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Every Building Is Unique

Every building on campus is unique. When it comes to comfort, there are several factors that differ from one building to another, including:
 

  • the location of vents

  • the size of the room

  • the number of people in the space

  • the windows and blinds

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Take a Look at Some Unique Buildings

Hover over these images of campus buildings to learn some cool facts about them!

GIEDT HALL

Year Built: 2007

Primary Use: Classroom

Square Footage: 15,540 ft²

Electricity Usage: 86,998 kW/hr 

(equivalent to 13 California homes)

Annual Cost: $8,219

Feedback Trend: Cold

OLSON HALL

Year Built: 1963

Primary Use: Classroom

Square Footage: 54,607 ft²

Electricity Usage: 200,226 kW/hr 

(equivalent to 30 California homes)

Annual Cost: $14,812

Feedback Trend: Hot

BAINER HALL

Year Built: 1966

Primary Use: Laboratory

Square Footage: 165,259 ft²

Electricity Usage: 2,814,763 kW/hr

(equivalent to 421 California homes)

Annual Cost: $184,876

Feedback Trend: Cold

CHEMISTRY HALL
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Year Built: 1966

Primary Use: Laboratory

Square Footage: 15,540 ft²

Electricity Usage: 131,382 kW/hr 

(equivalent to 542 California homes)

Annual Cost: $93,874

Feedback Trend: Cold

MRAK HALL
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Year Built: 1966

Primary Use: Office

Square Footage: 99,151 ft²

Electricity Usage: 810,509 kW/hr 

(equivalent to 121 California homes)

Annual Cost: $45,300

Feedback Trend: Cold

SPROUL HALL
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Year Built: 1963

Primary Use: Office

Square Footage: 53,875 ft²

Electricity Usage: 391,548 kW/hr 

(equivalent to 59 California homes)

Annual Cost: $10,393

Feedback Trend: Warm

The Key Differences Between Buildings on Our Campus

Lecture & Classroom Buildings

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Airflow issue is a common trend we see in your TherMOOstat feedback. Too much airflow or lack of airflow can cause the room to feel too cold or too hot, respectively. With frequent feedback and detailed comments from TherMOOstat, we’ve been able to identify airflow issues on campus.

  • Classrooms and lecture halls have the most variation in occupancy, with some seating 50 and others seating 300 people.
     

  • The more people there are in a room the more the overall room temperature increases as a result of the variation in body heat.
     

  • The more feedback we get in larger spaces, the better we can understand how the room feels.
     

  • To save energy in classrooms and lecture halls we’ve started the Comfort Band Initiative.

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