Since 2002 UTM has been in a state of constant growth to accommodate the addition of more faculty, staff, and students, meaning energy demand has also increased. However, UTM has implemented many projects to reduce energy use and increase renewable energy on campus, including upgrading older buildings to become more efficient and installing solar panels.

Download UTM's Energy Conservation and Demand Management Plan (2019)


Renewable Energy on Campus

The UTM campus features both solar and geothermal technologies.

  • Geothermal in the Instructional Centre  

Geothermal systems — also known as earth-energy, ground-source heat pumps and geo-exchange systems — have been in existence for almost 50 years. 

Schematic of geothermal boreholes next to Instructional Centre

The geothermal system provides heating to a building in the winter and cooling in the summer.  In the summer, heat is taken out of the building and stored in the ground. In the winter, the stored heat is taken out of the ground and returned to the building. 

A geothermal system is used to heat and cool the Instructional Centre. The well field — where the boreholes were drilled — is located on the football field adjacent to the building.  There are a total of 117 boreholes, which are each 168 meters (about 550 feet) deep. Since there is no need for a separate boiler and chiller to heat and cool the building, this system saves a significant amount of energy. The only energy used is a small amount of electricity to run the pumps. The Instructional Centre is certified LEED silver. 

For more information on ground-source heat pumps, see the Ontario Geothermal Association. 


  • Solar Panels on the William G. Davis Building and Instructional Centre 
Building Name and DetailsBuilding AddressUofT Building CodeBuilding Image

William G. Davis Building

1867 Inner CircleDV
The Davis Building solar array

Instructional Centre

1599 Outer CircleIB
Instructional Centre solar panels on a sunny day