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Using the MIT Campus as a Testbed for Education and Research in Sustainability Prof. Leon R. Glicksman Building Technology Group MIT September 16, 2016 World Symposium on Sustainable Development at Universities
44

Glicksman, Leon, Track 1

Feb 20, 2017

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Page 1: Glicksman, Leon, Track 1

Using the MIT Campus as a Testbed for Education and Research in Sustainability

Prof. Leon R. Glicksman

Building Technology Group

MIT

September 16, 2016

World Symposium on Sustainable Development at Universities

Page 2: Glicksman, Leon, Track 1

Some Early Research

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A More Recent MIT Solar House

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Undergraduate Research Using the MIT Campus

•UROP: Undergraduate Research Opportunity Program

•Undergraduate thesis

•Design Projects for Class

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MIT Building 18 at 5PM Steve Amanti

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2AM

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Fume Hoods in Building 18

Heat or Cool

Intake fan

Outside air

Exhaust fan Vented air

Dan Wesolowski, Elsa Olivetti

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Energy Lost by 1 hood open 24/7 =Energy to heat 1 single family home in Boston

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Average Sash Position

0

0.1

0.2

0.3

0.4

0.5

0 0.2 0.4 0.6 0.8 1

% Open

% o

f to

tal T

ime

Before intervention

Current

Dan Wesolowski, Elsa Olivetti

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Energy Efficient Ventilation Design for New Cancer Research Facility

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Johnson Ice RinkCat Thu Nguyen Huu

Marisa Simmons

Temperature gradient and emissivity with IR camera

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Recommendations

• Low ε ceilings• Reduce ice rink heat gain in ice

from 165 kW to 8kW

• Reduce chiller need from 328 kW to 171 kW

Cost: $30,000

Paid off in 2 months

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PhD Research Using the Campus as a Testbed

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Steve Ray: Air Flow in Media Lab Atrium

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Experimentally characterized full-scale buoyancy driven N.V.

Full Scale

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Atrium measurements: Temperatures, flowrates, pathlines, local velocities

Taken before experiment

Full Scale

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6 kW heat provided from light bulbs

Full Scale

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Expected plume over heat source

Full Scale

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No plume formed over heat source because of reverse flow

Full Scale

Faulty instruments

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CFD validated at full scale

Full Scale

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First use of full scale in-situ PIV with neutrally-buoyant bubbles for Airflow visualization

Full Scale

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Unsteadiness near heaters captured in CFD

time

Full Scale

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CFD predicts temperatures very close to in-situ PIV measurements

Experimentally measuredrange

Full Scale

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Stephen Samouhos PhD 2010

•Automated Fault Detection

•5 Most Important Faults

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(Not So) Big Data in Commercial Buildings• Data collected by control system

• Operator concerned about tenant satisfaction

key feedback

• Academic studies on fault detection and identification

• Try a simpler approach

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Stephen Samouhos PhD 2010Automated Fault Detection FoundSimultaneous Heating and Cooling in air handler

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Dashboards@MIT

Campus Dashboard view

Kiosk compatible

Current energy data and baselines

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Clockworks Performance Management Software

Information/Scale Portfolio Building System/Equipment

Dashboards

Metrics- Costs- Energy- Comfort…

Analytics- Energy analytics- Fault Diagnostics

Tools- Project tracking- Visualization- Field and process

integration

Energy spendingConstruction spendingEnergy procurement