megavolt-amperes

Cu = copper Dia = diameter PVC = polyvinyl chloride Est = Estimated Ft = „ = foot In = “ = inch cy = cubic yards RTU = remote terminal unit sf = square foot GOAB = gang operated air brake kW = kilowatt

JA1.2.2 Electric Distribution System Non-Fixed Equipment and Specialized Tools

Table 2 lists other ancillary equipment (spare parts) and Table 3 lists specialized vehicles and tools included in the purchase. Offeror shall field verify all equipment, vehicles, and tools prior to submitting a proposal. Offeror shall make its own determination of the adequacy of all equipment, vehicles, and tools.

TABLE 2

Spare Parts Electric Distribution System

Item Make/Model Description Quantity Remarks

None

Note: Spare parts may be available at the time of transfer. For any spare parts available, the Government and the System Owner (SO) will negotiate the value and include in the bill of sale at the time of transfer.

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TABLE 3

Specialized Vehicles and Tools Electric Distribution System

Item Make/Model Description Quantity Remarks

None

Note: Specialized Vehicles and Tools may be available at the time of transfer. For any Specialized Vehicles and

Tools available, the Government and the System Owner (SO) will negotiate the value and include in the bill of sale at the time of transfer.

JA1.2.3 Electric Distribution System Manuals, Drawings, and Records

Table 4 lists the manuals, drawings, and records that will be transferred with the system.

TABLE 4

Manuals, Drawings, and Records Electric Distribution System

Item Description Quantity Remarks

Electrical Distribution Maps

GIS based data showing available information to date

1 Current version at Contract Award

Electrical Utility System Distribution and Coordination Study Report

USACE study report, which consists of identifying existing facilities, updated maps per the study, and an electrical model of the system

1 Report is dated February 2011

General Plan Present and future base planning information

1 Current version at Contract Award

Technical library Various informational documents related to the electrical distribution system and the base

1 Current version at Contract Award

JA1.3 Specific Service Requirements

Service requirements for this electric distribution system are as defined in the RFP Section C, Description/Specifications/Work Statement. The following requirements are specific to the base electric distribution system and are in addition to those found in Section C.

1. The Government will provide the electricity, natural gas, and water commodities and the wastewater collection required to operate and maintain the systems being privatized at no cost to the System Owner (SO). The Government will also provide any infrastructure necessary to connect the facilities required to operate and maintain the systems being privatized to electricity, natural gas, water, and wastewater collection services at no cost to the SO. If fuel oil or propane is required to operate emergency SO generators, purchase and supply of that fuel oil or propane will be the responsibility of the SO.

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2. The SO shall provide the Contracting Officer's Representative with a copy of all permits obtained by the SO to enable performance of this contract.

3. The SO shall comply with the Installation Asbestos Management Plan and the Installation Asbestos Operating Plan.

4. The SO shall use due care executing on-site work activities that may uncover utility lines encased in asbestos-containing material (ACM) or other buried ACM. The SO shall train or cause to be trained its employees and agents involved in any soil disturbing activities on-site to visually identify ACM in soil or on buried utility lines.

If ACM unrelated to buried utility lines is encountered in soil during development activities, the SO shall immediately cease work activities in the affected on-site area, implement controls for the exposed ACM to minimize the potential airborne release of asbestos fibers, and promptly notify the Government. The Government shall immediately inspect the discovered ACM and determine if a Government response or other mitigation is warranted under environmental laws or the Government’s obligations under this clause. The SO shall not resume on-site work activities until it receives further written notice that it may do so from the Government.

5. The SO shall provide the Government with a copy of all correspondence with environmental regulatory authorities related to enforcement actions or notices of violations promptly after its receipt thereof.

6. There are areas with unexploded ordnance (UXO) on this installation, the locations of which are identified in the Technical Library. The Technical Library also includes the installation's procedures, specifications, and/or requirements for work accomplished relating to UXO. The SO shall follow these procedures, specifications, and/or requirements. If work must be accomplished in an area that has been identified as containing UXO, the SO will abide by the installation’s procedures and, upon encountering anything suspected of being UXO, will immediately stop work and notify the appointed Government contract representative. After being notified by the SO, the Government will be responsible for sweeping the area for unexploded ordnance at its own expense and will notify the SO when the ordnance has been removed in order that halted work can resume.

7. The installation’s procedures require contractors to provide their own UXO specialist when working in areas with UXO. The SO shall be responsible for providing a UXO specialist on site while they work in those areas identified with UXO. The UXO specialist shall abide by the installation’s procedure, specifications, and/or requirements.

8. There are areas with environmental contamination on this installation. The Technical Library describes those areas that have been identified by the Government at this time. The Technical Library also includes the installation's procedures, specifications, and/or requirements for work accomplished relating to environmental contamination. The SO shall follow these procedures, specifications, and/or requirements. If work must be accomplished in an area that has been identified as a site of environmental contamination, the SO shall follow all

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installation procedures relating to authority notification and work limitations (if any) within these areas.

9. Electrical manholes and/or electrical vaults may become flooded with water within the installation boundaries. The SO shall follow the installation’s procedures in removing the water from the manhole/vault. This may include, but is not limited to testing the water for any hazardous contaminants, removing the contaminant, and properly disposing the contents within the manhole/vault.

10. New and renewal distribution infrastructure shall normally be installed using the most economical trenching method unless otherwise prohibited by the Contracting Officer. Excavation of paved surfaces is prohibited without consultation and approval from the Base Civil Engineer. The standard is to use trenchless technology under roads versus cutting the pavement.

11. Land and/or facilities may be available to the SO on Davis-Monthan AFB. If Offeror desires such land and/or facilities the Offeror must include specifications for such land and/or facilities in its proposal. The SO will comply with Davis-Monthan AFB Architectural Standards (included in the Technical Library) if it desires to construct facilities.

12. SO will comply with the Davis-Monthan AFB Digging Permit process and procedures.

13. The Government reserves the right to underground some or all of the existing overhead lines at a future time. For price proposal purposes, the Offeror shall assume that when existing overhead lines require replacement, they will be replaced with overhead lines. If the Government exercises its right to underground these overhead lines that require replacement, an equitable adjustment will be accomplished to cover the difference in installation and maintenance costs between overhead and underground lines. To ensure the Government is afforded the opportunity to exercise this right, the SO shall consult and coordinate with the

Government prior to replacement of any overhead electrical lines.

14. In order to allow access to utility infrastructure near the Davis-Monthan AFB flight line, the SO will be required to complete (and maintain throughout the contract period) flight line training, certification, and licensing as prescribed by Davis-

Monthan AFB.

15. The 12th Air Force area, Alert Facility, Site 5, AMARG and airfield all require special procedures for access. Should the SO require access to any of these areas, The SO will comply with the specific requirements of each area and other areas as specified by Security Forces and may change at the sole discretion of Davis-Monthan AFB, JA1.4 Current Service Arrangement

In FY 2009, Davis-Monthan AFB purchased 90,318 MWh of electricity from Tucson Electric Power. In FY 2010, DMAFB purchased 86,041 MWh of electricity from Tucson Electric Power. In FY 2011, DMAFB purchased 86,247 MWh of electricity from Tucson Electric Power. The average demand on an hourly basis (the baseload) was 10.31 MW, and peak

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demand reached 17.1MW. The subsequent analysis is based on the associated electric rates:

an average rate of 7.4¢/kWh and a marginal rate (which excludes demand) of 3.3¢/kWh.

JA1.5 Metering

JA1.5.1 Existing Meters

Table 5 provides a list of the existing (at the time of contract award) meters that will be transferred to the SO. The SO shall provide meter readings for all meters listed below.

TABLE 5

Existing Meters Electric Distribution System

Meter Location Meter Size Remarks

None

JA1.5.2 Required New Meters

The SO shall install and calibrate new meters as listed in Table 6.

TABLE 6

Required New Meters Electric Distribution System

Meter Location Meter Size Remarks

None

JA1.6 Monthly Submittals

The SO shall provide the Government with monthly submittals for the following:

1. Outage Report. The SO’s monthly outage report will be prepared in the format proposed by the SO and accepted by the Contracting Officer. Outage reports shall be submitted by the 25th of each month for the previous month. Outage reports shall be submitted to:

Organization/Office Symbol: 355 CES/CEOI Attention: Chief of Infrastructure Address: 3791 South Third Street Davis-Monthan AFB, AZ 85707 Phone number: (520) 228-3815

Organization/Office Symbol: 355 CES/CEO Attention: Deputy Operations Chief Address: 3685 South Second Street Davis-Monthan AFB, AZ 85707

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Phone number: (520) 228-3722

JA1.7 Energy-Savings Projects

The following projects listed in Table 7 have been implemented on the distribution system by the Government for energy conservation purposes.

TABLE 7

Energy-Savings Projects Electric Distribution System

Project Location Project Description

DMAFB Photovoltaic Array This is a privately owned Photovoltaic Array that will provide 14.5 MW (DC) of renewable energy directly to Davis-Monthan AFB.

Contracted via Power Purchase Agreement with SunEdison, LLC using an indefinite term utility service contract and a 25-year ground lease

Will cover approx 170 acres of underutilized land in the West Airfield and Chevron Areas and connect to the base electrical distribution system

JA1.8 Service Area

The current service area is defined as all areas within the Davis-Monthan AFB boundaries except those areas directly served by TEP, (e.g., U.S Customs area, Building 8030, and RWY ILS), the airfield, MFH, Temporary Living Facilities (TLF) fed from Soaring Heights MFH, and AMARG area of the base is located on leased land.

JA1.9 Off-Installation Sites

No off-installation sites are included in the sale of the Davis-Monthan AFB electric distribution system.

JA1.10 Specific Transition Requirements

Table 8 provides a list of service connections and disconnections required upon transfer.

TABLE 8

Service Connections and Disconnections Electric Distribution System

Location Description

None

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JA1.11 Initial System Deficiency Corrections (ISDC)

Table 9 provides a list of ISDC projects the Government has planned for this system. The Government recognizes these projects represent current deficiencies associated with the system. If the system is sold, the Government will not accomplish these projects. The SO shall determine the actual need and timing of any and all such projects.

TABLE 9

Initial System Deficiency Corrections Electric Distribution System

Project Location Project Description

JA1.12 Right of Access to the Utility System

JA1.12.1 Map of the Utility System

Maps from the Base Comprehensive Plan or other drawings show the known locations of the utility system and are available in the technical library at the base civil engineer organization. Portions of the utility system may not be fully shown on the map or maps.

Any such failure to show the complete utility system on the map or maps shall not be interpreted as that part of the utility system being outside the Installation. The Installation is co-extensive with the entire linear extent of the utility system sold to Grantee (SO), whether or not precisely shown on the map or maps.

JA1.12.2 Lateral Extent of the Right-of-Access, and Points of Demarcation

JA1.12.2.1 Lateral Extent of Utility System Right-of-Access

Where the utility system is installed aboveground and/or underground, the Right-of-Access is defined as 26 feet wide, extending 13 feet on each side of the utility system, as installed unless otherwise specified by the government or existing utilities.

JA1.12.2.2 Utility System Points of Demarcation

The point of demarcation (POD) is defined as the point on the utility system where ownership changes from the utility SO to the facility owner. Table 10 identifies the type and general location of the point of demarcation with respect to the facility for each scenario.

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TABLE 10

Standard Points of Demarcation Electric Distribution System

Point of Demarcation Applicable Scenario Sketch

POD is the secondary terminal of the transformer.

Pad-mounted transformer is located outside the structure with underground service to the structure. No meter exists.

Structure

Service Line

Point of Demarcation

Distribution Line

Distribution Line

S P

POD is the line side of the meter. Pad-mounted transformer is located outside the structure with underground service to the structure. Meter exists on the structure or between the structure and the pad-mounted transformer.

Pad Mounted Transformer

Distribution Line

Distribution Line

S P

Meter

PODs are the secondary terminal of the transformer and CT meter socket.

Pad-mounted transformer is located outside the structure with underground service to the structure with a CT meter attached to transformer.

Pad Mounted Transformer

Distribution Line

Distribution Line

S P

Meter

CTs Mounted in Tx

Points of Demarcation

POD is the secondary terminal of the transformer (located inside the structure).

Transformer is located inside the structure. An isolation device is in place with or without a meter.

Note: SO must be granted 24-hour access to transformer room.

the transformer (located inside the structure).

Transformer is located inside the structure. No isolation device exists.

Note: SO must be granted 24-hour access to transformer room.

Service Line Point of Demarcation

Distribution Line

Distribution Line

S P

Structure

Service Line Point of Demarcation

Distribution Line

Distribution Line

S P

Isolation Device

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Electric Distribution System

Point of Demarcation Applicable Scenario Sketch

POD is where the overhead conductor is connected to the weather head.

Pole-mounted transformer is located outside the structure with overhead conductor attached to the structure.

Electric meter is connected to the exterior of the structure.

Note: The meter, meter can, and weather head, are owned and maintained by the government.

POD is where the overhead conductor is connected to the weather head.

Pole-mounted transformer is located outside the structure with overhead conductor attached to the structure. No meter exists.

weather head.

Pole-mounted transformer is located outside the structure with overhead conductor attached to the structure. A disconnect switch or junction box is mounted to the exterior of the structure and no meter exists.

service entrance mast.

Note: If an electric meter is present, or is to be installed, the government is the owner and maintainer of the electric meter and the can, regardless of their location. The water utility owner owns all wiring on the load side of the POD.

Electric power is provided to a water facility via an overhead service drop.

This configuration could be found at facilities dedicated to the water utility such as a water well, pump station, or storage facility.

POD is at the secondary terminal of the transformer.

Note: If an electric meter is present, or is to be installed, the government is the owner and maintainer of the electric meter and the can, regardless of their location. The water utility owner owns all wiring on the load side of the transformer.

Electric power is provided to a water facility via an underground service connection. This configuration could be found at facilities dedicated to the water utility such as a water well, pump station, or storage facility.

Service Line

Utility Pole

Pole Mounted Transformer

Structure

Disconnect or Junction Box

Service Line

Utility Pole

Pole Mounted Transformer

Structure

Service Line

Point of Demarcation

Utility Pole

Pole Mounted Transformer

Meter

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Electric Distribution System

Point of Demarcation Applicable Scenario Sketch

POD is where the overhead conductor is connected to the service entrance mast.

Note: If an electric meter is present, or is to be installed, the government is the owner and maintainer of the electric meter and the can, regardless of their location. The wastewater utility owner owns all wiring on the load side of the POD.

Electric power is provided to a wastewater facility via an overhead service drop. This configuration could be found at facilities dedicated to the wastewater utility such as a lift station or wastewater treatment plant.

the transformer.

Note: If an electric meter is present, or is to be installed, the government is the owner and maintainer of the electric meter and the can, regardless of their location. The wastewater utility owner owns all wiring on the load side of the transformer.

Electric power is provided to a wastewater facility via an underground service connection. This configuration could be found at facilities dedicated to the wastewater utility such as a lift station or wastewater treatment plant.

PODs are where the secondary conductor is attached to the SO's pole and where the light fixture is attached to the SO's pole.

Government-owned secondary circuit and light fixture are attached to the SO's pole.

Table 11 lists anomalous “unique” points of demarcation that do not fit any of the above scenarios. These unique points of demarcation shall take precedence over the standard points of demarcation shown in Table 10.

TABLE 11

Unique Points of Demarcation Electric Distribution System

Location POD Description

Substation TEP owns up to the secondary wiring of the transformers. The secondary wiring terminates on the above ground bus bars which are owned by the government. The POD is the connection point of the TEP secondary wiring at the government owned bus bars.

Typical Indoor Electric Meters The majority of the electric meters are installed inside the associated building/facility. The POD for this type of installation will be on the line side of the meter.

Government-Owned Secondary Circuit

Utility-Owned Pole

Government-Owned Light Fixture

Points of Demarcation

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TABLE 11

Unique Points of Demarcation Electric Distribution System

Location POD Description

AMARG POD #1

(On Irvington Rd)

The hot tap OH connection on the south side of Irvington Road across from Water Storage Tank 7706 before the overhead line crosses Irvington Road going north.

AMARG POD #2

(On Irvington Rd)

The POD is the OH hot tap connection on the south side of Irvington Road across from Building 7610 before the overhead line crosses Irvington Road going north.

AMARG POD #3

(On Irvington Rd)

The POD is on the load side of the three fused cutouts on top of the pole on the south side of Irvington Road adjacent to building 7406 at the south east corner of the intersection of Irvington Road and Safford Avenue.

AMARG POD #4

(On Irvington Rd)

The load side termination in the junction cabinet on the south side of Irvington Road across from building 7213.

AMARG POD #5

(On Irvington Rd)

The load side termination in the pad mount switch on the south side of Irvington Road across from building 7199.

AMARG POD #6

(at AMARG Gate 7011 )

The POD is on the load side of the fused cutouts on the dead-end riser pole just inside the gate on the south side of Coolidge Street.

Airfield Lighting Vault The POD is the secondary connection of the transformer serving building

YUMA Road The POD is the load side of the pole mounted ground operated air break switch located on the south side of Yuma Road north west of the intersection of Yuma Rd and Kolb Rd.

Traffic lights - Typical The POD is the secondary connection point in the transformer feeding power to the associated traffic light.

West Airfield Solar PV Array The POD is at the terminations of the PV array cable entering the PME switch. The PME switch is located adjacent to the control.

Chevron Solar PV Array The POD in at the termination of the PV cable in the solar contractor‟s J-2 disconnect switch which feeds into the…