J1 011209.pdf

REVISED - 17 DEC 08 AIR FORCE UTILITIES PRIVATIZATION

ATTACHMENT J1

Minot AFB Electric Distribution System

TABLE OF CONTENTS

MINOT AFB ELECTRIC DISTRIBUTION SYSTEM.................................................................................... I

J1 MINOT AFB ELECTRIC DISTRIBUTION SYSTEM

J1.1 MINOT AFB OVERVIEW

J1.2 ELECTRIC DISTRIBUTION SYSTEM DESCRIPTION

J1.2.1 Electric Distribution System Fixed Equipment Inventory J1.2.1.1 Description J1.2.1.2 Inventory

J1.2.2 Electric Distribution System Non-Fixed Equipment and Specialized Tools J1.2.3 Electric Distribution System Manuals, Drawings, and Records

J1.3 SPECIFIC SERVICE REQUIREMENTS

J1.4 CURRENT SERVICE ARRANGEMENT

J1.5 SECONDARY METERING

J1.5.1 Existing Secondary Meters J1.5.2 Required New Secondary Meters

J1.6 MONTHLY SUBMITTALS

J1.7 ENERGY SAVING PROJECTS

J1.8 SERVICE AREA

J1.9 OFF-INSTALLATION SITES

J1.10 SPECIFIC TRANSITION REQUIREMENTS

J1.11 INITIAL SYSTEM DEFICIENCY CORRECTIONS

J1.12 RIGHT OF ACCESS TO THE UTILITY SYSTEM

EXHIBIT A—MAP OF PREMISES

EXHIBIT B—DESCRIPTION OF PREMISES

B.1. General Description of the Utility System, Lateral Extent of the Right-of-Access, and Points of Demarcation B.2. Description of Restricted Access Areas

EXHIBIT C—ENVIRONMENTAL BASELINE SURVEY

LIST OF TABLES

Fixed Inventory Spare Parts Specialized Vehicles and Tools Manuals, Drawings, and Records Existing Secondary Meters New Secondary Meters Service Connections and Disconnections System Deficiencies

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REVISED - 17 DEC 08 AIR FORCE UTILITIES PRIVATIZATION

J1 Minot AFB Electric Distribution System

J1.1 Minot AFB Overview Minot Air Force Base occupies 5,090 acres, or approximately 8 square miles, of federally owned land. It is located in northwestern North Dakota (ND), in Ward County, about 14 miles north of the City of Minot. Just off U.S. Highway 83, which parallels the eastern installation boundary, MAFB is about 40 miles south of the Canadian border. It is the home base to two wings, Air Combat Command's (ACC) 5th Bomb Wing (5 BW) and the Air Force Space Command's (AFSPC) 91st Space Wing (91 SW). Minot Air Force Base has been a major Air Force installation for more than 50 years. Minot businessmen donated approximately $50,000 to buy the first portions of land for an air base to be located north of the City.

Approximately 5,745 people are employed by the base. Of this total, 4,533 are military personnel and 1,212 are civilian employees.

J1.2 Electric Distribution System Description J1.2.1 Electric Distribution System Fixed Equipment Inventory The Minot AFB electric distribution system consists of all appurtenances physically connected to the distribution system from the point in which the distribution system enters the Installation and Government ownership currently starts to the point of demarcation, defined by the Right of Access, as presented in Section J1.12. The system may include, but is not limited to, transformers, circuits, protective devices, utility poles, duct banks, switches, street lighting fixtures, and other ancillary fixed equipment. 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 Contractor with a general understanding of the size and configuration of the distribution system. The Government makes no representation that the inventory is accurate. The Contractor shall base its proposal on site inspections, information in the technical library, other pertinent information, and to a lesser degree the following description and inventory. Under no circumstances shall the Contractor be entitled to any service charge adjustments based on the accuracy of the following description and inventory.

Specifically excluded from the electric distribution system privatization are:

• Airfield Lighting

• Emergency Power Generators

• Parking lots and pedestrian pathway lighting fed off the building internal source

• Weapons Storage Area (WSA)

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REVISED – 17 DEC 08 AIR FORCE UTILITIES PRIVATIZATION

J1.2.1.1 Description Two substations, North Substation and South Substation, provide power to Minot AFB. Two switching stations assist in distribution of power through the base. North Substation has a 15 megavolt amps (MVA) capacity and incoming feeder is 41.6 kilovolt (kV). South Substation has a 30 MVA capacity, with two 41.6 kV parallel feeders supplying this substation. Base demand is about 15 MVA. Incoming feeders and high sides of transformers and switchgear are owned and maintained by Central Power Electrical Cooperative, while the low sides of transformers and 12.47 kV switchgear is owned and maintained by Verendrye Electrical Cooperative. Six circuits are fed from South Substation and four circuits are fed from North Substation. Of the four circuits from North Substation, three are housing circuits and one is dedicated to the hospital. Both substations are capable of feeding the entire base.

The overhead electrical system was built in the early 1950s. Seventy-five percent of the distribution system is now underground. New construction is direct-buried duct, but older underground was direct buried. Even though a housing replacement project is underway, the designer (Design-Build Contract) chose to leave this cable instead of replacing it in the project. Other short runs of overhead have been placed underground, allowing for renovation of some secondary lines.

The average burial depth of ducts and direct buried cables in the Main Base area is 3’-4’.

This is true of all areas of the base including Flight Line, Munitions Storage Area (MSA), WSA, East Housing, and West Housing.

The primary metering at the substations is located up stream of the Government identified PODs. The meters are owned and maintained by the Utility supplier.

J1.2.1.2 Inventory Table 1 provides a general listing of the major electric distribution system fixed assets for the Minot AFB electric distribution system included in the sale.

TABLE 1

Fixed Inventory Electric Distribution System Minot AFB

Component Item Size Quantity Unit Type

Approximate Year of

Construction

Design Life

(Years) Main Base Pad Mount Transformer 5 kva 1 EA 1990 35 Pad Mount Transformer 10 kva 2 EA 1990 35 Pad Mount Transformer 15 kva 5 EA 1990 35 Pad Mount Transformer 25 kva 19 EA 1990 35 Pad Mount Transformer 37.5 kva 10 EA 1990 35 Pad Mount Transformer 45 kva 2 EA 1990 30 Pad Mount Transformer 50 kva 7 EA 1990 30 Pad Mount Transformer 75 kva 8 EA 1990 30 Pad Mount Transformer 100 kva 1 EA 1990 30 Pad Mount Transformer 112.5 kva 3 EA 1990 30

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Component Item Size Quantity Unit Type

Approximate Year of

Construction

Design Life

(Years) Pad Mount Transformer 150 kva 5 EA 1990 30 Pad Mount Transformer 167 kva 4 EA 1990 30 Pad Mount Transformer 225 kva 9 EA 1990 30 Pad Mount Transformer 300 kva 3 EA 1990 30 Pad Mount Transformer 500 kva 3 EA 1990 30 Pad Mount Transformer 750 kva 1 EA 1990 30 Pad Mount Transformer 1000 kva 1 EA 1990 30 Pole Mount Transformer 5 kva 3 EA 1990 30 Pole Mount Transformer 10 kva 3 EA 1990 30 Pole Mount Transformer 15 kva 11 EA 1990 30 Pole Mount Transformer 25 kva 16 EA 1990 30 Pole Mount Transformer 37.5 kva 12 EA 1990 30 Pole Mount Transformer 50 kva 8 EA 1990 30 Pole Mount Transformer 75 kva 2 EA 1990 30 Pole Mount Transformer 100 kva 1 EA 1990 30 Pole Mount Transformer 225 kva 1 EA 1990 30 Pole Mount Transformer 500 kva 1 EA 1990 30 Pole Mounted Switch 13-26kv 65 EA 1990 30 Gang Operated Switch 13-26kv 13 EA 1990 30 Fuse Cutout 13-26kv 57 EA 1990 35 Pad Mounted Switch 13-26kv 25 EA 1990 35 Manhole 4x8x6 43 EA 1990 60 Pull Box 5 EA 1990 60 Handhole 1x2 37 EA 1990 60 Junction Box 109 EA 1990 60 Primary OH N4 254,353 SCLF ACSR 1958 35 Primary UG N1 454 SCLF CU 1990 50 Primary UG N2 39,207 SCLF CU 1990 50 Primary UG N4 6,668 SCLF CU 1990 50 Primary UG Jan-00 6,950 SCLF CU 1990 50 Primary UG Apr-00 2,004 SCLF CU 1990 50 Secondary UG N2 3,709 SCLF CU 1990 50 Secondary UG N3 800 SCLF CU 1990 50 Secondary UG N4 5,759 SCLF CU 1990 50 Secondary UG N6 2,695 SCLF CU 1990 50 Secondary UG N8 472 SCLF CU 1990 50 Secondary UG N10 11,207 SCLF CU 1990 50 Secondary UG Jan-00 1,672 SCLF CU 1990 50 Secondary UG Apr-00 68,875 SCLF CU 1990 50 Secondary UG 250MCM 551 SCLF CU 1990 50 Secondary UG 350MCM 50 SCLF CU 1990 50 Ductbank 2x4 52,072 LF 1990 100 Wood Poles 45' 997 EA 1958 35 Guys and anchors 500 EA 1958 40 Pole Arms 6' 1,994 EA 1958 35 Transformer Pads 5x5 109 EA 1990 100 Engine Block Heater Outlets 120-240 V 113 EA 1990 35

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Year of

Construction

Design Life

(Years) Street Lights 400 W 547 EA 1990 20 Flood Lights 400 W 51 EA 1990 20 Security Lights 400 W 86 EA 1990 20 Walkway Lights 150 W 6 EA 1990 20 Steel Light Poles 35' 547 EA 1990 35 Meters, analog 20 EA Analog 1990 20 East Housing Pad Mount Transformer 5kva 5 EA 2006 35 Pad Mount Transformer 25kva 165 EA 2006 35 Pad Mount Transformer 37.5kva 13 EA 2006 35 Pad Mount Transformer 45kva 12 EA 2006 30 Pad Mount Transformer 50kva 13 EA 2006 30 Pad Mount Transformer 225kva 1 EA 2006 30 Pole Mount Transformer 37.5kva 2 EA 2006 30 Pole Mounted Switch 13-26kv 6 EA 2006 30 Pad Mounted Switch 13-26kv 22 EA 2006 35 Junction Box 9 EA 2006 100 Manhole 4x8x6 12 EA 2006 60 Primary UG Apr-00 191,240 SCLF CU 2006 50 Primary UG Jan-00 5,884 SCLF CU 2006 50 Secondary UG Jan-00 184,076 SCLF AL 2006 50 Street Lights 400 W 127 EA 2006 20 Steel Light Poles 35' 127 EA 2006 35 West Housing Pad Mount Transformer 15kva 15 EA 2004 35 Pad Mount Transformer 25kva 116 EA 2004 35 Pad Mount Transformer 37.5kva 6 EA 2004 35 Pad Mount Transformer 50kva 2 EA 2004 30 Pad Mount Transformer 75kva 32 EA 2004 30 Pad Mount Transformer 100kva 1 EA 2004 30 Pad Mount Transformer 150kva 1 EA 2004 30 Pole Mount Transformer 37.5kva 3 EA 2004 30 Fuse Cutout 13-26kv 1 EA 2004 35 Pole Mounted Switch 13-26kv 1 EA 2004 30 Pad Mounted Switch 13-26kv 7 EA 2004 35 Junction Box 10 EA 2004 100 Handhole 2 EA 2004 60 Primary OH N4 17,436 SCLF ACSR 2004 35 Primary UG Jan-00 26,574 SCLF CU 2004 50 Primary UG Apr-00 67,137 SCLF CU 2004 50 Secondary UG Jan-00 128,825 SCLF AL 2004 50 Secondary UG N1 76,830 SCLF AL 2004 50 Street Lights 400 W 93 EA 2004 20 Steel Light Poles 35' 93 EA 2004 35

MSA

Pad Mount Transformer 100kva 2 EA 1958 30 Secondary UG Apr-00 24,727 SCLF CU 1958 50

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Year of

Construction

Design Life

(Years) Secondary OH N2 10,391 SCLF AL 1958 35 Street Lights 400 W 3 EA 1958 20 Security Lights 400 W 14 EA 1958 20 Wood Poles 35' 6 EA 1958 35 Guys and anchors 6 EA 1958 40 Pole Arms 6' 12 EA 1958 35 Steel Light Poles 35' 17 EA 1958 35 Flight Line Pad Mount Transformer 10kva 2 EA 1958 35 Pad Mount Transformer 15kva 6 EA 1958 35 Pad Mount Transformer 25kva 5 EA 1958 35 Pad Mount Transformer 37.5kva 3 EA 1958 35 Pad Mount Transformer 50kva 3 EA 1958 30 Pad Mount Transformer 75kva 11 EA 1958 30 Pad Mount Transformer 150kva 3 EA 1958 30 Pad Mount Transformer 167kva 3 EA 1958 30 Pad Mount Transformer 225kva 6 EA 1958 30 Pad Mount Transformer 300kva 2 EA 1958 30 Pad Mount Transformer 500kva 1 EA 1958 30 Pole Mount Transformer 5kva 1 EA 1958 30 Pole Mount Transformer 10kva 2 EA 1958 30 Pole Mount Transformer 15kva 5 EA 1958 30 Pole Mount Transformer 25kva 4 EA 1958 30 Pole Mount Transformer 37.5kva 4 EA 1958 30 Pole Mount Transformer 75kva 3 EA 1958 30 Pole Mount Transformer 100kva 2 EA 1958 30 Pole Mounted Switch 13-26kv 10 EA 1958 30 Gang Operated Switch 13-26kv 2 EA 1958 30 Fuse Cutout 13-26kv 19 EA 1958 35 Pad Mounted Switch 13-26kv 5 EA 1958 35 Junction Box 12 EA 1958 100 Engine Block Heater Outlets 120-240 v 44 EA 1958 35 Primary OH N4 22,159 SCLF ACSR 1958 35 Primary UG N1 5,195 SCLF CU 1958 50 Primary UG N2 14,615 SCLF CU 1958 50 Primary UG N4 10,351 SCLF CU 1958 50 Primary UG Jan-00 16,452 SCLF CU 1958 50 Primary UG Apr-00 5,733 SCLF CU 1958 50 Secondary UG N1 186 SCLF CU 1958 50 Secondary UG N2 560 SCLF CU 1958 50 Secondary UG N4 2,558 SCLF CU 1958 50 Secondary UG N6 10,259 SCLF CU 1958 50 Secondary UG N8 5,051 SCLF CU 1958 50 Secondary UG N10 1,298 SCLF CU 1958 50 Secondary UG N12 6,798 SCLF CU 1958 50 Secondary UG N14 452 SCLF CU 1958 50 Secondary UG Jan-00 5,106 SCLF CU 1958 50

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Year of

Construction

Design Life

(Years) Secondary UG Apr-00 4,280 SCLF CU 1958 50 Street Lights 400 W 136 EA 1958 20 Flood Lights 1000 W 180 EA 1958 20 Walkway Lights 150 W 4 EA 1958 20 Security Lights 250 W 11 EA 1958 20 Steel Light Poles 35' 171 EA 1958 35 Steel Light Poles 80' 9 EA 1958 20 Wood Poles 80' 6 EA 1958 20 Wood Poles 35' 86 EA 1958 35 Pole Arms 6' 172 EA 1958 35 Meters, analog 5 EA Analog 1958 20

Legend:

OH - Overhead ACSR – Aluminum Conductor Steel Reinforced UG - Underground kVA – Kilovolt Amperes kVA – kilovolt amperes kV – kilovolt W – Watt Al – Aluminum MCM – thousand circular mils LF – Linear Feet CU – Copper EA – Each ph – phase SCLF – Single Conductor Linear Feet

J1.2.2 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. Offerors shall field verify all equipment, vehicles, and tools prior to submitting a bid. Offerors shall make their own determination of the adequacy of all equipment, vehicles, and tools.

TABLE 2

Spare Parts Electric Distribution System Minot AFB

Qty Item Make/Model Description Remarks

None

TABLE 3

Specialized Vehicles and Tools Electric Distribution System Minot AFB

Description Quantity Location Maker

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J1.2.3 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 Minot AFB

Qty Item Description Remarks

1 Infrastructure Program Review Available in CE on compact disc. Draft Report August 2004

1 Utility Drawings GIS Data, AutoCad G-Tabs, Project as-built drawings

1 General Plan

The Minot AFB General Plan provides basic development information to assist the base leadership in making appropriate and optimized facility investments at Minot AFB.

Dated April 2008

J1.3 Specific Service Requirements The service requirements for the Minot AFB electric distribution system are as defined in the Section C, Description/Specifications/Work Statement.

J1-7

J1.4 Current Service Arrangement Below is a list of average kWh consumption as provided by the Utility Sales Rates Computation Worksheet, FY07. Power is provided by Central Power Electrical Cooperative.

Annual Usage 80,022,080 kWh

Monthly Average Usage 6,668,506 kWh

Average Daily Usage 219,238 kWh

J1.5 Secondary Metering J1.5.1 Existing Secondary Meters Table 5 provides a listing of the existing (at the time of contract award) secondary meters that will be transferred to the Contractor. The Contractor shall provide meter readings for all secondary meters IAW Paragraph C.3.3 and J1.6 below.

TABLE 5

Existing Secondary Meters Electric Distribution System Minot AFB

Meter

ID

Facility Name/Description

Meter Type Meter

ID

Facility Name/Description

Meter Type

946832 Bld. 289 Analog 946840 Golf Club House Bld. 1176

Analog

946821 Water Pump Station 1095 Analog 946842 Bld. 970 Analog

946826 Bld. 292 Analog 946827 Bld. 869 Analog

946825 Bld. 292 Analog 946831 Bld. 899 Analog

946828 Bld. 587 Analog 946841 N/A Analog

946836 N/A Analog 946824 Bld. 763 Analog

946822 DPI bld. 120 Analog 946837 N/A Analog

[N/A] Maintenance Shop Bld. 492

Analog [N/A] Bld. 455 Analog

946820 Bld. 531 Analog 946833 Bld. 250 Analog

946532 Bld. 252 Analog 946834 N/A Analog

946823 Bowling Alley Bld. 140

Analog 946830 Dorm Bld. 210 Analog

946835 Commissary Bld. 246

Analog 946819 N/A Analog

946829 Dorm Bld. 217 Analog

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J1.5.2 Required New Secondary Meters The Contractor shall install and calibrate new secondary meters as listed in Table 6. New secondary meters shall be installed IAW Paragraph C.13, Transition Plan. After installation, the Contractor shall maintain and read these meters IAW Paragraphs C.3.3 and J1.6 below.

TABLE 6

New Secondary Meters Electric Distribution System Minot AFB

Meter Location Meter Description

J1.6 Monthly Submittals The Contractor shall provide the Government monthly submittals for the following:

1. Outage Report. The Contractor’s monthly outage report will be prepared in the format proposed by the Contractor 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:

Name: Utility COTR Address: 5 CES/CER

211 Missile Road Minot AFB, ND 58705

Phone number: (701) 723-3057

2. Meter Reading Report. The monthly meter reading report shall show the current and previous month readings for all secondary meters. The Contractor’s monthly meter reading report will be prepared in the format proposed by the Contractor and accepted by the Contracting Officer. Meter reading reports shall be submitted by the 15th of each month for the previous month. Meter reading reports shall be submitted to:

Name: Utility COTR Address: 5 CES/CER

211 Missile Road Minot AFB, ND 58705

Phone number: (701) 723-3057

3. System Efficiency Report. If required by Paragraph C.3, the Contractor shall submit a system efficiency report in a format proposed by the Contractor and accepted by the Contracting Officer. System efficiency reports shall be submitted by the 25th of each month for the previous month. System efficiency reports shall be submitted to:

Name: Utility COTR Address: 5 CES/CER

211 Missile Road Minot AFB, ND 58705

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Phone number: (701) 723-3057

J1.7 Energy Saving Projects IAW Paragraph C.3, Requirement, no projects have been implemented on the distribution system by the Government for energy conservation purposes.

J1.8 Service Area IAW Paragraph C.4, Service Area, the service area is defined as all areas within the Minot AFB boundaries, except as noted in paragraph J1.2.1 (above). The Service Area includes all Military Family Housing.

J1.9 Off-Installation Sites No off-installation sites are included in the sale of the Minot AFB electric distribution system.

J1.10 Specific Transition Requirements IAW Paragraph C.13, Transition Plan, Table 7 provides a listing of service connections and disconnections required upon transfer.

TABLE 7

Service Connections and Disconnections Electric Distribution System Minot AFB

Location Description

J1.11 Initial System Deficiency Corrections Table 8 provides a listing 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 Contractor shall determine the actual need and timing of any and all such projects. ISDC projects shall be proposed in Section B.7.4, Schedule 3 of the RFP.

TABLE 8

System Deficiencies Electric Distribution System Minot AFB

Project Location Project Description

J1-10

J1.12 Right of Access to the Utility System No leased property was identified with the Electrical Distribution System.

Exhibit A—Map of Premises

Exhibit A map or maps from the Base Comprehensive Plan or other drawings show the known locations of the utility system and are available at the Base Civil Engineering Office.

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 Premises. The Premises are co-extensive with the entire linear extent of the utility system sold to Grantee, whether or not precisely shown on the map or maps.

Utility system drawings are available for review in the Technical Library.

Exhibit B—Description of Premises B.1. General Description of the Utility System, Lateral Extent of the Right-of- Access, and Points of Demarcation

UTILITY SYSTEM DESCRIPTION:

The utility system may be composed of, without limitation, substations with outdoor switchgear, overhead and underground conductors, utility poles, ducts, raceways, manholes, pad-mount and pole-mount transformers, transformer pads, meters, and instrumentation related to metering of electricity delivered to end users on the Installation.

LATERAL EXTENT OF UTILITY SYSTEM RIGHT-OF-ACCESS:

Where the utility system is installed above ground, 26-feet-wide, extending 13 feet on each side of the utility system, as installed.

Where the utility system is installed above ground vertical limits imposed by Minot AFB (normally to accommodate flight operations) or the Federal Aviation Administration will not be exceeded.

J1-11

Where the utility system is installed on or under the ground, 26-feet-wide, extending 13 feet on each side of the utility system, as installed.

UTILITY SYSTEM POINTS OF DEMARCATION:

The point of demarcation is defined as the point on the utility system where ownership changes from the utility system owner to the facility owner. This point of demarcation will typically be at the point the utility enters a facility or the load side of a transformer within a facility. The table below identifies the type and general location of the point of demarcation with respect to the facility for each scenario.

Point of Demarcation

(POD)

Applicable Scenario Sketch

POD is the transformer secondary terminal spade.

Pad Mounted Transformer located outside of structure with underground service to the structure and no meter exists.

Structure

Service Line

Point of Demarcation

Distribution Line

Distribution Line

S P

POD is down current side of the meter.

Residential service (less than 200 amps and 240V 1-Phase), and three phase self contained meter installations. Electric meter exists on or within five feet of the exterior of the building on an underground secondary line.

Structure

Pad Mounted Transformer

Point of Demarcation

Distribution Line

Distribution Line

S P

Meter

POD is the transformer secondary terminal spade.

Three Phase CT metered service.

Note: The meter, can, CTs, and associated wires are owned and maintained by the electric utility owner.

Pad Mounted Transformer

Point of Demarcation

Distribution Line

Distribution Line

S P

CTs Mounted in Tx

J1-12

Applicable Scenario Sketch

POD is secondary terminal of the transformer inside of the structure.

Transformer located inside of structure and an isolation device is in place with or without a meter.

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

Service Line

Distribution Line

Point of Demarcation

Structure S P

Isolation Device

Distribution Line POD is secondary terminal of the transformer inside of the structure.

Transformer located inside of structure with no isolation device in place.

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

Structure

Service Line

Distribution Line

Point of Demarcation

S P

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

Electric meter is connected to the exterior of the building on an overhead secondary line.

Note: The meter and meter can, though beyond the POD, are owned and maintained by the utility owner.

Service Line

Point of Demarcation

Utility Pole

Pole Mounted Transformer

POD is where the overhead conductor is connected to the weatherhead.

Pole Mounted Transformer located outside of structure with secondary attached to outside of structure with no meter.

Service Line

Point of Demarcation

Utility Pole

Pole Mounted Transformer

POD is where the overhead conductor is connected to the weatherhead.

A disconnect switch or junction box is mounted to the exterior of the structure with no meter.

Service Line

Point of Demarcation

Utility Pole

Pole Mounted Transformer

Structure

Disconnect or Junction Box

POD is at the overhead service line’s connection to the service entrance mast.

Note: If an electric meter is present, or is to be installed, the owner of the electric distribution system on the installation is the owner and maintainer of the electric meter and the can. 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 water tower.

J1-13

Applicable Scenario Sketch for the electric meter is at the water utility owner’s conductors to the electric utility owner’s conductors.

This meter POD applies regardless of the location of the electric utility owner’s meter. The water utility owner owns the service entrance mast.

POD is at the transformer secondary terminal spade.

Note: If an electric meter is present, or is to be installed, the owner of the electric distribution system on the installation is the owner and maintainer of the electric meter and the can. The POD for the meter is at the water utility owner’s conductors to the electric utility owner’s conductors. This meter POD applies regardless of the location of the electric meters and transformers.

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 water tower.

POD is at the overhead service line’s connection to the service entrance mast.

Note: If an electric meter is present, or is to be installed, the owner of the electric distribution system on the installation is the owner and maintainer of the electric meter and the can. The POD for the electric meter is at the wastewater utility owner’s conductors to the electric utility owner’s conductors.

This meter POD applies regardless of the location of the electric utility owner’s meter. The wastewater utility owner owns the service entrance mast.

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 at the transformer secondary terminal spade treatment plant.

Note: If an electric meter is present, or is to be installed, the owner of the electric distribution system on the installation is the owner and maintainer of the electric meter and the can. The POD

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.

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Applicable Scenario Sketch for the meter is at the wastewater utility owner’s conductors to the electric utility owner’s conductors.

This meter POD applies regardless of the location of the electric meters and transformers.

POD is the point where the secondary cable is attached to the utility-owned pole and the point where the light fixture is attached to the pole.

Government-owned secondary circuit and light fixture on the utility-owned pole.

UNIQUE POINTS OF DEMARCATION:

The following table lists anomalous points of demarcation that do not fit any of the above scenarios.

Building No. Point of Demarcation (POD) Description

BLDG 886 Line side of Government owned Air Field Lighting Transformer

Substations Load side of Utility owned Transformers

N/A East of WSA, load side of pole mounted transformer #462, circuits feeding into

WSA

N/A Load side of Government owned Transformer at the east end of Weapons Way, circuits feeding into WSA

BLDG 300 Load side of Government owned Transformer northwest of BLDG 300, circuits feeding into WSA

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B.2. Description of Restricted Access Areas

Description FacilityNo. State Coordinates Other Information

Weapons Storage Area (WSA)

Flight Line

Munitions Storage Area

(MSA)

Notification will be required prior to work performed on any exterior portion of the compounds

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J1-17

Exhibit C—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.

Exhibit C—Environmental Baseline Survey