JA1-JBLE-L-EL-v07-24Sep13.pdf

GS-00P-13-BSC-0949 UTILITY SYSTEM PRIVATIZATION

Langley AFB, VA

(Attachment JA1 Electric Distribution System Template –30 JAN 13) User Edited: rev:07 24Sep13

JA1-1

ATTACHMENT JA1

Joint Base Langley-Eustis Electric Distribution System

Table of Contents

JA1.1 JOINT BASE LANGLEY-EUSTIS OVERVIEW .......................................................................... JA1-2

JA1.2 ELECTRIC DISTRIBUTION SYSTEM DESCRIPTION ............................................................... JA1-3 JA1.2.1 Electric Distribution System Fixed Equipment Inventory ........................................ JA1-3 JA1.2.2 Electric Distribution System Non-Fixed Equipment and Specialized Tools ........... JA1-12 JA1.2.3 Electric Distribution System Manuals, Drawings, and Records ............................ JA1-13

JA1.3 SPECIFIC SERVICE REQUIREMENTS ................................................................................... JA1-14 JA1.4 CURRENT SERVICE ARRANGEMENT ................................................................................. JA1-16

JA1.5 METERING .......................................................................................................................... JA1-16 JA1.5.1 Existing Meters ........................................................................................................ JA1-16 JA1.5.2 Required New Meters ............................................................................................... JA1-16

JA1.6 MONTHLY SUBMITTALS .................................................................................................... JA1-17 JA1.7 ENERGY-SAVINGS PROJECTS ............................................................................................. JA1-17 JA1.8 SERVICE AREA .................................................................................................................... JA1-17

JA1.9 OFF-INSTALLATION SITES ................................................................................................. JA1-17 JA1.10 SPECIFIC TRANSITION REQUIREMENTS .......................................................................... JA1-18 JA1.11 INITIAL SYSTEM DEFICIENCY CORRECTIONS (ISDC) .................................................... JA1-18 JA1.12 RIGHT OF ACCESS TO THE UTILITY SYSTEM ................................................................... JA1-18

JA1.12.1 Map of the Utility System ...................................................................................... JA1-18 JA1.12.2 Lateral Extent of the Right-of-Access, and Points of Demarcation ....................... JA1-18 JA1.12.3 Environmental Baseline Survey ............................................................................. JA1-22

LIST OF TABLES

TABLE 1 - Fixed Inventory ......................................................................................................... JA1-5 TABLE 2 - Spare Parts ............................................................................................................... JA1-12

TABLE 3 - Specialized Vehicles and Tools ............................................................................. JA1-13 TABLE 4 - Manuals, Drawings, and Records ........................................................................ JA1-13

TABLE 5 - Existing Meters ........................................................................................................ JA1-16

TABLE 6 - Required New Meters ............................................................................................ JA1-16 TABLE 7 - Energy-Savings Projects ......................................................................................... JA1-17

TABLE 8 - Service Connections and Disconnections ............................................................ JA1-18 TABLE 9 - Initial System Deficiency Corrections .................................................................. JA1-18 TABLE 10 - Standard Points of Demarcation ......................................................................... JA1-19 TABLE 11 - Unique Points of Demarcation ............................................................................ JA1-22

JA1-2

JA1 Joint Base Langley-Eustis Electric Distribution System

JA1.1 Joint Base Langley-Eustis Overview

Joint Base Langley-Eustis (JBLE) was created in 2010 when Fort Eustis (JBLE-E) and Langley Air Force Base (JBLE-L) were merged administratively. The two major components of JBLE are geographically separated by 17 miles. For purposes of defining the electric system offered under this solicitation the remainder of this Section JA1 only addresses JBLE-L because the JBLE-E electric distribution system is privatized to Dominion Virginia Power

(DVP) and is not included in this solicitation.

JBLE-L is located adjacent to the city of Hampton Virginia on the southern end of the Lower Peninsula of the Chesapeake Bay near the terminus of southeastern Virginia. Hampton and several other significant communities in this region are collectively referred to as “Hampton Roads.” JBLE-L consists of 3,644 acres (Main Base, 2,883 acres), the Back River and its northwest and southwest branches bound the installation on three sides while Hampton forms the fourth side.

In 1916, JBLE-L, then known as Langley Field, was established by the Army. In 1918 a balloon detachment was assigned to Langley Field leading to the facility becoming the center for Lighter-Than-Air (LTA) blimp experimentation. In the 1930s, the General Headquarters Air Force was headquartered at Langley Field and the installation became the U.S. Army’s center for combat aviation. In 1947, with the creation of the U. S. Air Force, Langley Field became Langley Air Force Base (AFB) and the home of the Tactical Air Command. In the 1950s, the National Aeronautics and Space Administration (NASA) was located on Langley AFB. The NASA Langley Research Center was responsible for much of the research and training associated with the early U.S space program and remains an active tenet unit. In 1975, Langley AFB became the home of the 1st Fighter Wing (1 FW). In 2010 and in support of the joint-basing initiative with Fort Eustis, the 633d Air Base Wing (ABW) was reactivated to become the host unit at JBLE. The 1 FW continues to maintain and operate aircraft on JBLE-L as a tenant unit.

There are approximately 23,870 people attached to JBLE-L. These consist of: military, 9,437;

military dependents, 10,542; appropriated fund civilians, 3,250; as well as, non-appropriated fund civilians, contractors, and private business, 651. In addition, many of the JBLE-L facilities and services are available to the 56,000 retired military personnel living in the

Hampton Roads area.

In the future, JBLE-L expects that new or remodeled facilities will be required to support basing of new aircraft or command, control, and intelligence systems. As JBLE-L expands and remodels JBLE-L’s heritage will continue to be a strong force through careful preservation and stewardship of JBLE-L’s historic properties.

JA1-3

JA1.2 Electric Distribution System Description

JA1.2.1 Electric Distribution System Fixed Equipment Inventory

The JBLE electric system consists of separate electric systems at JBLE-E and JBLE-L. The electric system at JBLE-E has been privatized to DVP and is not included in this solicitation.

The JBLE-L 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 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

Parking lot lights serviced by secondary feed from a building

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

Geographically Separated Units (GSU)

JBLE-E

Landings at Langley (Bethel Manor Family Housing)

DVP owned 35 kV primary loop and laterals directly servicing facilities located on JBLE-L behind DVP’s JBLE-L master metering

Facilities fed directly from DVP off-Base grid:

Armistead Gate

Large Vehicle Inspection Station

NASA electric distribution facilities located on JBLE-L

Barksdale Langley Bolling Family Housing (BLBFH) areas:

Lighter-Than-Air (LTA) and

Heavier-Than-Air (HTA)

Electric distribution system delivering power to camp sites, lighting and bathrooms at FamCamp and MWR Recreational Area (known as Bethel Recreation District).

JA1.2.1.1 Description

The JBLE-L electric system consists of three primary circuit feeders: a 34.5 kilovolt (kV) loop feeder owned by DVP, a 22 kV loop owned by the government (fed from the 34.5 kV loop) and 12 radial 5 MVA substations (fed from the DVP owned 34.5 loop) owned by DVP. The electric system in the housing areas are owned and operated by BLBFH.

JA1-4

Construction of the government owned portion of the JBLE-L electric system began in the early 1950s. There are four main substations, (Main, E-12, LTA, and Shellbank). From these main substations, ten small unit substations distribute power throughout JBLE-L. There are also multiple facilities supplied directly from the 22 kV loop system.

DVP supplies power to JBLE-L from the DVP Peninsula Substation. Two 34.5 kV feeders (one underground, one overhead) feed a loop of 12 substations (each 5 MVA) around the base. DVP owns and maintains the 34.5 kV lines, switchgear, and the line side (34.5 kV side) of the transformers (owned by DVP). DVP also directly serves many JBLE-L facilities and owns the 34.5kV/480V facility transformers. Facilities directly served by DVP include: Bldg.

10 (Ryan Center); Bldg. 25 (ACC Communication Facility); Bldg. 82 (VOQ); Bldg. 255/257 (Hospital & Administration Facility); and, Bldg. 1302/1308 (DGS-1 & Storage Facility). From this DVP owned loop, JBLE-L steps down to 22 kV and 5 kV to supply the portion of the electric system not owned by DVP or BLBFH.

In 2011, the government owned portion of the electric system was evaluated using the Command Electric Distribution System Evaluation Criteria and received a condition assessment of “degraded.” To rectify this problem would require eliminating old, fenced in, live-front transformer and switchgear locations. In addition, future plans would include separation of the feeds for BLBFH areas and replacement of the old 5 kV distribution systems with 22 kV systems.

JBLE has a program for ongoing improvements to the government owned portion of the JBLE-L electric system to correct its “degraded” condition. These projects replace transformers and switchgear at numerous points around JBLE-L. These projects also seek to (eventually) replace 5 kV the systems with 22 kV systems. These projects are not reflected in Table 1 Inventory. Due to current funding constraints, these projects are not included as Initial System Deficiency Correction (ISDC) projects.

JA1.2.1.2 Inventory

Table 1 provides a general list of the major electric distribution system fixed assets for the JBLE-L 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.

JA1-5

TABLE 1

Fixed Inventory Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Substation fence, chain-link 8' 100 LF 2003 50

Main Electrical Substation Building, Metal

16' 3,000 SF 1995 50

Substation fence, masonry 10' 2,700 SF 2003 50

Substation fence, masonry 10' 1,750 SF 2003 50

Substation gate, iron 6' 1 EA 2003 50

Ground Wire, 600 V, Cu #1/0 1,175 SCLF 2007 30

Primary UG Power, 25 kV, Cu #4/0 312 SCLF 2012 45

Primary UG Power, 25 kV, Cu #1/0 240 SCLF 2012 45

Primary UG Power, 22 kV, Cu #1/0 5,726 SCLF 1975 45

Primary UG Power, 22 kV, Cu #1/0 1,011 SCLF 2003 45

Primary UG Power, 22 kV, Cu #2/0 444 SCLF 1975 45

Primary UG Power, 22 kV, Cu #2/0 78 SCLF 2003 45

Primary UG Power, 22 kV, Cu #3/0 6,997 SCLF 1975 45

Primary UG Power, 22 kV, Cu #3/0 350 SCLF 2003 45

Primary UG Power, 22 kV, Cu #4/0 52,165 SCLF 1975 45

Primary UG Power, 22 kV, Cu #4/0 9,893 SCLF 2003 45

Primary UG Power, 22 kV, Cu #4/0 810 SCLF 2007 45

Primary UG Power, 22 kV, Cu #4/0 2,316 SCLF 2010 45

Primary UG Power, 22 kV, Cu 250 MCM 248 SCLF 2003 45

Primary UG Power, 22 kV, Cu 350 MCM 781 SCLF 1975 45

Primary UG Power, 22 kV, Cu 350 MCM 138 SCLF 2003 45

Primary UG Power, 22 kV, Cu 500 MCM 13,149 SCLF 1975 45

Primary UG Power, 22 kV, Cu 500 MCM 2,320 SCLF 2003 45

Primary UG Power, 22 kV, Cu N2 506 SCLF 1975 45

Primary UG Power, 22 kV, Cu N2 89 SCLF 2003 45

Primary UG Power, 22 kV, Cu N4 87 SCLF 1975 45

Primary UG Power, 22 kV, Cu N6 49 SCLF 1975 45

Primary UG Power, 22 kV, Al #1/0 622 SCLF 1975 20

Primary UG Power, 22 kV, Al #1/0 110 SCLF 2003 45

Primary UG Power, 22 kV, Al #4/0 3,705 SCLF 1975 20

Primary UG Power, 22 kV, Al #4/0 654 SCLF 2003 45

Primary UG Power, 22 kV, Al 250 MCM 2,086 SCLF 1975 20

Primary UG Power, 22 kV, Al 250 MCM 368 SCLF 2003 45

Primary UG Power, 22 kV, Al 350 MCM 16,044 SCLF 1975 20

Primary UG Power, 22 kV, Al 350 MCM 2,831 SCLF 2003 45

Primary UG Power, 5 kV, Al #1/0 79 SCLF 1975 20

Primary UG Power, 5 kV, Al #1/0 14 SCLF 2003 45

Primary UG Power, 5 kV, Al #4/0 616 SCLF 1975 20

Primary UG Power, 5 kV, Al #4/0 109 SCLF 2003 45

Primary UG Power, 5 kV, Al 350 MCM 3 SCLF 1975 20

Primary UG Power, 5 kV, Al 350 MCM 1 SCLF 2003 45

Primary UG Power, 5 kV, Al N2 18 SCLF 1975 20

Primary UG Power, 5 kV, Al N2 3 SCLF 2003 45

Primary UG Power, 5 kV, Al, Direct Bury

#1/0 536 SCLF 1975 30

JA1-6

Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Primary UG Power, 5 kV, Al, Direct Bury

#1/0 95 SCLF 2003 30

Primary UG Power, 5 kV, Al, Direct Bury

#4/0 1,549 SCLF 1975 30

Primary UG Power, 5 kV, Al, Direct Bury

#4/0 273 SCLF 2003 30

Primary UG Power, 5 kV, Al, Direct Bury

350 MCM 12 SCLF 1975 30

Primary UG Power, 5 kV, Cu #1/0 326 SCLF 1975 20

Primary UG Power, 5 kV, Cu #1/0 156 SCLF 2003 45

Primary UG Power, 5 kV, Cu #2/0 829 SCLF 1975 20

Primary UG Power, 5 kV, Cu #2/0 151 SCLF 2003 45

Primary UG Power, 5 kV, Cu #4/0 11,022 SCLF 1975 20

Primary UG Power, 5 kV, Cu #4/0 2,211 SCLF 2003 45

Primary UG Power, 5 kV, Cu 500 MCM 6,030 SCLF 1975 20

Primary UG Power, 5 kV, Cu 500 MCM 1,150 SCLF 2003 45

Primary UG Power, 5 kV, Cu, Direct Bury

N2 62 SCLF 1975 30

Primary UG Power, 5 kV, Cu N2 28,554 SCLF 1975 20

Primary UG Power, 5 kV, Cu N2 4,618 SCLF 2003 45

Primary UG Power, 5 kV, Cu N4 2,893 SCLF 1975 20

Primary UG Power, 5 kV, Cu N4 510 SCLF 2003 45

Primary UG Power, 5 kV, Cu N6 1,151 SCLF 1975 20

Primary UG Power, 5 kV, Cu N6 203 SCLF 2003 45

Primary UG Power, 5 kV, Cu N8 1,221 SCLF 1975 45

Primary UG Power, 5 kV, Cu N8 215 SCLF 2003 45

Secondary UG Power, 5 kV, Cu, Direct Bury

#1/0 243 SCLF 1975 20

Secondary UG Power, 5 kV, Cu, Direct Bury

#1/0 66 SCLF 2003 45

Secondary UG Power, 5 kV, Cu, Direct Bury

#2/0 263 SCLF 1975 20

Secondary UG Power, 5 kV, Cu, Direct Bury

#2/0 931 SCLF 2003 45

Secondary UG Power, 5 kV, Cu, Direct Bury

#3/0 509 SCLF 1975 45

Secondary UG Power, 5 kV, Cu, Direct Bury

#3/0 90 SCLF 2003 45

Secondary UG Power, 5 kV, Cu, Direct Bury

#4/0 482 SCLF 1975 45

Secondary UG Power, 5 kV, Cu, Direct Bury

#4/0 170 SCLF 2003 45

Secondary UG Power, 5 kV, Cu, Direct Bury

500 MCM 283 SCLF 1975 45

Secondary UG Power, 5 kV, Cu, Direct Bury

500 MCM 50 SCLF 2003 45

Secondary UG Power, 5 kV, Cu, Direct Bury

N2 927 SCLF 1975 30

Secondary UG Power, 5 kV, Cu, Direct Bury

N2 322 SCLF 2003 30

JA1-7

Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Secondary UG Power, 5 kV, Cu, Direct Bury

N3 117 SCLF 1975 30

Secondary UG Power, 5 kV, Cu, Direct Bury

N3 21 SCLF 2003 30

Secondary UG Power, 5 kV, Cu, Direct Bury

N4 108 SCLF 1975 30

Secondary UG Power, 5 kV, Cu, Direct Bury

N4 19 SCLF 2003 30

Secondary UG Power, 5 kV, Cu, Direct Bury

N6 629 SCLF 1975 30

Secondary UG Power, 5 kV, Cu, Direct Bury

N6 111 SCLF 2003 30

Concrete Encased PVC Duct Bank, 1x2

4" 22,435 LF 1975 100

Concrete Encased PVC Duct Bank, 1x2

4" 3,959 LF 2003 100

Concrete Encased PVC Duct Bank, 2x2

4" 14,887 LF 1975 100

Concrete Encased PVC Duct Bank, 2x2

4" 2,639 LF 2003 100

Concrete Encased PVC Duct Bank, 2x2

4" 70 LF 2007 100

Concrete Encased PVC Duct Bank, 1x2

5" 1,175 LF 2011 100

Concrete Encased PVC Duct Bank, 1x2

6" 1,770 LF 2012 100

Concrete Encased PVC Duct Bank, 2x2

6" 362 LF 2012 100

Conduit, PVC 4" 763 LF 1975 50

Conduit, PVC 4" 135 LF 2003 50

Handhole, Concrete 4'x4'x4' 279 EA 1975 60

Handhole, Concrete 4'x4'x4' 49 EA 2003 60

Manhole, Concrete 6'x8'x8' 77 EA 1975 60

Manhole, Concrete 6'x8'x8' 14 EA 2003 60

Manhole, Concrete 6'x8'x6' 3 EA 2011 60

Manhole, Concrete 6'x8'x6' 6 EA 2012 60

Manhole, Junction Cabinet 15 kV 4 EA 1975 50

Transformer, pad-mount 10 kVA 1 EA 1975 35

Transformer, pad-mount 10 kVA 2 EA 1985 35

Transformer, pad-mount 15 kVA 5 EA 1975 35

Transformer, pad-mount 25 kVA 2 EA 1965 35

Transformer, pad-mount 25 kVA 2 EA 1975 35

Transformer, pad-mount 25 kVA 1 EA 1985 35

Transformer, pad-mount 37.5 kVA 3 EA 1965 35

Transformer, pad-mount 37.5 kVA 6 EA 1975 35

Transformer, pad-mount 37.5 kVA 2 EA 1985 35

Transformer, pad-mount 45 kVA 1 EA 1975 35

Transformer, pad-mount 50 kVA 4 EA 1965 35

Transformer, pad-mount 50 kVA 28 EA 1975 35

Transformer, pad-mount 50 kVA 7 EA 1985 35

JA1-8

Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Transformer, pad-mount 75 kVA 37 EA 1975 35

Transformer, pad-mount 75 kVA 4 EA 1985 35

Transformer, pad-mount 75 kVA 3 EA 2000 35

Transformer, pad-mount 75 kVA 1 EA 2008 35

Transformer, pad-mount 100 kVA 18 EA 1975 35

Transformer, pad-mount 100 kVA 5 EA 1985 35

Transformer, pad-mount 112.5 kVA 8 EA 1975 35

Transformer, pad-mount 112.5 kVA 4 EA 1985 35

Transformer, pad-mount 112.5 kVA 1 EA 2010 35

Transformer, pad-mount 112.5 kVA 1 EA 2011 35

Transformer, pad-mount 112.5 kVA 2 EA 2013 35

Transformer, pad-mount 150 kVA 3 EA 1965 35

Transformer, pad-mount 150 kVA 8 EA 1975 35

Transformer, pad-mount 150 kVA 2 EA 1985 35

Transformer, pad-mount 167 kVA 7 EA 1975 35

Transformer, pad-mount 167 kVA 3 EA 1985 35

Transformer, pad-mount 225 kVA 3 EA 1965 35

Transformer, pad-mount 225 kVA 3 EA 1975 35

Transformer, pad-mount 225 kVA 8 EA 1985 35

Transformer, pad-mount 225 kVA 1 EA 1995 35

Transformer, pad-mount 300 kVA 4 EA 1965 35

Transformer, pad-mount 300 kVA 8 EA 1975 35

Transformer, pad-mount 300 kVA 5 EA 1985 35

Transformer, pad-mount 300 kVA 1 EA 2010 35

Transformer, pad-mount 300 kVA 2 EA 2011 35

Transformer, pad-mount 300 kVA 2 EA 2012 35

Transformer, pad-mount 500 kVA 5 EA 1965 35

Transformer, pad-mount 500 kVA 20 EA 1975 35

Transformer, pad-mount 500 kVA 1 EA 1977 35

Transformer, pad-mount 500 kVA 6 EA 1985 35

Transformer, pad-mount 500 kVA 2 EA 1995 35

Transformer, pad-mount 750 kVA 2 EA 1965 35

Transformer, pad-mount 750 kVA 9 EA 1975 35

Transformer, pad-mount 750 kVA 2 EA 1985 35

Transformer, pad-mount 750 kVA 1 EA 1995 35

Transformer, pad-mount 1000 kVA 5 EA 1975 35

Transformer, pad-mount 1500 kVA 2 EA 1965 35

Transformer, pad-mount 1500 kVA 1 EA 1975 35

Transformer, pad-mount 1500 kVA 1 EA 1995 35

Transformer, pad-mount 2000 kVA 1 EA 1975 35

Transformer, pad-mount 2000 kVA 1 EA 1985 35

Transformer, pad-mount 2000 kVA 1 EA 1995 35

Transformer, pad-mount 2500 kVA 1 EA 1964 35

Transformer, pad-mount 2500 kVA 1 EA 1975 35

Transformer, pad-mount 2500 kVA 1 EA 1997 35

Transformer, pad-mount 3750 kVA 1 EA 1952 35

Transformer, pad-mount 3750 kVA 1 EA 1965 35

Transformer, pad-mount 3750 kVA 2 EA 1997 35

Switch, pad-mount, 2-way 5 kV 9 EA 1975 35

JA1-9

Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Switch, pad-mount, 2-way 22 kV 11 EA 1975 35

Switch, pad-mount, 4-way 5 kV 13 EA 1975 35

Switch, pad-mount, 4-way 5 kV 4 EA 2003 35

Switch, pad-mount, 4-way 22 kV 17 EA 1975 35

Switch, pad-mount, 4-way 22 kV 5 EA 2003 35

Switch, pad-mount, 4-way 25 kV 1 EA 2010 35

Switch, pad-mount, 4-way 25 kV 1 EA 2010 35

Switch, pad-mount, 4-way 25 kV 1 EA 2010 35

Switch, pad-mount, 4-way 25 kV 1 EA 2011 35

Switch, pad-mount, 4-way 25 kV 2 EA 2012 35

Switch, pad-mount, 4-way 25 kV 1 EA 2013 35

Switch, pad-mount, 4-way 35 kV 1 EA 2011 35

Circuit Breaker, 22 kV 600 A 4 EA 1995 35

Circuit Breaker, 5 kV 600 A 1 EA 1975 35

Circuit Breaker, 22 kV 800 A 6 EA 1995 35

Circuit Breaker, 22 kV 800 A 1 EA 1975 35

Circuit Breaker, 2.4 kV 1200 A 10 EA 1965 35

Circuit Breaker, 2.4 kV 1200 A 13 EA 1970 35

Circuit Breaker, 22 kV 1200 A 16 EA 1985 35

Circuit Breaker, 22 kV 1200 A 1 EA 1990 35

Circuit Breaker, oil, pad-mount 5 kV 1 EA 1975 35

Circuit Breaker, oil, pad-mount 22 kV 4 EA 2003 35

Primary OH Power, 22 kV, ACSR #4/0 452 SCLF 1995 50

Primary OH Power, 22 kV, Cu N4 1,071 SCLF 1995 50

Primary OH Power, 5 kV, ACSR #1/0 4,832 SCLF 1965 50

Primary OH Power, 5 kV, ACSR #2/0 65 SCLF 1965 50

Primary OH Power, 5 kV, ACSR #4/0 2,383 SCLF 1985 50

Primary OH Power, 5 kV, ACSR N2 1,464 SCLF 1985 50

Primary OH Power, 5 kV, ACSR N2 1,955 SCLF 1975 50

Primary OH Power, 5 kV, Cu #1/0 5,495 SCLF 1975 50

Primary OH Power, 5 kV, Cu #4/0 279 SCLF 1965 50

Primary OH Power, 5 kV, Cu #4/0 1,038 SCLF 1975 50

Primary OH Power, 5 kV, Cu N2 542 SCLF 1995 50

Primary OH Power, 5 kV, Cu N2 7,500 SCLF 1985 50

Primary OH Power, 5 kV, Cu N2 1,916 SCLF 1975 50

Primary OH Power, 5 kV, Cu N2 546 SCLF 1965 50

Primary OH Power, 5 kV, Cu N4 2,270 SCLF 1965 50

Primary OH Power, 5 kV, Cu N4 2,808 SCLF 1975 50

Primary OH Power, 5 kV, Cu N6 727 SCLF 1965 50

Primary OH Power, 5 kV, Cu N6 4,514 SCLF 1975 50

Secondary OH Power, 5 kV, Cu #4/0 124 SCLF 1965 50

Secondary OH Power, 5 kV, Cu N4 3,809 SCLF 1975 50

Secondary OH Power, 5 kV, Cu N6 244 SCLF 1965 50

Secondary OH Power, 5 kV, Cu N6 769 SCLF 1975 50

Transformer, pole-mount 10 kVA 8 EA 1965 35

Transformer, pole-mount 10 kVA 9 EA 1975 35

Transformer, pole-mount 10 kVA 3 EA 1982 35

Transformer, pole-mount 10 kVA 4 EA 1985 35

Transformer, pole-mount 15 kVA 6 EA 1965 35

JA1-10

Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Transformer, pole-mount 15 kVA 6 EA 1975 35

Transformer, pole-mount 15 kVA 10 EA 1985 35

Transformer, pole-mount 15 kVA 3 EA 1986 35

Transformer, pole-mount 15 kVA 3 EA 1987 35

Transformer, pole-mount 25 kVA 6 EA 1965 35

Transformer, pole-mount 25 kVA 19 EA 1975 35

Transformer, pole-mount 25 kVA 14 EA 1985 35

Transformer, pole-mount 25 kVA 3 EA 1995 35

Transformer, pole-mount 37.5 kVA 10 EA 1965 35

Transformer, pole-mount 37.5 kVA 14 EA 1975 35

Transformer, pole-mount 37.5 kVA 7 EA 1985 35

Transformer, pole-mount 50 kVA 12 EA 1965 35

Transformer, pole-mount 50 kVA 9 EA 1975 35

Transformer, pole-mount 50 kVA 12 EA 1985 35

Transformer, pole-mount 50 kVA 1 EA 1995 35

Transformer, pole-mount 75 kVA 6 EA 1965 35

Transformer, pole-mount 75 kVA 5 EA 1975 35

Transformer, pole-mount 75 kVA 3 EA 1985 35

Transformer, pole-mount 100 kVA 9 EA 1965 35

Transformer, pole-mount 100 kVA 10 EA 1975 35

Transformer, pole-mount 100 kVA 6 EA 1985 35

Transformer, pole-mount 100 kVA 3 EA 1988 35

Transformer, pole-mount 100 kVA 3 EA 1995 35

Transformer, pole-mount 167 kVA 3 EA 1988 35

Transformer grounding 8’ w/#2/0 conductor

60 EA 1965 35

Transformer grounding 8’ w/#2/0 conductor

72 EA 1975 35

Transformer grounding 8’ w/#2/0 conductor

66 EA 1985 35

Transformer grounding 8’ w/#2/0 conductor

8 EA 1995 35

Disconnect Switch, pole-mount 5 kV 10 EA 1975 35

Disconnect Switch, pole-mount 22 kV 17 EA 1985 35

Utility Pole, wood 30' 1 EA 1975 35

Utility Pole, wood 30' 1 EA 1985 35

Utility Pole, wood 30' 2 EA 1997 35

Utility Pole, wood 35' 22 EA 1965 35

Utility Pole, wood 35' 30 EA 1975 35

Utility Pole, wood 35' 2 EA 1981 35

Utility Pole, wood 35' 5 EA 1985 35

Utility Pole, wood 40' 2 EA 1960 35

Utility Pole, wood 40' 15 EA 1965 35

Utility Pole, wood 40' 1 EA 1970 35

Utility Pole, wood 40' 67 EA 1975 35

Utility Pole, wood 40' 1 EA 1978 35

Utility Pole, wood 40' 1 EA 1981 35

Utility Pole, wood 40' 18 EA 1985 35

Utility Pole, wood 40' 5 EA 1986 35

JA1-11

Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Utility Pole, wood 40' 1 EA 1987 35

Utility Pole, wood 40' 1 EA 1989 35

Utility Pole, wood 40' 1 EA 1995 35

Utility Pole, wood 40' 13 EA 1997 35

Utility Pole, wood 40' 1 EA 1999 35

Utility Pole, wood 45' 17 EA 1965 35

Utility Pole, wood 45' 3 EA 1971 35

Utility Pole, wood 45' 1 EA 1978 35

Utility Pole, wood 45' 1 EA 1979 35

Utility Pole, wood 45' 1 EA 1981 35

Utility Pole Top 4' 16 EA 1965 35

Utility Pole Top 4' 31 EA 1975 35

Utility Pole Top 4' 7 EA 1985 35

Utility Pole Top 4' 8 EA 1995 35

Guys & Anchors 5 kV 20 EA 1965 35

Guys & Anchors 5 kV 40 EA 1975 35

Guys & Anchors 5 kV 9 EA 1985 35

Guys & Anchors 5 kV 10 EA 1995 35

Pole Riser 5 kV 10 EA 1965 45

Pole Riser 5 kV 8 EA 1975 45

Pole grounding 5 kV 22 EA 1975 35

Light Pole, decorative 12' 20 EA 1975 35

Light Pole, wood 35' 9 EA 1990 35

Light Pole, aluminum 40' 44 EA 1975 35

Light Pole, aluminum 40' 24 EA 1985 35

Light Pole, concrete 40' 1 EA 1986 35

Light Pole, concrete 40' 1 EA 1987 35

Light Pole, concrete 40' 1 EA 1988 35

Light Pole, concrete 40' 1 EA 1989 35

Light Pole, concrete 45' 3 EA 1995 35

Light Pole, concrete 45' 4 EA 1997 35

Light Pole, concrete 45' 2 EA 1999 35

Light Pole, steel 50' 7 EA 1965 35

Light Pole, steel 50' 8 EA 1975 35

Light Pole, steel 50' 8 EA 1979 35

Light Pole, steel 50' 1 EA 1980 35

Light Pole, steel 50' 1 EA 1982 35

Light Pole, steel 50' 13 EA 1985 35

Light Pole, steel 50' 1 EA 1988 35

Light Pole, steel 50' 1 EA 1995 35

Light Pole, steel 50' 1 EA 1997 35

Light Pole, steel 50' 1 EA 2002 35

Light Pole, steel 55' 1 EA 1985 35

Light Pole, steel 65' 3 EA 1965 35

Light Pole, steel 65' 1 EA 1985 35

Light Pole, steel 70' 1 EA 1985 35

Light Pole, steel 125' 12 EA 2010 35

Area Light, HPS 250 W 12 EA 1965 20

Area Light, HPS 400 W 94 EA 1985 20

JA1-12

Electric Distribution System

Item Size Quantity Unit Approximate Year of

Construction

Design Life (Years)

Security Light, HPS 400 W 12 EA 2000 20

Roadway Light, HPS 100 W 20 EA 1920 20

Roadway Light, HPS 400 W 30 EA 1995 20

Walk Light, HPS 400 W 6 EA 2005 20

Flood Lights, HPS 2500 W 15 EA 2010 20

Cobra Head, 6' arm 250 W 14 EA 1975 20

Cobra Head, 6' arm 250 W 9 EA 1990 20

Lighting Cable, 600 V, Cu N6 2,704 SCLF 1965 30

Lighting Cable, 600 V, Cu N6 13,522 SCLF 1975 30

Lighting Cable, 600 V, Cu N6 8,113 SCLF 1985 30

Lighting Cable, 600 V, Cu N6 2,704 SCLF 1995 30

Lighting grounding 8' 100 EA 1975 35

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

AL = Aluminum

Cu = copper EA = each lf = linear feet SCLF = single conductor linear feet V = volts KV = kilovolt W = watt MCM = kcmil = thousand circular mils

OH = Overhead UG = Underground kVA = kilovolt ampere MVA = megavolt-amperes Dia = diameter PVC = polyvinyl chloride Ft = ‘ = foot In = “ = inch sf = square foot HPS = high pressure sodium

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.

JA1-13

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

General Plan Langley General Plan 1 Copy of August 2012 or to date

Public Utility Contract Virginia Electric and Power Company/DVP Data

1 Contract No. GS-00P-08-BSD-

Utility Service Agreement BLBFH Documents Numerous Copy

DVP JBLE-L system documents

Various maps and documents detailing DVP presence on JBLE-L

Numerous Copy

Electric system Maps and drawings

GIS Drawings and documents describing the JBLE-L electric system

Numerous Copy of To be as currently available at time of system award. System Owner to update and maintain after Contract Start

Environmental documents Details of environmental requirements and restrictions applicable to JBLE-L

Numerous Copy of - To be as currently available at time of system award

JBLE-L Operating Procedures

Spill Prevention and Response Plan

1 Copy

JBLE-L Operating Procedures

Pollution Prevention Management Plan

1 Copy

JBLE-L Operating Procedures

Solid Waste Management Plan 1 Copy

JBLE-L Operating Procedures

Digging Permit process and procedures

1 Copy

JBLE-L Operating Procedures

Integrated Cultural Resources Management Plan

1 Copy

JA1-14

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 generators, purchase and supply of that fuel oil or propane will be the responsibility of the SO.

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.

JA1-15

7. 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 installation procedures relating to authority notification and work limitations (if any) within these areas. JBLE-L (as Langley AFB) is listed on the Environmental

Protection Agency’s National Priorities List."

8. 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.

9. 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.

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

11. SO will comply with the JBLE-L Digging Permit process and procedures and the Virginia Underground Utility Damage Prevention Act.

12. SO shall comply with any and all instructions and directives from the JBLE-L Security Force, including, but not limited to, current security measures which may change from time to time during the term of the Contract.

13. SO will follow, as appropriate, the JBLE-L Construction/Airfield/Crane waiver and the JBLE-L Airfield Escort procedures. Details of these requirements are included in the Technical Library.

14. JBLE-L operates under various natural, cultural, and historical constraints. The SO will comply with all associated constraints and requirements. SO will coordinate with the Base Cultural Resources Manager prior to any activity that could be impacted by these requirements.

JA1-16

JA1.4 Current Service Arrangement

DVP supplies all electric power to JBLE-L. As a regulated utility in the State of Virginia, DVP holds all permits and certifications to provide electric utility service on JBLE-L. Recent consumption and demand is shown on the following table.

JBLE-L Electric Consumption and Demand, excluding GSUs

Item FY 2009 FY 2010 FY 2011 FY 2012 kWh 136,666,690 144,796,781 143,391,097 139,089,011 kW Maximum 25,174 26,800 27,594 25,931

In month of August July August August kW minimum 14,893 15,536 15,233 15,366

In month of April January March January

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

JA1-17

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: 633d Civil Engineering Squadron Joint Base Langley-Eustis

633 CES/CEOE

Address: 37 Sweeney Blvd, Bldg 328 Langley AFB, 23665-2107

Phone number: To be determined

2. A copy of any and all monthly reports shall be submitted to the Contracting Officer’s

Representative:

Organization/Office Symbol: 633d Civil Engineering Squadron Joint Base Langley-Eustis

633 CES/CEOE

Address: 37 Sweeney Blvd, Bldg 328 Langley AFB, 23665-2107

Phone number: To be determined

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

JA1.8 Service Area

The current service area is defined as all areas within the JBLE-L boundaries except the BLBFH areas. Specifically excluded are the electric distribution systems at all GSU sites:

JBLE-E, Landings at Langley (Bethel Manor Family Housing).

JA1.9 Off-Installation Sites

No off-installation sites are included in the sale of the JBLE-L electric distribution system.

JA1-18

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

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

There are no lease or easement concerns regarding the sale of the JBLE-L electric distribution 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 center-line of the utility system, as installed.

JA1-19

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.

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

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.

Service Line Point of Demarcation

Distribution Line

Distribution Line

S P

Isolation Device

JA1-20

Electric Distribution System

Point of Demarcation Applicable Scenario Sketch

POD is the secondary terminal of 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.

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.

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.

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

Structure

Meter

Structure

Service Line Point of Demarcation

Distribution Line

S P

JA1-21

Electric Distribution System

Point of Demarcation Applicable Scenario Sketch

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.

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.

POD is 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 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.

Government-Owned

Secondary Circuit

Utility-Owned Pole

Government-Owned Light Fixture

Points of Demarcation

JA1-22

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

HTA Housing, BLBFH Parcels G1 -G6

Load side of breakers 7A and 8A at Bldg 632

HTA Housing, BLBFH Parcels G1 -G6

Line side of JBLE-L owned switch adjacent to Bldg # 446. BLBFH Point of Redelivery; this line feeds Government owned Bldgs 442,472,407.

HTA Housing, BLBFH Parcels G1 -G6

Load side of the main panel at Bldgs 441,448,467, 550, 546, and 520

LTA Housing, BLBFH Parcels H1 and H2

Load side of JBLE-L owned switch beside BLBFH owned Vault 958 towards the Rifle Range

LTA Housing, BLBFH Parcels H1 and H2

Load side of JBLE-L owned switch beside BLBFH owned Vault 977 towards, Bldg 801 and TLFs

LTA Housing, BLBFH Parcels H1 and H2

Load side of JBLE-L owned switch beside BLBFH owned Vault 877 towards Bldg 891, and Barrier Shacks

LTA Housing, BLBFH Parcels H1 and H2

Load side of JBLE-L owned switch beside BLBFH owned Vault 912 towards ball fields

LTA Housing, BLBFH Parcels H1 and H2

Load side of JBLE-L owned switch beside BLBFH owned Vault 998 towards the two (2) ball fields and hospital exercise transformer

LTA Housing, BLBFH Parcels H1 and H2

Load side of the BLBFH owned 5kV switch inside Bldg 926, NCO Club

Airfield Lighting Vault Load side of JBLE-L owned transformer behind Bldg 379

JA1.12.3 Environmental Baseline Survey

The Air Force has determined that it is not required to conduct an EBS in regard to the sale of this utility system.