Fort Meade VAMC Arc Flash Study Report.pdf

Department of Veterans Affairs Fort Meade Veterans Affairs Medical

Center Fort Meade, SD

VISN 23

ELECTRICAL DISTRIBUTION

SYSTEM CONDITION ASSESSMENT

Contract #VA101F-17-D-3087

100% Submission

June 14th, 2019

Fort Meade VAMC – Fort Meade, SD Electrical Condition Assessment

Prepared for: Dept. of Veterans Affairs 425 I Street, NW, (CFM3A) Washington, DC 20001

Page 1 Prepared by: AES Group, Inc.

11031 S. Pikes Peak Dr., Suite #202

Parker, CO 80138

TABLE OF CONTENTS

1. EXECUTIVE SUMMARY

2. INTRODUCTION

2.1. Facility Support

2.2. Station Information

2.3. Site Plan

2.4. Medium Voltage Distribution System Overview

2.5. Emergency Power System Overview

2.6. Calculation Methods

2.7. Ground Resistance Test Reports

2.8. Study Assumptions

3. FAULT CURRENT ANALYSIS

3.1. Introduction

3.2. Sources of Fault Current

3.3. Calculation Scenarios

3.4. SKM Power*Tools Input Data Reports

3.5. Short Circuit Calculation Results

3.6. Equipment Evaluation Results

4. PROTECTIVE DEVICE COORDINATION STUDY

4.1. Introduction

4.2. Existing and Proposed Protective Device Settings

4.3. Underrated Feeders

4.4. Replacement System Components

4.5. Analysis and Recommendations

4.6. Time-Current Characteristic Graphs Descriptions and Analysis

4.7. Time-Current Characteristic Graphs

5. VOLTAGE DROP ANALYSIS

5.1. Introduction

5.2. Basis of Evaluation

5.3. Results

5.4. Load Flow Calculations

6. ARC FLASH HAZARD ANALYSIS

6.1. Introduction

6.2. Basis of Study

6.3. Disclaimer

6.4. Results

7. CONDITION ASSESSMENT

7.1. General Information

7.2. Medium Voltage Distribution System

7.3. Low Voltage Distribution System

7.4. Grounding System

Prepared for: Dept. of Veterans Affairs 425 I Street, NW, (CFM3A) Washington, DC 20001

Page 2 Prepared by: AES Group, Inc.

7.5. Emergency/Standby/Essential Electrical System Analysis

7.6. Summary of Costs

7.7. Existing Condition Assessment Photographs.

7.8. Building System Assessment

APPENDICES

A. Site Data and Site Plan B. Available Utility Fault Current Information C. Utility Demand Data D. Minutes of Entrance Briefing, Presentation E. Photographs F. Comments and Responses G. VHA Electrical Directive Compliance Survey H. One-Line Diagrams I. Ground Test Reports J. Cost Estimate Detail K. AES Group, Inc. - Statement of Work L. Equipment Condition Assessment Sheets M. Generator Datasheets N. Floorplans

Fort Meade Veterans Affairs Medical Center

Section 1

Executive Summary

Prepared for: Dept. of Veterans Affairs 425 I Street, NW, (CFM3A) Washington, DC 20001

Section 1 Page 1 Prepared by: AES Group, Inc.

1. EXECUTIVE SUMMARY

The Department of Veterans Affairs – Office of Construction and Facilities Management (CFM), commissioned AES Group, Inc. to perform the electrical system condition assessment of the Fort Meade Veterans Affairs Medical Center (VAMC). The scope of this assessment is to provide short circuit analysis, protective device coordination study, voltage drop (load flow) analysis, arc flash hazard analysis, and equipment condition assessment with the purpose of improving the safety and reliability of the electrical distribution system.

AES Group performed onsite surveys December 3rd to the 7th, 2018, December 17th to December 21st, 2018, and January 28th to February 1st, 2018. A final survey was conducted March 26th to March 29th, 2019. With some exceptions, we found the facility’s overall electrical condition to be above-average.

AES Group performed calculations and analyses for the electrical power system for the Fort Meade VAMC campus, which has one (1) independent utility entrance, a site generator set, and various by-building backup generators for emergency power.

The short circuit analysis, which aims to identify if circuit breakers can safely interrupt the fault current due to a short, has shown ten (10) feeder and motor overcurrent protection devices (OCPD’s) – plus one hundred and twenty six (126) small-frame branch circuit breakers - have failed device evaluation for interrupting capacity. The scope of this analysis included an evaluation of circuit breakers in the downstream panelboards. Section 3 of this report has additional details.

The protective device coordination study uses both the fixed ratings and adjustable settings of the existing OCPD’s to graphically display how those devices will respond to a short or overload event.

The settings are then adjusted to allow the protective device closest to the fault to interrupt the circuit thereby minimizing the disruption of electrical service. Our study identifies ninety five (95) OCPD’s that require settings adjustment, insertion, or replacement to better coordinate with other OCPD’s or to provide the correct level of protection for downstream conductors. Coordination is achieved where straightforward and economically feasible, but coordination with overlaps in the 0.1-second-and-earlier timeframe is interpreted to be the minimum design standard. Allowing overlap and potential trips in the sub-0.1-second timeframe is chosen for the following reasons:

The potential arc flash energy is less in a sub-0.1-second arrangement. A considerable difference in breaker sizes – nominally fourfold – is required in each tier of power distribution for Selective Coordination. Alternately, expensive delay-capable breakers can be used, further increasing the arc flash energy potential.

Adjustable-type breakers may require a larger frame size, and are not practical for small-frame breakers. Where larger frame sizes are required, this usually results in requiring larger electrical gear, which may not fit without additional electrical work to make space in typically-packed electrical rooms.

425 I Street, NW, (CFM3A) Washington, DC 20001

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Matching existing gear – substantial gear replacements – and larger gear may be required to achieve true selective coordination, which could increase costs, and consume floorplan space.

Also, the existing electrical distribution topology threads through buildings, and significantly revising this topology could cause significant downtime and construction work.

This report includes a summary of the specific OCPD’s and the recommended changes in Section 4:

Protective Device Coordination Study. This study includes the time/current characteristic (TCC) graphs, which show the interaction of the OCPD’s with the existing and recommended settings applied. This submission includes the hospital-wide coordination study, extending beyond the high-power distribution gear and EES automatic transfer switches.

AES Group performed a condition assessment survey to identify the existing condition and age of the electrical system equipment. Most of the electrical equipment at the Fort Meade VAMC campus is in good condition. Some pieces have less than half of their useful life span remaining; a few pieces of equipment have specific issues that put them in poor or critical condition.

Equipment condition survey details are included in Section 7: Condition Assessment. Section 7 also presents a summary of estimated costs to correct identified issues found during the assessment.

Section 2

Introduction

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Section 2 Page 1 Prepared by: AES Group, Inc.

2. INTRODUCTION

2.1. Facility Support

The AES Group Team that performed the surveys at Fort Meade VAMC and produced this report consisted of highly skilled engineers and technicians. They were:

Jeremy Landrith, PE (Project Lead)

Jeremy.Landrith@aes-grp.com (303-841-3922 x133)

Glenn Ross, PE Glenn.Ross@aes-grp.com (303-841-3922 x129)

Nate Quesada Nate.Quesada@aes-grp.com

Michael Wing Michael.Wing@aes-grp.com

Madison Hamala Maddie.hamala@aes-grp.com

Key personnel for the VA have been involved with supporting survey efforts and providing review of these submissions. They are:

Micah Sheldon (Fort Meade VAMC Project Engineer/Facilities Management) Micah.Sheldon@va.gov (605) 720-7348

Larry Lau, P.E. (CFM) Larry.Lau@va.gov (202-632-5263)

Gary Krupa, PE (OCAMES), Technical Reviewer, Gary.Krupa@va.gov (402-689-9383)

Cynthia Doolittle, CAM VISN 23

Cynthia.Doolittle2@va.gov (651-405-5633)

AES Group also hired a local electrical contractor, Muth Electric, who was instrumental in locating the equipment/panels and opening the covers for the rest of the survey team.

425 I Street, NW, (CFM3A) Washington, DC 20001

Section 2 Page 2 Prepared by: AES Group, Inc.

2.2. Site Information

The Fort Meade VAMC is located at 113 Comanche Road Fort Meade, SD 57741. The following buildings comprise the Fort Meade VAMC and the scope of this study:

Building # Description Building # Description 1 Single Residence 65 Student Quarters

2 Duplex Residence 66 Single Residence

3 Duplex Residence 69 Single Residence

4 Duplex Residence 70 Single Residence

5 Duplex Residence 72E Duplex Residence

6 Single Residence 72W Duplex Residence

9 Duplex Residence 75 Tool House

10 Duplex Residence 85 Day Care Center

11 Single Residence 87 Garage

12 Single Residence 88 CWT Work Shop

13 Single Residence 89 Engineering Building

16 Duplex Residence 90 Education

17 Duplex Residence 91 Motor Pool

20 Single Residence 96 Greenhouse

21 Single Residence 102 Former Swimming Pool - Warehouse/Storage

22 Single Residence 103 Storage

23E Duplex Residence 105 Duplex Residence

23W Duplex Residence 106 Duplex Residence

24E Duplex Residence 109 Storage

24W Duplex Residence 110 Storage

25 Single Residence 113 Patient Care Building

26 Single Residence 136 Vacant Pump House

31 Duplex Residence 137 Boiler Plant

32 Duplex Residence 138 Storage

33 Duplex Residence 144 Hoptel

34 Duplex Residence 145 Admin/Outpatient

37 Single Residence 146 Kitchen

40 Carpenter/Paint Shop 147 Laundry

45 CWT Storage 148 Patient Care Building

46 Supply Warehouse 154 Emergency Generator Switchgear

47 Fall-Out Shelter 155 Emergency Generator

48 Facility Management Warehouse 160 Water Treatment Plant

50 Post Office 165 MRI Suite

51 Fourplex Residence 166 Rapid City TR House

425 I Street, NW, (CFM3A) Washington, DC 20001

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Building # Description Building # Description 53 Admin Offices 167 Sturgis TR House

55 Out-lease Museum T151 Garden Storage

61 Single Residence T171 Engineering/Heavy Equipment

63 Vacant Chapel T274 Vacant Recreation Hall

64 Vacant Theater T296 Fire Station

2.3. Site Plan

The Site plan and data for the Fort Meade VAMC is included in Appendix A.

2.4. Medium Voltage Distribution System Overview

The electrical utility feed for Fort Meade VAMC campus is provided by Black Hills Power Corporation (BHP). The utility feed to the site enters overhead, and routes below-grade to Building 154, which houses the site switchgear. From this location, all buildings are fed using a large loop with some buildings on a radial feed. The utility’s meter is located at the base of the terminal pole. Building 155 houses a medium-voltage generator system which ties into the campus loop during outages via the service-entrance switchgear.

Appendix A has a drawing showing the location of the utility feeds and the service entrances.

Appendix B includes information from the utility such as available fault current and protection system details.

2.5. Emergency Power System Overview

The Fort Meade VAMC campus has six (6) generators that are used to provide additional emergency power.

Alternator specifications were obtained from the generator manuals so the best possible short-circuit behavior can be modeled. Time constants and resistances found on these specifications are relevant to how the current from the generator will decay with time during a fault. This data will be included in Appendix M.

Conservative approximations were used where exact data was unavailable. Consider forwarding this data, and any available on-site data, for future arc flash studies.

Load data for this location was not available; estimations were developed and are detailed in the load flow section.

All generators were evaluated and found to have sufficient capacity for their application

425 I Street, NW, (CFM3A) Washington, DC 20001

Section 2 Page 4 Prepared by: AES Group, Inc.

Generator Rating (kVA) Load (kVA) Utilized Capacity

Site 2513 2229 88%

BLDG 113 1000 346 34%

BLDG 137 100 19 19%

BLDG 145 250 100 40%

BLDG 148 125 23.6 19%

BLDG T-296 25 12.6 50%

2.6. Calculation Methods

This study includes the following elements: short circuit calculations, overcurrent protective device coordination, and a condition assessment of electrical equipment.

As required by the project’s Statement of Work, all calculations have been performed using software developed by SKM Systems Analysis, Inc. The software is named Power*Tools, Version 8.0.3.1 and it is a modular assembly of programs. The following modules have been used for this study:

System Model Development: DAPPER & Unbalanced/Single Phase

Short Circuit Calculations: A_Fault

Protective Device Coordination: CAPTOR

Voltage Drop Analysis: DAPPER

Arc Flash Hazard Analysis: Arc Flash Evaluation

Condition Assessment: Equipment Evaluation

425 I Street, NW, (CFM3A) Washington, DC 20001

Section 2 Page 5 Prepared by: AES Group, Inc.

2.7. Ground Resistance Test Reports

As stated in the project Statement of Work and as described in VHA Directive 1028, the facility’s grounding system must be tested and a Facility Ground Resistance Test Report must be produced every 36 months.

Grounding system test reports were not available from this VAMC.

The VHA Electrical Power Distribution Directive Compliance Survey (Directive 1028) was reviewed and compared to the conditions at the site. The completed survey for Fort Meade is accurate.

2.8. Study Assumptions

The survey team has examined the electrical distribution equipment in the Fort Meade VAMC system and there were circumstances where certain data was not obtained. This occurred for several reasons: the impracticality of taking a particular panel or device out of service in order to determine a particular rating or part number; the lack of identifiable information on a device due to age, deterioration, or manufacturing method; and the lack of complete as-built drawing data. The following describes data that has been assumed for the purposes of this study:

2.8.1. Substation Circuit Breakers and Fuses

In some cases, it was not possible to verify the trip level for a substation circuit breaker or fuse type due to the fact that an outage would have been required to verify the actual trip or fuse. In these cases, the last known trip setting or fuse type/size was used in the analyses. Additionally, nomenclature such as Service #1 and Service #2 in the model is arbitrary in some cases, or taken from third-party documents and may not exactly match the site. Relevant information should be verified before starting work.

Generally all fuses were inspected, but only some of the fuses had adequate markings to determine their rating without requiring an outage. As-built drawings have been used to model this information.

2.8.2. Distribution Transformers

Transformer impedance is based on actual nameplate data. X/R ratio is estimated based on typical values for transformers of this type and size. The analyses also use assumed characteristic curves for the primary fuses based on prior as-built documentation since the actual fuses could not be surveyed.

425 I Street, NW, (CFM3A) Washington, DC 20001

Section 2 Page 6 Prepared by: AES Group, Inc.

2.8.3. Low Voltage Protective Devices

There are a number of protective devices in the system which have not been identified except by manufacturer and amperage rating. Without this data it is impossible to determine the breaker’s time current characteristics. This information will typically not adversely affect the results. In the course of evaluating the system information for similar items may be used to fill in for characteristics of specific items that were unknown. In terms of incident energy, typically the system will rely on upstream devices for which the time current characteristics are known (i.e., the most conservative approach).

2.8.4. Motors/Loads

Motors and other loads will be assumed for the sake of performing voltage drop calculations and motor contributions to short circuit current. When available, actual survey data will be used for these items.

Section 3

Fault Current Analysis

Prepared for: Dept. of Veterans Affairs 425 I Street, NW, (CFM3A) Washington, DC 20001

Section 3 Page 1 Prepared by: AES Group, Inc.

3. FAULT CURRENT ANALYSIS

3.1. Introduction

The fault current analysis is based on data collected during the survey of the Fort Meade VAMC electrical distribution system. The analysis examines the short circuit currents that occur at selected locations in the electrical system and is used to determine the capability of the system to withstand any possible electrical fault without damage.

One-line diagrams of the system are included in Appendix H. Reports showing the complete input data used to construct each model are included in Section 3.4.

3.2. Sources of Fault Current

The short circuit fault current calculations performed for the Fort Meade VAMC electrical system are based on the available fault current values provided by Black Hills Power (BHP) the electrical utility for Fort Meade VAMC, attached in Appendix B.

In summary, the available fault current from the BHP system is:

Main Service Primary Feed:

Short circuit:

Primary voltage (kV): 12.470 wye Three phase fault: 2,834 amps Phase to ground fault: 2,273 amps

Thevenin Impedance:

Z1 = 0.46 + j 2.50 Ohms Z0 = 0.95 + j 3.91 Ohms

Additional sources of short circuit fault current are the induction motors which operate throughout the system. Typically these motor contributions are relatively small especially when a fault is located some distance from the motor, and when a motor is under 50HP.

3.3. Calculation Scenarios

The DAPPER report included in this submission is based on normal interconnection of the electrical power system elements fed by the existing utility services. This matches the switching arrangement found on-site. Additional reports for this system will be generated for two other scenarios. These scenarios are summarized in the following table.

Scenario Utility Feeds Generators ATS’s Normal Interconnection As observed during survey. OFF Normal Pos.

Prepared for: Dept. of Veterans Affairs 425 I Street, NW, (CFM3A) Washington, DC 20001

Section 3 Page 2 Prepared by: AES Group, Inc.

Scenario Utility Feeds Generators ATS’s Local Generator Sets Disconnected ON, Except for

Campus Generator Set.

Emergency Pos.

Campus Generator Set Disconnected Only Campus Generator Set.

Normal Pos.

3.4. SKM Power*Tools Input Data Reports

The included DAPPER input reports list the system components used to calculate the short circuit currents for the four scenarios described above.

Input Report (English)

Project: Ft Meade 100%

Normal Power - Existing MTRS 1

SCENARIO Normal Utility Power

Fort Meade, South Dakota

Utilities

Contribution

From Name

Bus

Name

In/Out

Service

Nominal

Voltage

-------- Contribution Data -------- PU (100 MVA Base)

X PUR PUX/RUnitsDuty

BHP PRIMARY BUS-1125 12,470 Amps 5.43In 1,821

SLG:

3P:

Amps 4.76 3.9100.950

Pos:

Zero:1,526

0.460 2.500

BHP PRIMARY 2 BUS-1876 12,470 Amps 5.43In 1,821

SLG:

3P:

Amps 4.76 3.9100.950

Pos:

Zero:1,526

0.460 2.500

Generators

Name Connection

Bus

Name In/Out

Service Rated

Voltage -------- Contribution Data --------

Base kVA X" X/R

Rated Size

PF

Units # of poles

1,000.00In 0.10

0.21

0.03

15.00

15.00

Wye-Ground

15.001000.0 kVA

0.80 Lagging

480BLDG 113 GEN BLDG 113 GEN BUS 4

100.00In 0.15

0.15

0.15

20.00

20.00

Wye-Ground

20.00100.0 KW

1.00 Unity

208BLDG 137 GEN BLDG 137 GEN BUS 4

312.50In 0.15

0.15

0.15

20.00

20.00

Wye-Ground

20.00250.0 KW

0.80 Leading

208BLDG 145 GEN BLDG 145 GEN BUS 4

Name

Connection

Bus

Name

In/Out

Service

Rated

Voltage

-------- Contribution Data --------

Base kVA X" X/R

Rated Size

PF

Units # of poles

2,513.00In

0.15

0.15

20.00

20.00

Wye-Ground

20.002513.0 kVA

0.80 Lagging

12470BLDG 155 GEN SET BLDG 155 GEN BUS 4

206.25In

0.15

15.00

15.00

Wye-Ground

15.00165.0 KW

0.80 Lagging

480BLDG 160 GEN BLDG 160 GEN BUS 4

25.00In

0.15

20.00

20.00

Wye-Ground

20.0025.0 kVA

0.90 Leading

208BLDG T-296 GEN BLDG T-296 GEN BUS 4

156.25In

0.15

20.00

20.00

Wye-Ground

20.00125.0 KW

0.80 Lagging

480GEN BLDG 148 GEN BLDG 148 BUS 4

Non-Motor Loads

Name L-L VoltsBus Name Rated size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0072 In BLDG 46 DOCK PNL 20.09 LagkVAABC

0.80208LOAD-0073 In BUS-0623 12.06 LagkVAABC

0.80208LOAD-0074 In BUS-1223 5.34 LagkVAABC

0.80208LOAD-0075 In BLDG T-296 AIR COMP

FDS

8.89 LagkVAABC

0.80208LOAD-0076 In BLDG 40 PAINT BOOTH

FDS

6.60 LagkVAABC

0.80208LOAD-0077 In BLDG 40 PNL 40 A 21.98 LagkVAABC

0.80208LOAD-0079 In BLGD 88 PNL N 2.68 LagkVAABC

0.80208LOAD-0080 In BUS-1599 4.47 LagkVAABC

0.80208LOAD-0081 In BUS-1600 4.47 LagkVAABC

0.80208LOAD-0082 In BUS-0653 2.68 LagkVAABC

0.80208LOAD-0083 In BLDG 88 PNL 88-4 4.47 LagkVAABC

0.80208LOAD-0084 In BLDG 88 PNL 88-3 8.93 LagkVAABC

0.80208LOAD-0085 In BLDG 88 PNL 88-2 8.93 LagkVAABC

0.80208LOAD-0086 In BLDG 88 PNL 88-1 4.47 LagkVAABC

0.80208LOAD-0087 In BLDG 91 PNL B 11.42 LagkVAABC

Rated size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0088 In BUS-1212 4.57 LagkVAABC

0.80208LOAD-0089 In BUS-1213 4.57 LagkVAABC

0.80208LOAD-0090 In BLDG T-171 PNL C 3.67 LagkVAABC

0.80208LOAD-0091 In BUS-1217 2.20 LagkVAABC

0.80208LOAD-0092 In BLDG 87 PNL 87 4.41 LagkVAABC

0.80208LOAD-0093 In BLDG 45 MAIN FDS 3.08 LagkVAABC

0.80208LOAD-0094 In BUS-0746 1.17 LagkVAABC

0.80208LOAD-0095 In BUS-0745 1.17 LagkVAABC

0.80208LOAD-0096 In BUS-0744 2.35 LagkVAABC

0.80208LOAD-0097 In BUS-0743 2.35 LagkVAABC

0.80208LOAD-0098 In BUS-0742 2.35 LagkVAABC

0.80208LOAD-0101 In BLDG 53 PNL B 9.38 LagkVAABC

0.80208LOAD-0102 In BLDG 53 PNL C 14.06 LagkVAABC

0.80208LOAD-0103 In BLDG 53 PNL D 14.06 LagkVAABC

0.80208LOAD-0104 In BLDG 53 A/C 1 DISC 4.53 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0105 In BLDG 53 A/C 2 DISC 7.11 LagkVAABC

0.80208LOAD-0106 In BLDG 53 A/C 3 DISC 7.11 LagkVAABC

0.80208LOAD-0107 In BUS-1601 37.50 LagkVAABC

0.80480LOAD-0108 In BUS-1602 9.23 LagkVAABC

0.80208LOAD-0109 In BUS-1603 4.10 LagkVAABC

0.80208LOAD-0110 In BUS-1323 4.10 LagkVAABC

0.80208LOAD-0111 In BLDG 89 BOILER FDS 1.71 LagkVAABC

0.80208LOAD-0112 In BLDG 89 PRINT MACH

FDS

8.55 LagkVAABC

0.80208LOAD-0113 In BLDG 89 PNL 89A 18.46 LagkVAABC

0.80208LOAD-0114 In BUS-1336 0.95 LagkVAABC

0.80208LOAD-0115 In BUS-1335 0.71 LagkVAABC

0.80208LOAD-0116 In BLDG 90 PNL#1 4.73 LagkVAABC

0.80208LOAD-0117 In BUS-1331 1.42 LagkVAABC

0.80208LOAD-0118 In BUS-1332 1.42 LagkVAABC

0.80208LOAD-0119 In BUS-1326 4.26 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0120 In BUS-1328 1.66 LagkVAABC

0.80208LOAD-0121 In BLDG 90 PNL #2 4.73 LagkVAABC

0.80208LOAD-0122 In BUS-1340 1.42 LagkVAABC

0.80208LOAD-0123 In BUS-1341 2.84 LagkVAABC

0.80208LOAD-0124 In BUS-1604 4.73 LagkVAABC

0.80480LOAD-0125 In BLDG 113 MRI PDP 159.10 LagkVAABC

0.80480LOAD-0127 In BUS-1523 47.80 LagkVAABC

0.80480LOAD-0128 In BUS-1522 9.58 LagkVAABC

0.80480LOAD-0129 In BUS-0389 14.37 LagkVAABC

0.80480LOAD-0130 In BUS-0392 9.58 LagkVAABC

0.80480LOAD-0131 In BUS-0393 9.58 LagkVAABC

0.80480LOAD-0132 In BLDG 113 CAT SCAN 28.58 LagkVAABC

0.80480LOAD-0133 In BUS-1607 21.43 LagkVAABC

0.80480LOAD-0134 In BUS-1608 19.05 LagkVAABC

0.80480LOAD-0135 In BUS-1609 25.40 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80480LOAD-0136 In BUS-1610 7.94 LagkVAABC

0.80208LOAD-0137 In BLDG 113 PNL 148A 7.94 LagkVAABC

0.80480LOAD-0138 In BUS-0413 14.94 LagkVAABC

0.80480LOAD-0139 In BUS-0414 32.86 LagkVAABC

0.80480LOAD-0140 In BUS-0415 8.97 LagkVAABC

0.80480LOAD-0141 In BUS-0416 1.19 LagkVAABC

0.80480LOAD-0142 In BUS-0417 1.19 LagkVAABC

0.80480LOAD-0143 In BUS-0418 1.79 LagkVAABC

0.80208LOAD-0144 In BLDG 113 PNL 1SN11 12.70 LagkVAABC

0.80208LOAD-0145 In BLDG 113 PNL 1SN12 12.70 LagkVAABC

0.80208LOAD-0146 In BLDG 113 PNL 1SN13 12.70 LagkVAABC

0.80208LOAD-0147 In BLDG 113 PNL 1SN14 12.70 LagkVAABC

0.80208LOAD-0148 In BLDG 113 PNL

PENTHOUSE

2.54 LagkVAABC

0.80208LOAD-0149 In BLDG 113 PNL B08 17.25 LagkVAABC

0.80208LOAD-0150 In BLDG 113 PNL 106B 17.25 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0151 In BLDG 113 PNL B03 17.25 LagkVAABC

0.80208LOAD-0152 In BLDG 113 PNL MBC/SUB 4.95 LagkVAABC

0.80208LOAD-0153 In BLDG 113 REHEAT PUMP

DISC

0.19 LagkVAABC

0.80208LOAD-0154 In BUS-1611 3.10 LagkVAABC

0.80208LOAD-0155 In BUS-1511 0.43 LagkVAABC

0.80208LOAD-0156 In BUS-1510 15.48 LagkVAABC

0.80208LOAD-0157 In BLDG 113 PNL PCN1 2.18 LagkVAABC

0.80208LOAD-0158 In BLDG 113 PNL 2SN1 8.71 LagkVAABC

0.80208LOAD-0159 In BLDG 113 PNL 2EN1 8.71 LagkVAABC

0.80208LOAD-0160 In BLDG 113 PNL 2CN1 4.34 LagkVAABC

0.80208LOAD-0161 In BUS-1514 4.92 LagkVAABC

0.80208LOAD-0162 In BUS-1515 3.51 LagkVAABC

0.80208LOAD-0163 In BUS-1516 0.84 LagkVAABC

0.80208LOAD-0164 In BUS-1517 0.42 LagkVAABC

0.80208LOAD-0165 In BUS-1518 0.35 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0166 In BUS-0491 1.40 LagkVAABC

0.80208LOAD-0167 In BUS-0492 2.81 LagkVAABC

0.80208LOAD-0169 In BUS-1613 6.90 LagkVAABC

0.80208LOAD-0170 In BUS-1614 2.80 LagkVAABC

0.80208LOAD-0171 In BUS-1615 4.20 LagkVAABC

0.80208LOAD-0172 In BLDG 113 PNL B02 5.17 LagkVAABC

0.80208LOAD-0173 In BLDG 113 PNL 102 (1) 5.17 LagkVAABC

0.80208LOAD-0174 In BLDG 113 PNL 102 (2) 5.17 LagkVAABC

0.80208LOAD-0175 In BLDG 113 PNL

105-1(EC1B)

6.90 LagkVAABC

0.80208LOAD-0176 In BLDG 113 PNL 105-2

(EC1B)

6.90 LagkVAABC

0.80208LOAD-0177 In BLDG 113 PNL 2CLS 6.59 LagkVAABC

0.80208LOAD-0178 In BLDG 113 PNL 2CLS0 6.59 LagkVAABC

0.80208LOAD-0179 In BLDG 113 PNL GEN (LP1) 2.34 LagkVAABC

0.80208LOAD-0180 In BLDG 113 CRAC2 DISC 1.24 LagkVAABC

0.80208LOAD-0181 In BLDG 113 CRAC1 DISC 1.24 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0182 In BLDG 113 ACC1 FDS 1.24 LagkVAABC

0.80208LOAD-0183 In BLDG 113 ACC1 FDS0 1.24 LagkVAABC

0.80208LOAD-0184 In BUS-1617 0.82 LagkVAABC

0.80208LOAD-0185 In BUS-1616 0.82 LagkVAABC

0.80208LOAD-0186 In BLDG 113 UPS PNL 7.21 LagkVAABC

0.80208LOAD-0187 In BUS-1519 6.76 LagkVAABC

0.80208LOAD-0188 In BUS-0511 0.47 LagkVAABC

0.80208LOAD-0189 In BUS-0510 0.47 LagkVAABC

0.80208LOAD-0190 In BUS-0517 2.03 LagkVAABC

0.80208LOAD-0191 In BUS-0515 4.06 LagkVAABC

0.80208LOAD-0192 In BLDG 113 PNL MRIN 6.36 LagkVAABC

0.80208LOAD-0193 In BUS-1520 0.76 LagkVAABC

0.80208LOAD-0194 In BUS-0498 0.64 LagkVAABC

0.80208LOAD-0195 In BUS-1521 1.27 LagkVAABC

0.80208LOAD-0196 In BUS-0496 2.23 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0197 In BUS-0495 0.95 LagkVAABC

0.80208LOAD-0198 In BUS-0503 1.59 LagkVAABC

0.80208LOAD-0199 In BLDG 113 PNL 104 (2) 4.60 LagkVAABC

0.80208LOAD-0200 In BLDG 113 PNL 104 (1) 4.60 LagkVAABC

0.80208LOAD-0201 In BLDG 113 PNL B04 4.60 LagkVAABC

0.80208LOAD-0202 In BLDG 113 PNL 1SN8 17.25 LagkVAABC

0.80208LOAD-0203 In BLDG 113 PNL 1SN10 13.80 LagkVAABC

0.80208LOAD-0204 In BLDG 113 MAIN SWBD -

SECT 3

4.13 LagkVAABC

0.80208LOAD-0205 In BLDG 113 PNL 2EC1 1.56 LagkVAABC

0.80208LOAD-0206 In BLDG 113 PNL 2SC1 1.56 LagkVAABC

0.80208LOAD-0207 In BLDG 113 PNL 1EC1 1.56 LagkVAABC

0.80208LOAD-0208 In BUS-1618 0.78 LagkVAABC

0.80208LOAD-0209 In BLDG 113 PNL E102 5.46 LagkVAABC

0.80208LOAD-0210 In BLDG 113 PNL E104 5.46 LagkVAABC

0.80208LOAD-0211 In BLDG 113 DIST PNL CRIT 2.19 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0212 In BLDG 113 PNL 1SC1 1.09 LagkVAABC

0.80208LOAD-0213 In BLDG 113 PNL E103 2.73 LagkVAABC

0.80208LOAD-0214 In BLDG 113 PNL 1SC2 2.73 LagkVAABC

0.80208LOAD-0215 In BLDG 113 PNL MRIL 2.19 LagkVAABC

0.80208LOAD-0216 In BLDG 113 DIST PNL CRIT 0.27 LagkVAABC

0.80208LOAD-0217 In BLDG 113 PNL PCEQ1 1.33 LagkVAABC

0.80208LOAD-0218 In BLDG 113 MAU-1 DISC 2.40 LagkVAABC

0.80208LOAD-0219 In BLDG 113 AC-2 DISC 4.66 LagkVAABC

0.80208LOAD-0220 In BLDG 113 CIRCP1 DISC 0.40 LagkVAABC

0.80208LOAD-0221 In BUS-0475 0.40 LagkVAABC

0.80208LOAD-0222 In BUS-0476 1.60 LagkVAABC

0.80208LOAD-0223 In BLDG 113 CP-1A DISC SW 0.40 LagkVAABC

0.80208LOAD-0224 In BUS-0480 1.07 LagkVAABC

0.80208LOAD-0225 In BUS-0481 1.07 LagkVAABC

0.80208LOAD-0226 In BLDG 113 RE-2 L DISC 0.53 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0227 In BLDG 113 RE-2 H DISC 0.53 LagkVAABC

0.80208LOAD-0228 In BLDG 113 AH-2 L DISC

SW

0.93 LagkVAABC

0.80208LOAD-0229 In BLDG 113 AH-2 H DISC 0.93 LagkVAABC

0.80208LOAD-0230 In BLDG 113 EF-1 DISC SW 0.78 LagkVAABC

0.80208LOAD-0231 In BLDG 113 EF-2 DISC 0.58 LagkVAABC

0.80208LOAD-0232 In BUS-1531 2.34 LagkVAABC

0.80208LOAD-0233 In BUS-0464 1.56 LagkVAABC

0.80208LOAD-0234 In BUS-0465 1.56 LagkVAABC

0.80208LOAD-0235 In BUS-0466 1.56 LagkVAABC

0.80208LOAD-0236 In BUS-0467 1.95 LagkVAABC

0.80208LOAD-0237 In BUS-0455 5.05 LagkVAABC

0.80208LOAD-0238 In BUS-0456 5.05 LagkVAABC

0.80208LOAD-0239 In BUS-0460 4.04 LagkVAABC

0.80208LOAD-0240 In BUS-0458 1.21 LagkVAABC

0.80208LOAD-0241 In BUS-0452 0.28 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0242 In BUS-0451 0.61 LagkVAABC

0.80208LOAD-0243 In BUS-0445 4.13 LagkVAABC

0.80208LOAD-0244 In BLDG 113 PNL BE09 4.13 LagkVAABC

0.80208LOAD-0245 In BUS-0450 1.12 LagkVAABC

0.80208LOAD-0246 In BUS-0446 1.12 LagkVAABC

0.80208LOAD-0247 In BUS-0447 1.12 LagkVAABC

0.80208LOAD-0248 In BUS-0448 0.22 LagkVAABC

0.80208LOAD-0249 In BUS-0449 0.50 LagkVAABC

0.80208LOAD-0250 In BUS-1389 27.60 LagkVAABC

0.80480LOAD-0251 In BUS-1555 4.44 LagkVAABC

0.80480LOAD-0252 In BUS-1553 4.44 LagkVAABC

0.80480LOAD-0253 In BUS-1551 4.44 LagkVAABC

0.80480LOAD-0254 In BUS-1549 4.44 LagkVAABC

0.80480LOAD-0255 In BUS-1542 11.09 LagkVAABC

0.80480LOAD-0256 In BUS-1468 11.09 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80480LOAD-0257 In BUS-1485 4.44 LagkVAABC

0.80480LOAD-0258 In BUS-1486 7.04 LagkVAABC

0.80480LOAD-0259 In BUS-1487 7.14 LagkVAABC

0.80480LOAD-0260 In BUS-1488 7.14 LagkVAABC

0.80480LOAD-0261 In BUS-1489 4.44 LagkVAABC

0.80208LOAD-0262 In BLDG 113 3EQLA 6.60 LagkVAABC

0.80208LOAD-0263 In BLDG 113 STERLIZER

DISC

3.96 LagkVAABC

0.80208LOAD-0264 In BLDG 113 2EQLA 3.96 LagkVAABC

0.80208LOAD-0265 In BLDG 113 1EQLA 3.96 LagkVAABC

0.80208LOAD-0266 In BLDG 113 2LSLA 28.84 LagkVAABC

0.80208LOAD-0267 In BLDG 113 1CBLA 24.04 LagkVAABC

0.80208LOAD-0268 In BLDG 113 2CBLB 24.04 LagkVAABC

0.80208LOAD-0269 In BLDG 113 2CBLA 24.04 LagkVAABC

0.80208LOAD-0270 In BLDG 113 2CBOLC 14.42 LagkVAABC

0.80208LOAD-0271 In BLDG 113 2CBOLB 14.42 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0272 In BLDG 113 2CBOLA 14.42 LagkVAABC

0.80208LOAD-0273 In BLDG113 1NLA 51.29 LagkVAABC

0.80208LOAD-0274 In BLDG113 2NLB 51.29 LagkVAABC

0.80208LOAD-0275 In BLDG113 2NLA 51.29 LagkVAABC

0.80208LOAD-0276 In BLDG 146 PNL P-105 3.78 LagkVAABC

0.80208LOAD-0277 In BUS-1578 1.13 LagkVAABC

0.80208LOAD-0278 In BUS-1580 1.13 LagkVAABC

0.80208LOAD-0279 In BUS-1581 1.13 LagkVAABC

0.80208LOAD-0280 In BUS-1582 1.13 LagkVAABC

0.80208LOAD-0281 In BUS-1583 0.76 LagkVAABC

0.80208LOAD-0282 In BUS-1584 0.76 LagkVAABC

0.80208LOAD-0283 In BUS-1585 0.76 LagkVAABC

0.80208LOAD-0284 In BUS-1586 0.68 LagkVAABC

0.80208LOAD-0285 In BUS-1587 1.13 LagkVAABC

0.80208LOAD-0286 In BUS-1589 0.57 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0287 In BUS-1590 0.76 LagkVAABC

0.80208LOAD-0288 In BUS-1591 0.76 LagkVAABC

0.80208LOAD-0289 In BUS-1592 0.57 LagkVAABC

0.80208LOAD-0290 In BLDG 146 PNL 104A-1 6.45 LagkVAABC

0.80208LOAD-0291 In BLDG 146 PNL 104A-2 16.10 LagkVAABC

0.80208LOAD-0292 In BLDG 146 PNL 103-1 4.51 LagkVAABC

0.80208LOAD-0293 In BLDG 146 PNL 103-2 11.28 LagkVAABC

0.80208LOAD-0294 In BLDG 146 PANEL C 12.70 LagkVAABC

0.80208LOAD-0295 In BLDG 146 PANEL D 7.63 LagkVAABC

0.80208LOAD-0296 In BLDG 146 DISH DISC 3.83 LagkVAABC

0.80208LOAD-0297 In BLDG 146 CANTEEN AC 19.07 LagkVAABC

0.80208LOAD-0298 In BLDG 146 PNL 105-1 1.90 LagkVAABC

0.80208LOAD-0299 In BLDG 146 PNL 101-1 1.02 LagkVAABC

0.80208LOAD-0300 In BLDG 146 PNL 101-2 1.02 LagkVAABC

0.80208LOAD-0301 In BUS-0779 7.05 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0302 In BUS-0778 7.05 LagkVAABC

0.80208LOAD-0303 In BUS-0777 4.23 LagkVAABC

0.80208LOAD-0304 In BLDG 146 PNL 102-1 4.23 LagkVAABC

0.80208LOAD-0305 In BLDG 146 PNL 104 45.13 LagkVAABC

0.80208LOAD-0306 In BUS-1199 16.68 LagkVAABC

0.80208LOAD-0307 In BUS-0763 15.05 LagkVAABC

0.80208LOAD-0308 In BLDG 146 PNL 109 15.05 LagkVAABC

0.80208LOAD-0309 In BLDG 146 PNL 107 7.50 LagkVAABC

0.80208LOAD-0310 In BUS-0601 3.42 LagkVAABC

0.80208LOAD-0311 In BUS-1294 5.70 LagkVAABC

0.80208LOAD-0312 In BUS-1293 4.56 LagkVAABC

0.80208LOAD-0313 In BUS-1253 5.70 LagkVAABC

0.80208LOAD-0314 In BUS-1254 5.70 LagkVAABC

0.80208LOAD-0315 In BUS-0606 5.70 LagkVAABC

0.80208LOAD-0316 In BUS-0607 0.86 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0317 In BUS-0608 0.86 LagkVAABC

0.80208LOAD-0318 In BUS-0609 2.28 LagkVAABC

0.80208LOAD-0319 In BUS-1290 0.67 LagkVAABC

0.80208LOAD-0320 In BUS-1289 0.67 LagkVAABC

0.80208LOAD-0321 In BUS-1287 1.78 LagkVAABC

0.80208LOAD-0322 In BUS-1619 5.57 LagkVAABC

0.80208LOAD-0323 In BUS-1620 5.57 LagkVAABC

0.80208LOAD-0324 In BUS-1621 4.46 LagkVAABC

0.80208LOAD-0325 In BUS-1622 4.46 LagkVAABC

0.80208LOAD-0326 In BLDG 147 SOUTH A/C

FDS

7.25 LagkVAABC

0.80208LOAD-0327 In BLDG 147 NORTH A/C

FDS

13.05 LagkVAABC

0.80208LOAD-0328 In BLDG 147 DRYER #3 FDS 0.95 LagkVAABC

0.80208LOAD-0329 In BLDG 147 PNL LE-2 0.72 LagkVAABC

0.80208LOAD-0330 In BUS-1288 1.91 LagkVAABC

0.80208LOAD-0331 In BLDG 147 DRYER CONV

FDS

0.72 LagkVAABC

size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0332 In BUS-1300 2.38 LagkVAABC

0.80208LOAD-0333 In BUS-1297 2.86 LagkVAABC

0.80208LOAD-0334 In BUS-1623 10.73 LagkVAABC

0.80208LOAD-0335 In BLDG 147 PNL LE-2 4.77 LagkVAABC

0.80208LOAD-0336 In BLDG 147 PNL LE-2 4.77 LagkVAABC

0.80208LOAD-0337 In BLDG 147 PNL A 14.91 LagkVAABC

0.80208LOAD-0338 In BLDG 147 GARMENT FDS 7.46 LagkVAABC

0.80208LOAD-0339 In BUS-1308 0.68 LagkVAABC

0.80208LOAD-0340 In BUS-1309 0.68 LagkVAABC

0.80208LOAD-0341 In BLDG 137 LATHE FDS 0.09 LagkVAABC

0.80208LOAD-0342 In BLDG 137 MILL FDS 0.09 LagkVAABC

0.80208LOAD-0343 In BLDG 137 DRILL PRESS

FDS

0.09 LagkVAABC

0.80208LOAD-0344 In BUS-1624 0.44 LagkVAABC

0.80208LOAD-0345 In BUS-1625 0.26 LagkVAABC

0.80208LOAD-0346 In BLDG 137 GRG DISC 2 0.09 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0347 In BLDG 137 GRG DISC 1 0.09 LagkVAABC

0.80208LOAD-0348 In BUS-1263 0.11 LagkVAABC

0.80208LOAD-0349 In BUS-1264 0.11 LagkVAABC

0.80208LOAD-0350 In BLDG 137 PNL C 1.35 LagkVAABC

0.80208LOAD-0351 In BLDG 137 PNL A 1.35 LagkVAABC

0.80208LOAD-0352 In BLDG 137 FEED PUMP #2 2.02 LagkVAABC

0.80208LOAD-0353 In BLDG 137 OIL PUMP #2 0.67 LagkVAABC

0.80208LOAD-0354 In BLDG 137 OIL PUMP #1 0.67 LagkVAABC

0.80208LOAD-0355 In BLDG 137 TFR PUMP #2 0.67 LagkVAABC

0.80208LOAD-0356 In BLDG 137 TFR PUMP #1 0.67 LagkVAABC

0.80208LOAD-0357 In BLDG 137 SUMP PUMP #2 0.67 LagkVAABC

0.80208LOAD-0358 In BLDG 137 SUMP PUMP #1 0.67 LagkVAABC

0.80208LOAD-0359 In BLDG 137 FEED PUMP #1 2.02 LagkVAABC

0.80208LOAD-0360 In BUS-1311 2.02 LagkVAABC

0.80208LOAD-0361 In BUS-1258 2.02 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0362 In BUS-1256 2.02 LagkVAABC

0.80240LOAD-0364 In BLDG 16 12.50 LagkVAABC

0.80240LOAD-0365 In BLDG 17 12.50 LagkVAABC

0.80240LOAD-0366 In BLDG 20 12.50 LagkVAABC

0.80240LOAD-0367 In BLDG 21 12.50 LagkVAABC

0.80240LOAD-0368 In BLDG 22 12.50 LagkVAABC

0.80240LOAD-0369 In BLDG 23W 12.50 LagkVAABC

0.80240LOAD-0370 In BLDG 23E 12.50 LagkVAABC

0.80240LOAD-0371 In BUS-1813 1.66 LagkVAABC

0.80240LOAD-0372 In BUS-1814 11.08 LagkVAABC

0.80240LOAD-0374 In BLDG 51 6.89 LagkVAABC

0.80240LOAD-0375 In BLDG 51A 6.89 LagkVAABC

0.80240LOAD-0376 In BLDG 51B 6.89 LagkVAABC

0.80240LOAD-0377 In BLDG 51C 6.89 LagkVAABC

0.80240LOAD-0378 In BLDG 51D 6.89 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80240LOAD-0379 In BLDG 31 13.04 LagkVAABC

0.80240LOAD-0380 In BLDG 32 8.15 LagkVAABC

0.80240LOAD-0381 In BLDG 33 8.15 LagkVAABC

0.80240LOAD-0382 In BLDG 34 8.15 LagkVAABC

0.80240LOAD-0383 In BLDG 9 12.91 LagkVAABC

0.80240LOAD-0384 In BLDG 10 8.07 LagkVAABC

0.80240LOAD-0385 In BLDG 11 12.91 LagkVAABC

0.80240LOAD-0386 In BLDG 105 8.07 LagkVAABC

0.80240LOAD-0387 In BLDG 106 8.07 LagkVAABC

0.80240LOAD-0388 In BLDG 119 PNL 3.13 LagkVAABC

0.80240LOAD-0389 In BLDG T144 PNL 14.06 LagkVAABC

0.80240LOAD-0390 In BLDG 37 PNL 7.81 LagkVAABC

0.80240LOAD-0391 In BLDG 103 BOWLING

ALLEY

9.00 LagkVAABC

0.80240LOAD-0392 In BLDG 63 9.00 LagkVAABC

0.80240LOAD-0393 In BLDG 66 7.50 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80240LOAD-0395 In BLDG 65 PNL B 2.53 LagkVAABC

0.80240LOAD-0396 In BLDG 65 PNL C 5.24 LagkVAABC

0.80240LOAD-0397 In BLDG 65 PNL A 4.21 LagkVAABC

0.80240LOAD-0398 In BLDG 69 9.49 LagkVAABC

0.80240LOAD-0399 In BLDG 70 7.91 LagkVAABC

0.80240LOAD-0400 In BLDG 354 3.80 LagkVAABC

0.80240LOAD-0401 In BLDG 355 3.80 LagkVAABC

0.80208LOAD-0402 In BLDG 53 PNL MDP 45.00 LagkVAABC

0.80208LOAD-0403 In TR-53 SEC 67.50 LagkVAABC

0.80240LOAD-0404 In PNL 171A NEXT TO

TR-171A

12.50 LagkVAABC

0.80240LOAD-0405 In PNL STREETLIGHTS 12.50 LagkVAABC

0.80240LOAD-0407 In BUS-1663 2.34 LagkVAABC

0.80240LOAD-0408 In BLDG 55 PNL 55A 3.91 LagkVAABC

0.80240LOAD-0409 In BLDG 55 PNL 55 27.90 LagkVAABC

0.80208LOAD-0410 In BLDG 90 PNL MDP 27.27 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0411 In BUS-1664 22.73 LagkVAABC

0.80240LOAD-0413 In BLDG 96 PNL 96 9.96 LagkVAABC

0.80240LOAD-0414 In BLDG 68 NG METER

CENTER

22.78 LagkVAABC

0.80240LOAD-0415 In BLDG 159 NG FDS 79.75 LagkVAABC

0.80240LOAD-0417 In BLDG 357 PNL 357 19.23 LagkVAABC

0.80240LOAD-0418 In BLDG 24W 7.21 LagkVAABC

0.80240LOAD-0419 In BLDG 24E 7.21 LagkVAABC

0.80240LOAD-0420 In BLDG 25 7.21 LagkVAABC

0.80240LOAD-0421 In BLDG 26 7.21 LagkVAABC

0.80240LOAD-0422 In BLDG 61 5.00 LagkVAABC

0.80240LOAD-0423 In BLDG 72E 5.00 LagkVAABC

0.80240LOAD-0424 In BLDG 72W 5.00 LagkVAABC

0.80240LOAD-0425 In BLDG 85W 5.00 LagkVAABC

0.80240LOAD-0426 In BLDG 359 PNL 156 5.00 LagkVAABC

0.80240LOAD-0427 In BLDG 12 18.75 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80240LOAD-0428 In BLDG 13 18.75 LagkVAABC

0.80240LOAD-0429 In BLDG 6 14.37 LagkVAABC

0.80240LOAD-0430 In BLDG 356 PNL 356 13.79 LagkVAABC

0.80240LOAD-0431 In BLDG 5A 14.37 LagkVAABC

0.80240LOAD-0432 In BLDG 5B 14.37 LagkVAABC

0.80208LOAD-0433 In BLDG 46 PNL 46 27.00 LagkVAABC

0.80208LOAD-0434 In BLDG 40 PNL 40 24.00 LagkVAABC

0.80208LOAD-0435 In BLDG T-296 ATS N 24.00 LagkVAABC

0.80240LOAD-0436 In BLDG 2 6.84 LagkVAABC

0.80240LOAD-0437 In BLDG 3 6.84 LagkVAABC

0.80240LOAD-0438 In BLDG 1 6.84 LagkVAABC

0.80240LOAD-0439 In BLDG 4A 6.84 LagkVAABC

0.80240LOAD-0440 In BLDG 4B 6.84 LagkVAABC

0.80240LOAD-0443 In BUS-1811 1.00 LagkVAABC

0.80240LOAD-0444 In BUS-1812 1.26 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80240LOAD-0445 In BLDG 48 BASEMENT SUB

PNL

0.50 LagkVAABC

0.80240LOAD-0446 In BLDG 150 FDS 2.08 LagkVAABC

0.80240LOAD-0447 In BLDG 360 FDS 2.08 LagkVAABC

0.80240LOAD-0448 In BLDG 362 ECB 2.08 LagkVAABC

0.80240LOAD-0449 In BLDG 350 FDS 2.08 LagkVAABC

0.80240LOAD-0450 In BLDG 351 FDS 2 2.08 LagkVAABC

0.80240LOAD-0451 In BLDG 352 FDS 2.08 LagkVAABC

0.80208LOAD-0453 In BLDG 160 PNL L 25.00 LagkVAABC

0.80480LOAD-0454 In BLDG 160 AIR COMP.

MCP 1/2

7.50 LagkVAABC

0.80480LOAD-0455 In BLDG 160 BWP1 MCP 15.00 LagkVAABC

0.80480LOAD-0456 In BLDG 160 BWP2 MCP 15.00 LagkVAABC

0.80480LOAD-0457 In BLDG 160 PUMP 1 MCP 2.50 LagkVAABC

0.80480LOAD-0458 In BLDG 160 PUMP 2 MCP 2.50 LagkVAABC

0.80480LOAD-0459 In BLDG 160 BLOWER1 MCP 3.75 LagkVAABC

0.80480LOAD-0460 In BLDG 160 BLOWER2 MCP 3.75 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0461 In BLDG 145 PNL 203 17.15 LagkVAABC

0.80208LOAD-0462 In BLDG 145 CU-1 FEEDER

#2 DISC

17.15 LagkVAABC

0.80208LOAD-0463 In BLDG 145 PNL 305 17.15 LagkVAABC

0.80208LOAD-0464 In BLDG 145 PNL 307 17.15 LagkVAABC

0.80208LOAD-0465 In BLDG 145 CU-1 FEEDER

#1 DISC

17.15 LagkVAABC

0.80208LOAD-0466 In BLDG 145 PNL 302B 10.29 LagkVAABC

0.80208LOAD-0467 In BLDG 145 PNL 118A 6.86 LagkVAABC

0.80208LOAD-0468 In BLDG 145 PNL 303 7.63 LagkVAABC

0.80208LOAD-0469 In BUS-1869 2.28 LagkVAABC

0.80208LOAD-0470 In BUS-0869 7.63 LagkVAABC

0.80208LOAD-0471 In BUS-1681 2.72 LagkVAABC

0.80208LOAD-0472 In BUS-1680 2.72 LagkVAABC

0.80208LOAD-0473 In BUS-1679 1.10 LagkVAABC

0.80208LOAD-0474 In BUS-1678 1.10 LagkVAABC

0.80208LOAD-0475 In BUS-1693 1.20 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0476 In BUS-1692 0.60 LagkVAABC

0.80208LOAD-0477 In BUS-1691 0.80 LagkVAABC

0.80208LOAD-0478 In BUS-1690 1.20 LagkVAABC

0.80208LOAD-0479 In BUS-1689 0.80 LagkVAABC

0.80208LOAD-0480 In BUS-1688 2.40 LagkVAABC

0.80208LOAD-0481 In BLDG 145 PNL MCC-2

PNL

3.99 LagkVAABC

0.80208LOAD-0482 In BLDG 145 PNL MCC-2

SEC 1

3.99 LagkVAABC

0.80208LOAD-0483 In BLDG 145 HEAT REC

PUMP DISC

1.20 LagkVAABC

0.80208LOAD-0484 In BLDG 145 SERVICE ELEV.

DISC

4.98 LagkVAABC

0.80208LOAD-0485 In BLDG 145 PASSENGER

ELEV. DISC

4.98 LagkVAABC

0.80208LOAD-0486 In BUS-0865 1.60 LagkVAABC

0.80208LOAD-0487 In BUS-0863 2.80 LagkVAABC

0.80208LOAD-0490 In BLDG 145 GEN RM PNL

LP1

3.39 LagkVAABC

0.80208LOAD-0491 In BLDG 145 PNL T 3.39 LagkVAABC

0.80208LOAD-0492 In BLDG 145 PNL E304 3.39 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0493 In BLDG 145 PNL L 3.39 LagkVAABC

0.80208LOAD-0494 In BLDG 145 PNL A 3.39 LagkVAABC

0.80208LOAD-0496 In BUS-0835 6.63 LagkVAABC

0.80208LOAD-0497 In BUS-0834 6.63 LagkVAABC

0.80208LOAD-0498 In BUS-0833 6.63 LagkVAABC

0.80208LOAD-0499 In BUS-0832 6.63 LagkVAABC

0.80208LOAD-0500 In BUS-1685 1.00 LagkVAABC

0.80208LOAD-0501 In BUS-1684 1.00 LagkVAABC

0.80208LOAD-0502 In BUS-1683 1.00 LagkVAABC

0.80208LOAD-0503 In BUS-1682 1.00 LagkVAABC

0.80208LOAD-0504 In BLDG 145 PNL A1 18.30 LagkVAABC

0.80208LOAD-0505 In BLDG 145 PNL A2 4.06 LagkVAABC

0.80208LOAD-0506 In BLDG 145 PNL A3 8.10 LagkVAABC

0.80480LOAD-0507 In BUS-1780 5.82 LagkVAABC

0.80480LOAD-0508 In BUS-0922 7.76 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80480LOAD-0509 In BUS-1784 11.64 LagkVAABC

0.80480LOAD-0510 In BUS-1728 1.49 LagkVAABC

0.80480LOAD-0511 In BLDG 148 PNL H3 9.94 LagkVAABC

0.80480LOAD-0512 In BUS-1870 2.00 LagkVAABC

0.80480LOAD-0513 In BUS-1871 2.00 LagkVAABC

0.80480LOAD-0514 In BUS-1872 2.00 LagkVAABC

0.80480LOAD-0515 In BLDG 148 P-3 DISC 3.17 LagkVAABC

0.80480LOAD-0516 In BLDG 148 MCC-3 AHU-1

DISC

0.74 LagkVAABC

0.80480LOAD-0517 In BUS-1778 0.74 LagkVAABC

0.80480LOAD-0518 In BLDG 148 MCC-3 AHU-5

DISC

1.58 LagkVAABC

0.80480LOAD-0519 In BUS-1837 1.58 LagkVAABC

0.80480LOAD-0520 In BUS-1836 2.12 LagkVAABC

0.80208LOAD-0521 In BLDG 148 UNK 4.12 LagkVAABC

0.80208LOAD-0522 In BLDG 148 PNL G RIGHT 4.12 LagkVAABC

0.80208LOAD-0523 In BUS-1831 0.62 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0524 In BLDG 148 CP-4 DISC 0.31 LagkVAABC

0.80208LOAD-0525 In BLDG 148 PNL F RIGHT 4.12 LagkVAABC

0.80208LOAD-0526 In BLDG 148 PNL E1 4.12 LagkVAABC

0.80480LOAD-0527 In BUS-0918 33.60 LagkVAABC

0.80480LOAD-0528 In BUS-0917 19.50 LagkVAABC

0.80480LOAD-0529 In BLDG 148 P-2 DISC 3.90 LagkVAABC

0.80480LOAD-0530 In BLDG 148 P-6 DISC 1.93 LagkVAABC

0.80208LOAD-0531 In BLDG 148 PNL K 16.20 LagkVAABC

0.80480LOAD-0533 In BLDG 148 P-8 DISC 3.90 LagkVAABC

0.80480LOAD-0534 In BUS-1014 9.09 LagkVAABC

0.80480LOAD-0535 In BUS-1013 3.90 LagkVAABC

0.80480LOAD-0536 In BUS-1782 1.93 LagkVAABC

0.80480LOAD-0537 In BUS-1783 1.93 LagkVAABC

0.80480LOAD-0538 In BLDG 148 P-9 DISC 1.93 LagkVAABC

0.80480LOAD-0539 In BUS-1765 2.84 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80480LOAD-0540 In BUS-1764 2.84 LagkVAABC

0.80208LOAD-0541 In BLDG 148 PNL D-2 4.98 LagkVAABC

0.80208LOAD-0542 In BLDG 148 PNL D-1 4.98 LagkVAABC

0.80208LOAD-0543 In BLDG 148 PNL D-3 5.97 LagkVAABC

0.80208LOAD-0544 In BLDG 148 PNL B1 7.96 LagkVAABC

0.80208LOAD-0545 In BLDG 148 PNL B2 7.96 LagkVAABC

0.80208LOAD-0546 In BLDG 148 PNL C 7.96 LagkVAABC

0.80480LOAD-0547 In BUS-1781 2.13 LagkVAABC

0.80480LOAD-0548 In BUS-1786 2.13 LagkVAABC

0.80480LOAD-0549 In BLDG 148 DH-1 RTU-2

DISC

2.00 LagkVAABC

0.80480LOAD-0550 In BUS-1768 2.98 LagkVAABC

0.80480LOAD-0551 In BUS-1767 12.44 LagkVAABC

0.80480LOAD-0552 In BUS-1766 12.44 LagkVAABC

0.80480LOAD-0553 In BLDG 148 PNL H-2 9.95 LagkVAABC

0.80208LOAD-0554 In BLDG 148 PNL DFCX 2.40 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80208LOAD-0555 In BLDG 148 GEN

ENCLOSURE

1.20 LagkVAABC

0.80208LOAD-0556 In BLDG 148 PNL A-1 (AEC1) 0.73 LagkVAABC

0.80208LOAD-0557 In BLDG 148 PNL A-3 (DIR.

OFF.)

1.45 LagkVAABC

0.80208LOAD-0558 In BUS-1779 1.09 LagkVAABC

0.80208LOAD-0559 In BLDG 148 PNL 2 0.73 LagkVAABC

0.80480LOAD-0560 In BUS-0932 1.20 LagkVAABC

0.80480LOAD-0561 In BUS-0933 1.20 LagkVAABC

0.80208LOAD-0562 In BLDG 148 PNL LS-1 1.20 LagkVAABC

0.80480LOAD-0563 In BUS-1873 2.40 LagkVAABC

0.80480LOAD-0564 In BLDG 148 PNL HX2 1.20 LagkVAABC

0.80480LOAD-0565 In BUS-0955 0.87 LagkVAABC

0.80480LOAD-0566 In BUS-0954 0.87 LagkVAABC

0.80480LOAD-0567 In BUS-0953 0.65 LagkVAABC

0.80480LOAD-0568 In BUS-1785 0.74 LagkVAABC

0.80480LOAD-0569 In BUS-0965 0.74 LagkVAABC size Units PF Type

In/Out

ServicePhase

0.80480LOAD-0570 In BUS-0964 0.74 LagkVAABC

0.80208LOAD-0571 In BLDG 148 PNL FCX 1.12 LagkVAABC

0.80208LOAD-0572 In PNL FCX1 BLDG 148 1.27 LagkVAABC

0.80480LOAD-0573 In BUS-0975 0.85 LagkVAABC

0.80480LOAD-0574 In BLDG 148 PNL HX3 1.27 LagkVAABC

0.80480LOAD-0575 In BUS-0976 1.27 LagkVAABC

Induction Motors

Name Phases

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of Motors

Bus Name Connection

# of PolesStatus

148-MAP-1 BLDG 148 BUS-1785 480 5.01 10.0Out2

0.169

ABC Wye

Running 4

BLDG 113 AC COND BUS-1510 208 50.13 10.0Out1

ABC Delta

BLDG 113 AC-2 BLDG 113 AC-2 DISC 208 40.11 10.0Out1

BLDG 113 ACC1 BLDG 113 ACC1 FDS 208 3.01 10.0Out1

Running 4

BLDG 113 ACC2 BLDG 113 ACC1

FDS0

208 3.01 10.0Out1

Phases

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 ACCU-1 BUS-0414 480 1.00 10.0Out6

BLDG 113 AH-1 BUS-0515 208 10.03 10.0Out1

BLDG 113 AH-2 BUS-1531 208 7.52 10.0Out1

Running 4

BLDG 113 AH-2 HIGH BLDG 113 AH-2 H

DISC

208 10.03 10.0Out1

Running 4

BLDG 113 AH-2 LOW BLDG 113 AH-2 L

DISC SW

BLDG 113 AH-3 BUS-0476 208 7.52 10.0Out1

BLDG 113 AHU-1 BUS-1485 480 46.63 10.0Out1

BLDG 113 AHU-1 RF BUS-0466 208 5.01 10.0Out1

BLDG 113 AHU-1 SF BUS-0467 208 7.52 10.0Out1

BLDG 113 AHU-1A BUS-0393 480 7.52 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 AHU-1B BUS-0392 480 7.52 10.0Out1

BLDG 113 AHU-2 BUS-1486 480 69.94 10.0Out1

BLDG 113 AHU-5 BUS-0460 208 20.05 10.0Out1

BLDG 113 AIR COMP1 BUS-0465 208 5.01 10.0Out1

BLDG 113 AIR COMP2 BUS-0464 208 5.01 10.0Out1

BLDG 113 CH PUMP 1 BUS-1555 480 8.74 10.0Out1

BLDG 113 CH PUMP 2 BUS-1553 480 8.74 10.0Out1

BLDG 113 CH PUMP 3 BUS-1551 480 8.74 10.0Out1

BLDG 113 CH PUMP 4 BUS-1549 480 8.74 10.0Out1

BLDG 113 CH1 BUS-1468 480 8.39 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 CH2 BUS-1542 480 8.39 10.0Out1

Running 4

BLDG 113 CIRC PUMP 1 BLDG 113 CIRCP1

208 2.01 10.0Out1

BLDG 113 CP-1 BUS-0480 208 5.01 10.0Out1

Running 4

BLDG 113 CP-1A HP BLDG 113 CP-1A

DISC SW

BLDG 113 CP-1A. BUS-0510 208 0.50 10.0Out1

Running 4

BLDG 113 CP-1B HP BLDG 113 CP-1B

BLDG 113 CP-1B. BUS-0511 208 0.50 10.0Out1

BLDG 113 CP-2 BUS-0416 480 1.50 10.0Out1

BLDG 113 CP-2 (1) BUS-0481 208 5.01 10.0Out1

Running 4

BLDG 113 CP-2 NEAR

RM172

BUS-0498 208 2.01 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 CP-3 BUS-0417 480 1.50 10.0Out1

BLDG 113 CRAC UNIT BUS-0389 480 7.52 10.0Out1

Running 4

BLDG 113 CRAC1 BLDG 113 CRAC1

Running 4

BLDG 113 CRAC2 BLDG 113 CRAC2

BLDG 113 CRV-1 BUS-0418 480 2.50 10.0Out1

BLDG 113 CU1 BUS-1522 480 7.52 10.0Out1

BLDG 113 CU-189 BUS-1519 208 18.25 10.0Out1

Running 4

BLDG 113 CU-2 NEAR

RM172

BUS-0496 208 10.03 10.0Out1

BLDG 113 E16 BUS-0451 208 2.01 10.0Out1

BLDG 113 E7 BUS-0452 208 1.00 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 EF #15 BUS-1511 208 0.75 10.0Out1

Running 4

BLDG 113 EF-1 BLDG 113 EF-1 DISC

SW

BLDG 113 EF-2 BLDG 113 EF-2 DISC 208 2.01 10.0Out1

BLDG 113 ELEVATOR 2 BUS-0455 208 20.05 10.0Out1

BLDG 113 ELEVATOR S1 BUS-0456 208 30.08 10.0Out1

BLDG 113 EQ2 BUS-1389 208 66.98 10.0Out1

Running 4

BLDG 113 GEN EXH

BOOSTER FAN

BUS-0450 208 3.01 10.0Out1

BLDG 113 HWP-1 BUS-1487 480 8.74 10.0Out1

BLDG 113 HWP-2 BUS-1488 480 8.74 10.0Out1

Running 4

BLDG 113 MAU-1 BLDG 113 MAU-1

208 5.01 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 MCCB21 AH-1 BUS-1521 208 3.01 10.0Out1

BLDG 113 MCCB21 AHU-2 BUS-1520 208 2.01 10.0Out1

BLDG 113 MCCB21 EF BUS-0503 208 5.01 10.0Out1

BLDG 113 MCCB21 S5 EF BUS-0495 208 2.01 10.0Out1

Running 4

BLDG 113 MRI MDP

CU-COURTYARD

BUS-1523 480 15.04 10.0Out1

BLDG 113 MVP-1 BUS-1489 480 8.74 10.0Out1

BLDG 113 PIT SUMP 1 BUS-0446 208 3.01 10.0Out1

BLDG 113 PIT SUMP 2 BUS-0447 208 3.01 10.0Out1

BLDG 113 PMCCN AC1 BUS-1514 208 40.11 10.0Out1

BLDG 113 PMCCN AC3 BUS-1515 208 30.08 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 PMCCN AC-4 BUS-1518 208 26.82 10.0Out1

BLDG 113 PMCCN AH-1 BUS-0492 208 15.04 10.0Out1

BLDG 113 PMCCN AH-4 BUS-0491 208 10.03 10.0Out1

BLDG 113 PMCCN RE-1 BUS-1516 208 3.01 10.0Out1

BLDG 113 PMCCN RE-4 BUS-1517 208 1.00 10.0Out1

BLDG 113 RE-1 BUS-0517 208 5.01 10.0Out1

Running 4

BLDG 113 RE-2 HIGH BLDG 113 RE-2 H

Running 4

BLDG 113 RE-2 LOW BLDG 113 RE-2 L

BLDG 113 RE-3 BUS-0475 208 2.01 10.0Out1

Running 4

BLDG 113 REHEAT PUMP BLDG 113 REHEAT

PUMP DISC

208 0.50 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

BLDG 113 RF-1 BUS-0415 480 10.03 10.0Out1

BLDG 113 RF-5 BUS-0458 208 5.01 10.0Out1

BLDG 113 ROOF CHILLER 2 208 45.20 10.0Out1

BLDG 113 SF-1 BUS-0413 480 20.05 10.0Out1

BLDG 113 SUMP #1 BUS-0449 208 2.01 10.0Out1

BLDG 113 SUMP #2 BUS-0448 208 1.00 10.0Out1

BLDG 113 SUPPLY S-2 BUS-1611 208 10.03 10.0Out1

BLDG 113 VAC PUMP BUS-0445 208 20.05 10.0Out1

BLDG 137 AIR COMP 2 BUS-1264 208 11.66 10.0Out1

BLDG 137 AIR COMP 1 BUS-1263 208 11.66 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

PolesStatus

BLDG 137 BOILER #1 FAN

MTR

BUS-1256 208 15.04 10.0Out1

Running 4

BLDG 137 BOILER #2 FAN

BUS-1258 208 15.04 10.0Out1

Running 4

BLDG 137 BOILER #3 FAN

BUS-1311 208 15.04 10.0Out1

BLDG 137 BRINE PUMP 1 BUS-1308 208 0.58 10.0Out1

BLDG 137 BRINE PUMP 2 BUS-1309 208 0.58 10.0Out1

Running 4

BLDG 137 FEED PUMP #1

MTR

BLDG 137 FEED

PUMP #1

208 19.18 10.0Out1

Running 4

BLDG 137 FEED PUMP #2

MTR

BLDG 137 FEED

PUMP #2

208 20.05 10.0Out1

Running 4

BLDG 137 OIL PUMP #1

MTR

BLDG 137 OIL PUMP

#1

Running 4

BLDG 137 OIL PUMP #2

MTR

BLDG 137 OIL PUMP

#2

Running 4

BLDG 137 SUMP PUMP #1

MTR

BLDG 137 SUMP

PUMP #1

208 0.75 10.0Out1

In/Out

Service L-L Volts ------- Contribution Data -------

Base kVA Xd" X/R

# of

Motors

Bus Name

Connection

# of

PolesSt…