9-06. Attachment E Master Plan.pdf

Basis of Design Investigative Services

Texas Department of Criminal Justice

Murray Unit

MWR #10522004

Install HVAC – Inmate Housing

Gatesville, Texas

December 2025 Parkhill

696-FD-26-Q037 Attachment E

Basis of Design Investigative Services

Texas Department of Criminal Justice

Murray Unit

MWR #10522004

Install HVAC – Inmate Housing

Gatesville, Texas

December 2025 Parkhill

This document is released on December

12, 2025 for the purpose of interim review under the authority of Carter Brown, P.E., Texas license # 149653. It is not to be used for regulatory approval, construction, bidding or permit purposes. Parkhill, Inc.

F-560

Texas Department of Criminal Justice

Murray Unit

Install HVAC – Inmate Housing

December 2025

PARKHILL, INC. TOC - i MWR # 10522004

TABLE OF CONTENTS

Page

GENERAL

DISCUSSION

Mechanical

Electrical

Life Cycle Analysis

APPENDICES

APPENDIX A – DESIGN CALCULATIONS

APPENDIX B – LIFE CYCLE COST ANALYSIS

APPENDIX C - SCOPE OF WORK

APPENDIX D – CATALOG CUTS

APPENDIX E – SCHEMATIC DRAWINGS

Install HVAC – Inmate Housing

December 2025

PARKHILL, INC. Page - 1 MWR # 10522004

GENERAL

This analysis is to consider three possible HVAC systems that could be used to condition

Buildings J1, J2, K1, K2, and K3. HVAC system alternatives include air cooled chillers, water cooled chiller plant with a cooling tower, and DX condensing units. All alternatives will utilize central station air handlers with gas heating. Electrical distribution upgrades to power the new units will also be examined. Analysis costs will include concrete pads for the outdoor equipment, piping between the air units and condensing units or chiller, and gas piping to the unit’s furnaces. A new emergency generator will provide power to the HVAC systems in the event main power goes down.

DISCUSSION

A. MECHANICAL – J AND K DORMS

This Life Cycle Analysis will look into three options to air condition Buildings J1, J2, K1, K2, and K3. All options will use similar gas fired horizontal air handling units. The

AHU’s will be installed in the existing mechanical rooms. New ductwork will be run in the K dorms to supply conditioned air into the space. J dorm air handlers will reuse the existing ductwork. The cooling mediums will be analyzed in this report. Actual energy costs for electricity and gas were obtained from TDCJ. Schematic drawings are located in Appendix F.

1. Option #1: Condensing units will be located as close to the served AHU’s as possible.

2. Option #2 and #3: The air-cooled or water-cooled chillers will be located south of the

Unit outside of the fence. Chilled water piping will be routed around the Unit to serve each J and K dorm. Future taps for extension of the chilled water system will be provided for the other buildings.

B. ELECTRICAL – J AND K DORMS

1. GENERAL

The electrical solution for the J and K Dorms will include a new normal electrical distribution as well as a new permanent standby generator to provide emergency power in the event of power loss to the new air-conditioning units. The new generator will be sized to support only the new HVAC equipment.

2. NORMAL ELECTRICAL DISTRIBUTION

The new electrical distribution system will consist of exterior rated, normal, and emergency electrical systems sized to support the new HVAC equipment.

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December 2025

PARKHILL, INC. Page - 2 MWR # 10522004

Option #1 Electrical Distribution:

Option #1 will provide new distribution power for new condensing units (CUs).

It is proposed that a new fenced electrical utility yard will be located to the north of the “K” and “J” dorms, configure to provide the power required for the new condensing units at each “K” and “J” dorm

The gas fired air handler units (AHUs) will remain connected to the electrical distribution systems including the existing emergency generator systems and will utilize space made available by demolition of existing Supply Fans and Heating

Ventilation Units, in the existing associated motor control centers. It may be necessary to modify the existing motor control centers to accommodate the new

HVAC AHUs. New feeders (conduits and conductors) will be provided for the new

AHUs.

Option #2 and #3 Electrical Distribution:

Option #2 and #3 will be provided with new distribution power to power either the air-cooled chillers or water-cooled chillers. The chillers will be located south of the unit outside the fence. The new gas fired air handler units (AHU’s) will remain connected to the existing generators as described in Option #1 above.

The new electrical distribution system that will serve the new chiller plant will be located adjacent to the new chiller plant, outside the south fenced area. The new electrical distribution system will consist of a new utility transformer, new

480Y/277V, 3-phase distribution equipment, and a new standby generator system to maintain power to the chiller plant in the event of a power outage. This electrical distribution system and associated standby generator system will be sized to accommodate the new chiller loads required by the scope of this work as well as additional capacity to support future chiller plant loads expected in the future to support other buildings on the campus.

3. STANDBY EMERGENCY DISTRIBUTION

A new permanent diesel generator with an integral base fuel tank will be installed outside the main fence south of the unit with the main electrical distribution panel and the ATS. The new generator will operate at 480Y/277 volts. The genset will be furnished with a weather-proof enclosure and will have a line circuit breaker. The automatic transfer switch will be located in the generator yard as noted above and will serve the distribution panel for the new HVAC units and associated branch panels.

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December 2025

PARKHILL, INC. Page - 3 MWR # 10522004

The fuel supply will be as specified in the TDCJ specifications for duration and will be based on operation of 24 hours of fuel. The unit will be located as indicated on the drawings and will allow for fuel truck access.

A remote annunciator will be provided and will be located as directed by TDCJ for monitoring. Power circuits for the battery chargers and block heaters will be derived from the existing panels.

4. FIRE ALARM AND MISCELLANEOUS CONSIDERATIONS

Based on the CFM of the units, duct-mounted smoke detectors will need to be provided to provide shutdown of the units in accordance with NFPA 90A. The duct detectors will be connected to the existing fire alarm control panel.

Convenience receptacles will be located at each of the new outdoor mounted air-conditioning units. These maintenance receptacles will be served from the nearest existing 208Y/120V branch panel.

C. LIFE CYCLE ANAYLSIS (J AND K DORMS)

1. Option 1: Direct Expansion Cooling Coils

The first system will consider cooling through the use of DX coils in each air handler with split system condensing units. The ground mounted air-cooled condensing unit will be located outside each building on the ground as close to the indoor air handler units as feasible to reduce the refrigerant line runs.

2. Option 2: Chilled Water Coils w/ Air Cooled Chillers

The second system will consider cooling through the use of an air-cooled chiller with chilled water coils in each air handler. Chilled water will be piped from the chiller to each air handler. The ground mounted chillers will be located plan south of the facility outside of the unit’s security fence. The chilled water pump will be integral to the chiller.

3. Option 3: Chilled Water Coils w/ Water Cooled Chiller plant and Cooling Tower

The third system will consider cooling through the use of a modular cooling tower paired with water cooled chillers with chilled water coils in each air handler.

Condenser water will be piped from the cooling tower to each water-cooled chiller, and chilled water will be piped from the chillers to each air handler. The ground

Install HVAC – Inmate Housing

December 2025

PARKHILL, INC. Page - 4 MWR # 10522004 mounted cooling tower and water-cooled chillers will be located plan south of the facility outside of the unit’s security fence. Chilled water pumps will be integral to the chillers.

Life Cycle Cost Analysis

Alternative Analyzed

Avg. Annual Electricity

Use kW

Avg. Annual Gas Use kBtu

Materials & Installation

Cost

Energy Costs / yr

Maintenance Costs / yr

Life Cycle Cost (PV)

Dx

Cooling 2,021,554 11,389,193 $4,926,064 $1,926,656 $50,000 $42,152,219

Air

Cooled Chillers

1,834,307 11,111,913 $7,649,020 $1,587,412 $30,000 $41,552,979

Water Cooled Chillers

1,650,550 11,132,178 $8,082,574 $1,754,289 $30,000 $39,428,733

Based on the life cycle cost analysis, the most economical alternative is option 3, utilizing chilled water cooling coils paired with a water cooled chiller plant. The LCCA printouts, system assumptions, energy costs and preliminary material costs are located in the Appendices.

D. Equipment catalog cuts

Refer to Appendix D for preliminary equipment cuts.

E. Schematic Drawings

Refer to Appendix E for Schematic Drawings.

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December 2025

PARKHILL, INC. MWR # 10522004

APPENDIX A

DESIGN CALCULATIONS

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December 2025

PARKHILL, INC. Page - 1 MWR # 10522004

DESIGN CALCULATIONS:

Mechanical HVAC Load Calculations

For our load calculations, we constructed a scale model of Dorms J and K in order to properly model the building parameters. The figure below shows a plan view of our models constructed in

IESVE. Three single zone air handler systems were set up for this project, including one with DX cooling coil and two with chilled water cooling coils (one from air cooled plant and the other from a water cooled plant). All options utilized gas heat.

System Loads Report 4558025 05 e Variable Air Volume Reheat - Basic

Controls [AHU K1-2]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,545 - 5,545 1.0 Roofs 0 - 0 0.0 Ground/Exposed Floors 19,359 - 19,359 3.7 External Doors 0 - 0 0.0 Windows Conduction 1,630 - 1,630 0.3 Skylights Conduction 0 - 0 0.0 Solar 976 - 976 0.2 Infiltration 185,488 - 185,488 35.1 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 5,677 - 5,677 1.1 Internal Floors/Air/Furn. -36 - -36 0.0 Ceilings 14,156 - 14,156 2.7 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 232,794 0 232,794

Internal Gains Lights 32,322 - 32,322 6.1 People 50,796 - 50,796 9.6 Misc, Computers, Equip 28,775 - 28,775 5.4

Sub Total 111,892 0 111,892

Mechanical Gains/Losses Ventilation (sensible) 72,133 - 72,133 13.7 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 25,929 - 25,929 4.9 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 85,494 - 85,494 16.2 Dehumid Oversizing † 0 - - -

Sub Total 183,556 0 183,556

TOTAL 528,242 0 528,242 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,545 1.6

0 0.0 19,359 5.6

0 0.0 1,630 0.5

0 0.0 976 0.3

185,488 53.8 0 0.0

5,677 1.6 -36 0.0

14,156 4.1 0 0.0 0 0.0

232,794

32,322 9.4 50,796 14.7 28,775 8.3

111,892

344,686 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 50.6 607.5 509.2 15,818 80.6 64.2 40.8 55.0 52.8 86.8 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 50.6 607.5 509.2

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -11,821 - -11,821 - Roofs 0 - 0 - Ground/Exposed Floors -58,361 - -58,361 - External Doors 0 - 0 - Windows Conduction -2,227 - -2,227 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -273,693 - -273,693 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -11,718 - -11,718 - Internal Floors/Air/Furn. 175 - 175 - Ceilings -31,041 - -31,041 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -388,685 0 -388,685

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -110,167 - -110,167 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 26,663 - 26,663 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 472,189 - 472,189 -

Sub Total 388,685 0 388,685

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 16,267 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 3,452.4 100.0 2.9 Roof 0.0 0.0 - External Floor 13,086.6 - - Door 0.0 - - Partition/Door 9,407.1 - - Internal Ceiling 13,086.6 - - Internal Floor 0.0 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 74.9 68.2 Plenum (actual) - - Mixed Air (actual) 79.6 62.5 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 16,267 16,267 Supply (design, non-coin.) 17,920 18,980 Supply (actual at coil peak) 15,818 16,267 Supply (actual maximum) 15,818 16,267 Reheat Minimum (design) 10,469 10,469 Leakage at Design Flow 0 0 Return (actual) 13,633 14,082 Exhaust and Relief (actual) 2,298 2,298 Ventilation (requirement) 2,298 2,298 Ventilation (actual) 13,520 13,969 Infiltration 5,795 5,795

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 193.34 193.35 ft²/Person* 67.69 67.68 Btu/h/ft² - Cooling* 28.34 46.42 Btu/h/ft² - Heating 30.29 0.00 ft²/ton - Cooling* 423.45 258.51 ft²/ton - Heating 396.17 4,602,377.30 cfm/ft² - Cooling* 1.37 1.21 cfm/ft² - Heating 1.45 1.24 % Outside Air - Cooling* 12.19 85.47 % Outside Air - Heating 11.51 85.87 Outdoor Air cfm/ft²* 0.17 1.03 Outdoor Air cfm/person* 11.30 69.93 Peak Latent Load (MBh)* 15.87 98.32 Sensible Heat Ratio* 0.96 0.84 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 1 of 12 Document Page: 56

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column ‡ Blow-through fan configuration

Paragraph 56 of 1

Controls [AHU K2-2]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,545 - 5,545 1.0 Roofs 0 - 0 0.0 Ground/Exposed Floors 19,359 - 19,359 3.7 External Doors 0 - 0 0.0 Windows Conduction 1,630 - 1,630 0.3 Skylights Conduction 0 - 0 0.0 Solar 976 - 976 0.2 Infiltration 185,488 - 185,488 35.1 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 5,677 - 5,677 1.1 Internal Floors/Air/Furn. -36 - -36 0.0 Ceilings 14,153 - 14,153 2.7 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 232,791 0 232,791

Internal Gains Lights 32,322 - 32,322 6.1 People 50,796 - 50,796 9.6 Misc, Computers, Equip 28,775 - 28,775 5.4

Sub Total 111,892 0 111,892

Mechanical Gains/Losses Ventilation (sensible) 72,133 - 72,133 13.7 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 25,929 - 25,929 4.9 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 85,494 - 85,494 16.2 Dehumid Oversizing † 0 - - -

Sub Total 183,556 0 183,556

TOTAL 528,239 0 528,239 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,545 1.6

0 0.0 19,359 5.6

0 0.0 1,630 0.5

0 0.0 976 0.3

185,488 53.8 0 0.0

5,677 1.6 -36 0.0

14,153 4.1 0 0.0 0 0.0

232,791

32,322 9.4 50,796 14.7 28,775 8.3

111,892

344,683 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 50.6 607.5 509.2 15,818 80.6 64.2 40.8 55.0 52.8 86.8 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 50.6 607.5 509.2

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -11,821 - -11,821 - Roofs 0 - 0 - Ground/Exposed Floors -58,363 - -58,363 - External Doors 0 - 0 - Windows Conduction -2,227 - -2,227 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -273,697 - -273,697 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -11,721 - -11,721 - Internal Floors/Air/Furn. 172 - 172 - Ceilings -31,041 - -31,041 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -388,698 0 -388,698

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -110,142 - -110,142 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 26,662 - 26,662 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 472,178 - 472,178 -

Sub Total 388,698 0 388,698

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 16,268 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 3,452.4 100.0 2.9 Roof 0.0 0.0 - External Floor 13,086.6 - - Door 0.0 - - Partition/Door 9,407.1 - - Internal Ceiling 13,086.6 - - Internal Floor 0.0 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 74.9 68.2 Plenum (actual) - - Mixed Air (actual) 79.6 62.5 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 16,268 16,268 Supply (design, non-coin.) 17,920 18,980 Supply (actual at coil peak) 15,818 16,268 Supply (actual maximum) 15,818 16,268 Reheat Minimum (design) 10,469 10,469 Leakage at Design Flow 0 0 Return (actual) 13,633 14,083 Exhaust and Relief (actual) 2,298 2,298 Ventilation (requirement) 2,298 2,298 Ventilation (actual) 13,520 13,970 Infiltration 5,795 5,795

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 193.34 193.35 ft²/Person* 67.69 67.68 Btu/h/ft² - Cooling* 28.34 46.42 Btu/h/ft² - Heating 30.29 0.00 ft²/ton - Cooling* 423.45 258.51 ft²/ton - Heating 396.17 4,602,377.30 cfm/ft² - Cooling* 1.37 1.21 cfm/ft² - Heating 1.45 1.24 % Outside Air - Cooling* 12.19 85.47 % Outside Air - Heating 11.51 85.87 Outdoor Air cfm/ft²* 0.17 1.03 Outdoor Air cfm/person* 11.30 69.93 Peak Latent Load (MBh)* 15.87 98.32 Sensible Heat Ratio* 0.96 0.84 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 2 of 12 Document Page: 57

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column

Paragraph 57 of 1

Controls [AHU K3-2]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,527 - 5,527 1.0 Roofs 0 - 0 0.0 Ground/Exposed Floors 19,358 - 19,358 3.7 External Doors 0 - 0 0.0 Windows Conduction 1,624 - 1,624 0.3 Skylights Conduction 0 - 0 0.0 Solar 978 - 978 0.2 Infiltration 185,488 - 185,488 35.1 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 5,677 - 5,677 1.1 Internal Floors/Air/Furn. -36 - -36 0.0 Ceilings 14,152 - 14,152 2.7 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 232,769 0 232,769

Internal Gains Lights 32,322 - 32,322 6.1 People 50,796 - 50,796 9.6 Misc, Computers, Equip 28,775 - 28,775 5.4

Sub Total 111,892 0 111,892

Mechanical Gains/Losses Ventilation (sensible) 72,133 - 72,133 13.7 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 25,927 - 25,927 4.9 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 85,493 - 85,493 16.2 Dehumid Oversizing † 0 - - -

Sub Total 183,553 0 183,553

TOTAL 528,214 0 528,214 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,527 1.6

0 0.0 19,358 5.6

0 0.0 1,624 0.5

0 0.0 978 0.3

185,488 53.8 0 0.0

5,677 1.6 -36 0.0

14,152 4.1 0 0.0 0 0.0

232,769

32,322 9.4 50,796 14.7 28,775 8.3

111,892

344,661 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 50.6 607.4 509.1 15,817 80.6 64.2 40.8 55.0 52.8 86.8 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 50.6 607.4 509.1

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -11,831 - -11,831 - Roofs 0 - 0 - Ground/Exposed Floors -58,363 - -58,363 - External Doors 0 - 0 - Windows Conduction -2,228 - -2,228 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -273,697 - -273,697 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -11,722 - -11,722 - Internal Floors/Air/Furn. 172 - 172 - Ceilings -31,041 - -31,041 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -388,709 0 -388,709

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -110,145 - -110,145 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 26,663 - 26,663 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 472,191 - 472,191 -

Sub Total 388,709 0 388,709

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 16,269 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 3,452.4 100.0 2.9 Roof 0.0 0.0 - External Floor 13,086.6 - - Door 0.0 - - Partition/Door 9,407.1 - - Internal Ceiling 13,086.6 - - Internal Floor 0.0 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 74.9 68.2 Plenum (actual) - - Mixed Air (actual) 79.6 62.5 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 16,269 16,269 Supply (design, non-coin.) 17,919 18,980 Supply (actual at coil peak) 15,817 16,269 Supply (actual maximum) 15,817 16,269 Reheat Minimum (design) 10,469 10,469 Leakage at Design Flow 0 0 Return (actual) 13,632 14,084 Exhaust and Relief (actual) 2,298 2,298 Ventilation (requirement) 2,298 2,298 Ventilation (actual) 13,519 13,971 Infiltration 5,795 5,795

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 193.34 193.35 ft²/Person* 67.69 67.68 Btu/h/ft² - Cooling* 28.34 46.42 Btu/h/ft² - Heating 30.29 0.00 ft²/ton - Cooling* 423.47 258.52 ft²/ton - Heating 396.16 4,602,377.30 cfm/ft² - Cooling* 1.37 1.21 cfm/ft² - Heating 1.45 1.24 % Outside Air - Cooling* 12.19 85.47 % Outside Air - Heating 11.51 85.88 Outdoor Air cfm/ft²* 0.17 1.03 Outdoor Air cfm/person* 11.30 69.92 Peak Latent Load (MBh)* 15.87 98.32 Sensible Heat Ratio* 0.96 0.84 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 3 of 12 Document Page: 58

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column

Paragraph 58 of 1

Controls [AHU J1-1]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,881 - 5,881 1.4 Roofs 1,502 - 1,502 0.4 Ground/Exposed Floors 11,045 - 11,045 2.6 External Doors 0 - 0 0.0 Windows Conduction 6,363 - 6,363 1.5 Skylights Conduction 0 - 0 0.0 Solar 3,724 - 3,724 0.9 Infiltration 197,908 - 197,908 46.9 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 382 - 382 0.1 Internal Floors/Air/Furn. 164 - 164 0.0 Ceilings 8,884 - 8,884 2.1 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 235,854 0 235,854

Internal Gains Lights 22,984 - 22,984 5.4 People 22,771 - 22,771 5.4 Misc, Computers, Equip 17,004 - 17,004 4.0

Sub Total 62,760 0 62,760

Mechanical Gains/Losses Ventilation (sensible) 40,148 - 40,148 9.5 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 22,263 - 22,263 5.3 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 61,330 - 61,330 14.5 Dehumid Oversizing † 0 - - -

Sub Total 123,740 0 123,740

TOTAL 422,353 0 422,353 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,881 2.0 1,502 0.5

11,045 3.7 0 0.0

6,363 2.1 0 0.0

3,724 1.2 197,908 66.3

0 0.0

382 0.1 164 0.1

8,884 3.0 0 0.0 0 0.0

235,854

22,984 7.7 22,771 7.6 17,004 5.7

62,760

298,613 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 40.5 485.7 415.2 13,616 79.2 63.5 42.0 55.0 52.9 87.2 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 40.5 485.7 415.2

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -13,008 - -13,008 - Roofs -2,278 - -2,278 - Ground/Exposed Floors -33,366 - -33,366 - External Doors 0 - 0 - Windows Conduction -8,677 - -8,677 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -292,250 - -292,250 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -1,595 - -1,595 - Internal Floors/Air/Furn. -188 - -188 - Ceilings -15,275 - -15,275 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -366,637 0 -366,637

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -61,378 - -61,378 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 24,892 - 24,892 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 403,124 - 403,124 -

Sub Total 366,637 0 366,637

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 15,238 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 4,021.8 384.0 9.5 Roof 1,106.5 0.0 0.0 External Floor 7,420.8 - - Door 0.0 - - Partition/Door 13,644.9 - - Internal Ceiling 8,572.6 - - Internal Floor 2,258.3 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 75.0 68.0 Plenum (actual) - - Mixed Air (actual) 78.2 64.8 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 15,238 15,238 Supply (design, non-coin.) 15,510 17,961 Supply (actual at coil peak) 13,616 15,238 Supply (actual maximum) 13,616 15,238 Reheat Minimum (design) 7,077 7,077 Leakage at Design Flow 0 0 Return (actual) 12,330 13,952 Exhaust and Relief (actual) 1,286 1,286 Ventilation (requirement) 1,286 1,286 Ventilation (actual) 12,330 13,952 Infiltration 6,209 6,209

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 91.08 91.05 ft²/Person* 106.27 106.30 Btu/h/ft² - Cooling* 31.87 50.18 Btu/h/ft² - Heating 38.75 0.00 ft²/ton - Cooling* 376.50 239.13 ft²/ton - Heating 309.65 3,403,991.68 cfm/ft² - Cooling* 1.60 1.41 cfm/ft² - Heating 1.86 1.57 % Outside Air - Cooling* 8.29 90.55 % Outside Air - Heating 7.16 91.56 Outdoor Air cfm/ft²* 0.13 1.27 Outdoor Air cfm/person* 14.12 135.42 Peak Latent Load (MBh)* 0.00 70.53 Sensible Heat Ratio* 1.00 0.85 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 4 of 12 Document Page: 59

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column

Paragraph 59 of 1

Controls [AHU J2-1]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,872 - 5,872 1.4 Roofs 1,495 - 1,495 0.4 Ground/Exposed Floors 11,231 - 11,231 2.7 External Doors 0 - 0 0.0 Windows Conduction 6,344 - 6,344 1.5 Skylights Conduction 0 - 0 0.0 Solar 3,723 - 3,723 0.9 Infiltration 197,894 - 197,894 46.7 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 1,456 - 1,456 0.3 Internal Floors/Air/Furn. 204 - 204 0.0 Ceilings 8,870 - 8,870 2.1 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 237,089 0 237,089

Internal Gains Lights 22,984 - 22,984 5.4 People 22,771 - 22,771 5.4 Misc, Computers, Equip 17,004 - 17,004 4.0

Sub Total 62,760 0 62,760

Mechanical Gains/Losses Ventilation (sensible) 40,145 - 40,145 9.5 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 22,352 - 22,352 5.3 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 61,401 - 61,401 14.5 Dehumid Oversizing † 0 - - -

Sub Total 123,899 0 123,899

TOTAL 423,748 0 423,748 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,872 2.0 1,495 0.5

11,231 3.7 0 0.0

6,344 2.1 0 0.0

3,723 1.2 197,894 66.0

0 0.0

1,456 0.5 204 0.1

8,870 3.0 0 0.0 0 0.0

237,089

22,984 7.7 22,771 7.6 17,004 5.7

62,760

299,849 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 40.6 487.3 416.7 13,671 79.2 63.5 42.0 55.0 52.9 87.2 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 40.6 487.3 416.7

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -12,999 - -12,999 - Roofs -2,258 - -2,258 - Ground/Exposed Floors -33,518 - -33,518 - External Doors 0 - 0 - Windows Conduction -8,673 - -8,673 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -292,251 - -292,251 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -3,728 - -3,728 - Internal Floors/Air/Furn. -330 - -330 - Ceilings -15,215 - -15,215 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -368,974 0 -368,974

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -61,417 - -61,417 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 25,061 - 25,061 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 405,330 - 405,330 -

Sub Total 368,974 0 368,974

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 15,335 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 4,021.8 384.0 9.5 Roof 1,106.5 0.0 0.0 External Floor 7,420.8 - - Door 0.0 - - Partition/Door 13,644.9 - - Internal Ceiling 8,572.6 - - Internal Floor 2,258.3 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 75.0 68.0 Plenum (actual) - - Mixed Air (actual) 78.2 64.8 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 15,335 15,335 Supply (design, non-coin.) 15,571 18,075 Supply (actual at coil peak) 13,671 15,335 Supply (actual maximum) 13,671 15,335 Reheat Minimum (design) 7,077 7,077 Leakage at Design Flow 0 0 Return (actual) 12,385 14,049 Exhaust and Relief (actual) 1,286 1,286 Ventilation (requirement) 1,286 1,286 Ventilation (actual) 12,385 14,049 Infiltration 6,209 6,209

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 91.08 91.05 ft²/Person* 106.27 106.30 Btu/h/ft² - Cooling* 32.00 50.35 Btu/h/ft² - Heating 39.00 0.00 ft²/ton - Cooling* 375.02 238.35 ft²/ton - Heating 307.68 3,403,991.68 cfm/ft² - Cooling* 1.61 1.41 cfm/ft² - Heating 1.87 1.58 % Outside Air - Cooling* 8.26 90.59 % Outside Air - Heating 7.12 91.61 Outdoor Air cfm/ft²* 0.13 1.28 Outdoor Air cfm/person* 14.12 136.02 Peak Latent Load (MBh)* 0.00 70.61 Sensible Heat Ratio* 1.00 0.86 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 5 of 12 Document Page: 60

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column

Paragraph 60 of 1

Controls [AHU K1-1]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,064 - 5,064 1.0 Roofs 0 - 0 0.0 Ground/Exposed Floors 16,029 - 16,029 3.1 External Doors 0 - 0 0.0 Windows Conduction 1,608 - 1,608 0.3 Skylights Conduction 0 - 0 0.0 Solar 1,515 - 1,515 0.3 Infiltration 212,857 - 212,857 40.5 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 4,712 - 4,712 0.9 Internal Floors/Air/Furn. -33 - -33 0.0 Ceilings 11,659 - 11,659 2.2 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 253,410 0 253,410

Internal Gains Lights 27,257 - 27,257 5.2 People 46,772 - 46,772 8.9 Misc, Computers, Equip 25,356 - 25,356 4.8

Sub Total 99,386 0 99,386

Mechanical Gains/Losses Ventilation (sensible) 62,603 - 62,603 11.9 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 26,372 - 26,372 5.0 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 83,388 - 83,388 15.9 Dehumid Oversizing † 0 - - -

Sub Total 172,362 0 172,362

TOTAL 525,158 0 525,158 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,064 1.4

0 0.0 16,029 4.5

0 0.0 1,608 0.5

0 0.0 1,515 0.4

212,857 60.3 0 0.0

4,712 1.3 -33 0.0

11,659 3.3 0 0.0 0 0.0

253,410

27,257 7.7 46,772 13.3 25,356 7.2

99,386

352,796 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 43.8 525.2 441.8 16,101 80.1 64.0 41.4 55.0 52.8 87.0 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 43.8 525.2 441.8

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -11,801 - -11,801 - Roofs 0 - 0 - Ground/Exposed Floors -49,337 - -49,337 - External Doors 0 - 0 - Windows Conduction -2,228 - -2,228 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -314,372 - -314,372 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -9,877 - -9,877 - Internal Floors/Air/Furn. 149 - 149 - Ceilings -25,989 - -25,989 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -413,454 0 -413,454

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -95,905 - -95,905 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 28,192 - 28,192 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 481,168 - 481,168 -

Sub Total 413,454 0 413,454

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 17,208 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 3,446.4 100.0 2.9 Roof 0.0 0.0 - External Floor 11,123.5 - - Door 0.0 - - Partition/Door 7,383.4 - - Internal Ceiling 11,123.5 - - Internal Floor 0.0 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 75.0 68.0 Plenum (actual) - - Mixed Air (actual) 79.1 63.5 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 17,208 17,208 Supply (design, non-coin.) 18,290 20,255 Supply (actual at coil peak) 16,101 17,208 Supply (actual maximum) 16,101 17,208 Reheat Minimum (design) 8,899 8,899 Leakage at Design Flow 0 0 Return (actual) 14,097 15,205 Exhaust and Relief (actual) 2,004 2,004 Ventilation (requirement) 2,004 2,004 Ventilation (actual) 14,097 15,205 Infiltration 6,674 6,674

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 187.09 187.09 ft²/Person* 59.46 59.46 Btu/h/ft² - Cooling* 32.95 47.21 Btu/h/ft² - Heating 38.03 0.00 ft²/ton - Cooling* 364.22 254.18 ft²/ton - Heating 315.54 3,911,983.95 cfm/ft² - Cooling* 1.64 1.45 cfm/ft² - Heating 1.82 1.55 % Outside Air - Cooling* 10.95 87.56 % Outside Air - Heating 9.89 88.36 Outdoor Air cfm/ft²* 0.18 1.27 Outdoor Air cfm/person* 10.71 75.35 Peak Latent Load (MBh)* 2.97 83.39 Sensible Heat Ratio* 0.99 0.84 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 6 of 12 Document Page: 61

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column

Paragraph 61 of 1

Controls [AHU K2-1]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,096 - 5,096 1.0 Roofs 0 - 0 0.0 Ground/Exposed Floors 16,028 - 16,028 3.1 External Doors 0 - 0 0.0 Windows Conduction 1,644 - 1,644 0.3 Skylights Conduction 0 - 0 0.0 Solar 1,500 - 1,500 0.3 Infiltration 212,856 - 212,856 40.5 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 4,712 - 4,712 0.9 Internal Floors/Air/Furn. -33 - -33 0.0 Ceilings 11,655 - 11,655 2.2 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 253,458 0 253,458

Internal Gains Lights 27,257 - 27,257 5.2 People 46,772 - 46,772 8.9 Misc, Computers, Equip 25,356 - 25,356 4.8

Sub Total 99,386 0 99,386

Mechanical Gains/Losses Ventilation (sensible) 62,603 - 62,603 11.9 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 26,375 - 26,375 5.0 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 83,391 - 83,391 15.9 Dehumid Oversizing † 0 - - -

Sub Total 172,369 0 172,369

TOTAL 525,213 0 525,213 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,096 1.4

0 0.0 16,028 4.5

0 0.0 1,644 0.5

0 0.0 1,500 0.4

212,856 60.3 0 0.0

4,712 1.3 -33 0.0

11,655 3.3 0 0.0 0 0.0

253,458

27,257 7.7 46,772 13.3 25,356 7.2

99,386

352,844 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 50.3 604.0 508.1 16,103 80.1 64.0 41.4 55.0 52.8 87.0 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 50.3 604.0 508.1

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -11,764 - -11,764 - Roofs 0 - 0 - Ground/Exposed Floors -49,354 - -49,354 - External Doors 0 - 0 - Windows Conduction -2,220 - -2,220 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -314,394 - -314,394 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -9,913 - -9,913 - Internal Floors/Air/Furn. -16 - -16 - Ceilings -26,008 - -26,008 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -413,668 0 -413,668

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -95,709 - -95,709 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 28,193 - 28,193 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 481,185 - 481,185 -

Sub Total 413,668 0 413,668

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 17,220 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 3,446.4 100.0 2.9 Roof 0.0 0.0 - External Floor 11,123.5 - - Door 0.0 - - Partition/Door 7,383.4 - - Internal Ceiling 11,123.5 - - Internal Floor 0.0 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 75.0 68.0 Plenum (actual) - - Mixed Air (actual) 79.1 63.5 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 17,220 17,220 Supply (design, non-coin.) 18,292 20,253 Supply (actual at coil peak) 16,103 17,220 Supply (actual maximum) 16,103 17,220 Reheat Minimum (design) 8,899 8,899 Leakage at Design Flow 0 0 Return (actual) 14,100 15,216 Exhaust and Relief (actual) 2,004 2,004 Ventilation (requirement) 2,004 2,004 Ventilation (actual) 14,100 15,216 Infiltration 6,674 6,674

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 187.09 187.09 ft²/Person* 59.46 59.46 Btu/h/ft² - Cooling* 32.95 54.30 Btu/h/ft² - Heating 38.03 0.00 ft²/ton - Cooling* 364.17 221.00 ft²/ton - Heating 315.57 3,911,983.95 cfm/ft² - Cooling* 1.64 1.45 cfm/ft² - Heating 1.82 1.55 % Outside Air - Cooling* 10.95 87.56 % Outside Air - Heating 9.89 88.36 Outdoor Air cfm/ft²* 0.18 1.27 Outdoor Air cfm/person* 10.71 75.36 Peak Latent Load (MBh)* 2.97 95.90 Sensible Heat Ratio* 0.99 0.84 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 7 of 12 Document Page: 62

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column

Paragraph 62 of 1

Controls [AHU K3-1]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,096 - 5,096 1.0 Roofs 0 - 0 0.0 Ground/Exposed Floors 16,028 - 16,028 3.1 External Doors 0 - 0 0.0 Windows Conduction 1,644 - 1,644 0.3 Skylights Conduction 0 - 0 0.0 Solar 1,500 - 1,500 0.3 Infiltration 212,856 - 212,856 40.5 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 4,712 - 4,712 0.9 Internal Floors/Air/Furn. -33 - -33 0.0 Ceilings 11,654 - 11,654 2.2 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 253,457 0 253,457

Internal Gains Lights 27,257 - 27,257 5.2 People 46,772 - 46,772 8.9 Misc, Computers, Equip 25,356 - 25,356 4.8

Sub Total 99,386 0 99,386

Mechanical Gains/Losses Ventilation (sensible) 62,603 - 62,603 11.9 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 26,375 - 26,375 5.0 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 83,391 - 83,391 15.9 Dehumid Oversizing † 0 - - -

Sub Total 172,369 0 172,369

TOTAL 525,212 0 525,212 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,096 1.4

0 0.0 16,028 4.5

0 0.0 1,644 0.5

0 0.0 1,500 0.4

212,856 60.3 0 0.0

4,712 1.3 -33 0.0

11,654 3.3 0 0.0 0 0.0

253,457

27,257 7.7 46,772 13.3 25,356 7.2

99,386

352,842 100

COOLING COILS

Total Capacity Sensible Cap Airflow Enter DB / WB / RH Leave DB / WB / RH ton MBh MBh cfm °F °F % °F °F % System Cooling ‡ 50.3 604.0 508.1 16,103 80.1 64.0 41.4 55.0 52.8 87.0 Ventilation - - - - - - - - - - Indirect Evap - - - - - - - - - - Direct Evap - - - - - - - - - -

TOTAL 50.3 604.0 508.1

AHU HEATING COIL PEAK

Time of Peak (Mo/Hr:Mn) Heating Design

Outside Air (DBT/WBT/RH) °F and %RH 25.0 / 20.7 / 49.8

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls -11,765 - -11,765 - Roofs 0 - 0 - Ground/Exposed Floors -49,359 - -49,359 - External Doors 0 - 0 - Windows Conduction -2,220 - -2,220 - Skylights Conduction 0 - 0 - Solar 0 - 0 - Infiltration -314,397 - -314,397 - Nat/Aux Vent 0 - 0 -

Internal Building Gains/Losses Internal Walls/Openings -9,910 - -9,910 - Internal Floors/Air/Furn. 97 - 97 - Ceilings -26,008 - -26,008 - Duct Conduction 0 - 0 - Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total -413,563 0 -413,563

Internal Gains Lights 0 - 0 - People 0 - 0 - Misc, Computers, Equip 0 - 0 -

Sub Total 0 0 0

Mechanical Gains/Losses Ventilation (sensible) -95,734 - -95,734 - Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 28,187 - 28,187 - SA Duct (conduction) 0 - 0 - Supply Air Plenum - - - - Room Units, Coils, etc. 481,110 - 481,110 -

Sub Total 413,563 0 413,563

TOTAL 0 0 0 0

HEATING COILS

Total Capacity Airflow Enter Leave

MBh cfm °F °F System Heating 0.0 17,216 55.0 55.0 Ventilation - - - - Pre-Heat - - - -

TOTAL 0.0

AREAS

Gross Glass Glass ft² ft² % Wall 3,446.4 100.0 2.9 Roof 0.0 0.0 - External Floor 11,123.5 - - Door 0.0 - - Partition/Door 7,383.4 - - Internal Ceiling 11,123.5 - - Internal Floor 0.0 - -

TEMPERATURES

Cooling Heating

°F °F Supply Air (design) 55.0 55.0 Supply Air (actual) 55.0 55.0 Return Air (actual) 75.0 68.0 Plenum (actual) - - Mixed Air (actual) 79.1 63.5 Fan Blade Temperature Rise (dT) 0.9 0.9 Fan Motor Temperature Rise (dT) 0.1 0.1 Fan Configuration Blow-through Blow-through

AIRFLOW

Cooling Heating cfm cfm Supply fan design max airflow 17,216 17,216 Supply (design, non-coin.) 18,292 20,253 Supply (actual at coil peak) 16,103 17,216 Supply (actual maximum) 16,103 17,216 Reheat Minimum (design) 8,899 8,899 Leakage at Design Flow 0 0 Return (actual) 14,100 15,212 Exhaust and Relief (actual) 2,004 2,004 Ventilation (requirement) 2,004 2,004 Ventilation (actual) 14,100 15,212 Infiltration 6,674 6,674

DESIGN ENGINEERING CHECKS

Non-coincident Coincident

Number of People* 187.09 187.09 ft²/Person* 59.46 59.46 Btu/h/ft² - Cooling* 32.95 54.30 Btu/h/ft² - Heating 38.03 0.00 ft²/ton - Cooling* 364.17 221.00 ft²/ton - Heating 315.57 3,911,983.95 cfm/ft² - Cooling* 1.64 1.45 cfm/ft² - Heating 1.82 1.55 % Outside Air - Cooling* 10.95 87.56 % Outside Air - Heating 9.89 88.36 Outdoor Air cfm/ft²* 0.18 1.27 Outdoor Air cfm/person* 10.71 75.36 Peak Latent Load (MBh)* 2.97 95.90 Sensible Heat Ratio* 0.99 0.84 Non-coincident loads are the sum of room (not zone) peaks.

Coincident values are those seen by coil, incl. OA vent loads.

* Coincident values are at time of cooling coil peak load.

4558025wc_f3 | 2025/11/26 11:55 | System loads - Page 8 of 12 Document Page: 63

Coil capacities, room unit capacities, and coincident values in Design Engineering Checks include oversizing † Not carried across to the Net Value column

Paragraph 63 of 1

Controls [AHU J1-2]

IES VIRTUAL ENVIRONMENT

VE 2025

AHU COOLING COIL PEAK

Time of Peak (Mo/Hr:Mn) 8 / 15:30

Outside Air (DBT/WBT/RH) °F and %RH 104.2 / 72.7 / 21.6

Zones RA Plenum Net Percent Value of Total

Envelope Gains/Losses Btu/h Btu/h Btu/h % External Walls 5,973 - 5,973 1.4 Roofs 0 - 0 0.0 Ground/Exposed Floors 9,047 - 9,047 2.1 External Doors 0 - 0 0.0 Windows Conduction 6,357 - 6,357 1.5 Skylights Conduction 0 - 0 0.0 Solar 7,244 - 7,244 1.7 Infiltration 198,359 - 198,359 46.5 Nat/Aux Vent 0 - 0 0.0

Internal Building Gains/Losses Internal Walls/Openings 3,348 - 3,348 0.8 Internal Floors/Air/Furn. -95 - -95 0.0 Ceilings 8,827 - 8,827 2.1 Duct Conduction 0 - 0 0.0 Duct Leakage † 0 - - - Non-Principal Spaces - - - -

Sub Total 239,060 0 239,060

Internal Gains Lights 21,445 - 21,445 5.0 People 24,660 - 24,660 5.8 Misc, Computers, Equip 17,397 - 17,397 4.1

Sub Total 63,502 0 63,502

Mechanical Gains/Losses Ventilation (sensible) 39,467 - 39,467 9.2 Transfer Air † 0 - - - SA Duct Leakage † 0 - - - Fans 22,547 - 22,547 5.3 SA Duct (conduction) 0 - 0 0.0 Supply Air Plenum - - - - Room Units, Coils, etc. 0 - 0 0.0 Latent Cooling 62,296 - 62,296 14.6 Dehumid Oversizing † 0 - - -

Sub Total 124,310 0 124,310

TOTAL 426,872 0 426,872 100

SYSTEM PEAK

8 / 15:30

104.2 / 72.7 / 21.6

Zones Percent (Sensible) of Total

Btu/h % 5,973 2.0

0 0.0 9,047 3.0

0 0.0 6,357 2.1

0 0.0 7,244 2.4

198,359 65.6 0 0.0

3,348 1.1 -95 0.0

8,827 2.9 0 0.0 0 0.0

239,060

21,445 7.1 24,660 8.2 17,397 5.8

63,502

302,563 100

COOLING COILS

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