Main Image
Shape

Tupuānuku - University of Canterbury

One of the country’s first high temperature heat pump installations
$65M+Value
12,000m2Scale
2021Year Completed
DJI 0489 E
LFGX5568 E

A prime example of using modern technology to increase energy efficiencies is the Tupuānuku building and its ground-breaking energy centre.

Powell Fenwick provided engineering services for Tupuānuku including Mechanical, Electrical, Fire, Civil, Hydraulic and Acoustics. As the newest student accommodation building at the University of Canterbury, the 508-bedroom facility is spread between three towers, which includes a master chef style commercial kitchen, shared and ensuite facilities, communal study spaces and games and music rooms.

Its energy centre houses two high temperature hot water heat pumps: these utilise artesian bores as their energy source. Using the latest in refrigerant technology to provide high temperature water, they serve both the building’s heating and chilled water circuits, as well as its domestic hot water needs.

Ensuring the university received a robust and high-quality building – while maximising value and meeting a tight budget – was key to the design and construction process. This resulted in the strong focus on efficiency in both space and services design.

It is expected the energy centre will serve future projects in the area, while similar systems are now being rolled out to the rest of the university.

Related Projects

View all projects
92 A4411
Residential
MechanicalElectricalFireCivilHydraulicsAcousticSustainability
Main Image
Public Buildings
MechanicalElectricalFireCivilHydraulics
04 SH02 Main Power Stadium SNAP 1
Aquatic and Sports Facilities
MechanicalElectricalCivilHydraulics
Main Image
Aged Care
MechanicalElectricalCivilHydraulicsAcoustic
Main Image
Education
MechanicalElectricalFireCivilHydraulicsAcoustic
LFGX4617 E
Historic and Heritage Buildings
MechanicalHydraulics
Hanleys Farm School 092
Education
MechanicalElectricalFireHydraulicsAcoustic
0083
Public Buildings
MechanicalElectricalFireCivilHydraulicsSustainability