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Designing for Resilient & Net Zero Buildings Neil Bulger PE | Integral Group

Designing for Resilient and Net Zero Buildings

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Page 1: Designing for Resilient and Net Zero Buildings

Designing for Resilient & Net Zero Buildings

Neil Bulger PE | Integral Group

Page 2: Designing for Resilient and Net Zero Buildings

A resilient building is able to maintain life-support conditions even during extreme heat waves, storms, or power outages.

Page 3: Designing for Resilient and Net Zero Buildings

What is Comfortable?

Page 4: Designing for Resilient and Net Zero Buildings

“70 to 75 deg F”Personal Thermostats

Plenty of Air Conditioning (more is better)

Page 5: Designing for Resilient and Net Zero Buildings

Newyorker, Aug 2015

Page 6: Designing for Resilient and Net Zero Buildings

Radiant Convective Exhalation

47.5% 27.5% 27%

We Love Radiant Comfort

Page 7: Designing for Resilient and Net Zero Buildings

FEM

ALE

Warm sensation Cold sensation

FEM

ALE

TS (a

.u.)

TS (a

.u.)

Warm/cool sensitivity maps of hands and feet

FEM

ALE

FEM

ALE

Page 8: Designing for Resilient and Net Zero Buildings

Radiant for All

Page 9: Designing for Resilient and Net Zero Buildings

http://www.sciencedirect.com/science/article/pii/S1876610215020652

All tested (radiant) systems where able to provide acceptable thermal environment even when (sized) to 50% of the maximum cooling load.

Page 10: Designing for Resilient and Net Zero Buildings

We Love Ceiling Fans

Page 11: Designing for Resilient and Net Zero Buildings

The Solution I Buy at Target

Page 12: Designing for Resilient and Net Zero Buildings

Building Design Tools for Fans

Anemometer three Katrina performing tests

line partitionL-shape partition

side table

Page 13: Designing for Resilient and Net Zero Buildings

Fans Make Us Resilient

From the Center for Built Environment & TRC

Gwelen Paliaga, TRCCBE Industry Chair

Page 14: Designing for Resilient and Net Zero Buildings

Sharp DevelopmentHill House ConstructionIntegral Group MEP

Page 15: Designing for Resilient and Net Zero Buildings
Page 16: Designing for Resilient and Net Zero Buildings

Radiant chilled ceiling: Cooling capacity results

Page 17: Designing for Resilient and Net Zero Buildings

Future Ready Buildings

Less Cooling = Same Comfort750 sf/ton radiant = 500 sf/ton air

Page 18: Designing for Resilient and Net Zero Buildings

Future Ready Buildings

Less Cooling = Same Comfort750 sf/ton radiant = 500 sf/ton air

Ceiling Fans for All ($1/sf?)

Page 19: Designing for Resilient and Net Zero Buildings

Future Ready Buildings

Less Cooling = Same Comfort750 sf/ton radiant ~= 500 sf/ton air

Ceiling Fans for All ($1/sf?)BatteriesSolar SystemsDemand Side ManagementRESILIENCY

W/

Page 20: Designing for Resilient and Net Zero Buildings

Designing for Resilient & Net Zero Buildings

Neil Bulger, PE | PrincipalINTEGRAL GROUP

[email protected]