Kensington Campus Live Energy Consumption

Learn, share, engage: How UNSW plans to reduce its energy consumption

Managing the water, gas and energy demands of over 60,000 UNSW staff, students and visitors is no easy feat. Using over 1050 smart meters, Estate Management Energy Management Unit monitors the University’s growing consumption of energy, water and gas, as well as faults and opportunities for improvement on the Kensington, Randwick and Paddington campuses. In the past, this data was only accessible by a small number of UNSW staff.

Recent research shows that it is possible to achieve energy savings of 5-15% when users are provided with direct and real-time information about energy use. Providing UNSW’s consumption data to staff and students - the very people who play a direct role in reducing demand - would not only help foster a more sustainable campus but significantly contribute to reducing the environmental and economic costs of consumption.

To provide this information, the Energy Management Unit partnered with Greensense, an award-winning company that extracts the sustainability performance of a building and delivers it in real-time in an easy-to-understand format. Now, UNSW's staff and students can see how their personal day-to-day actions like leaving the lights on or opening windows in air-conditioned rooms directly impacts on the energy demand of their building. Similarly, staff and students can see how their positive actions or habits such as turning off lights not in use, switching off their computer or taking the stairs can significantly reduce the amount of energy consumed by their building. 

The information is displayed on an interactive Greensense dashboard available online for most buildings on campus. Staff and students will be able to see how much energy they’ve saved, generated or consumed, the emissions they’ve avoided by improving their daily habits, and how their building is performing in comparison to other buildings on campus. Nick Jones, UNSW’s Energy Manager, hopes all UNSW staff and students will get involved and take an active part. “Here in Estate Management, we do lots of behind-the-scenes work to improve efficiency across the campus, but saving energy really is a team sport where everyone plays a part. The Greensense dashboards are a terrific way to let everyone on campus find out how they personally contribute to energy use and, more importantly, how coordinated individual efforts can have a significant impact on reducing energy use and its environmental impact”.

Greensense Live Energy

View your building’s energy, gas and water consumption

Staff and students can access their building’s energy, gas, and water consumption data at any time by clicking on the links below.


Kensington Campus Overview

Kensington Campus Buildings    
223 Anzac Pde (L5) Electrical Engineering (G17) Quadrangle (E15)
AGSM (G27) Fitness & Aquatic Centre (B5) Red Centre (H13)
ASB (E12) John Goodsell (F20) Robert Webster (G14)
Barker Street parking station (N18) John Niland Scientia (G19) Rupert Myers (M15)
Biological Science (D26) Law (F8) Sam Cracknell Pavilion (H8)
Block House (G6) Library (F21) Samuels (F25)
Central Lecture Block (E19) Lowy Cancer Research Centre (C25)  Roundhouse (E6)
Chancellery (C22) Materials Science and Engineering (E10) Science Theatre (F13)
Chemical Sciences (F10) Mathews (F23) Squarehouse (E4)
Civil Engineering & Vallentine Annexe (H20) Mechanical Engineering (J17) TETB (H6)
Clancy Auditorium (C24) Morven Brown (C20) Wallace Wurth (C27)
Computer Science (K17) Newton (J12) White House (C15)
 Dalton (F12) Old Main Building (K15) Willis Annexe (J18)
College Buildings - Kensington Campus    
Basser College (D17) Goldstein College (B17) University Terraces (B8)
Colombo House (B16) Goldstein Hall (D16) UNSW Hall (D14)
Fig Tree Hall (B18) International House (C6) UNSW Village (B10)
  Phillip Baxter College (D18)  
Paddington Campus (Art and Design)    
Randwick Campus     



Lowy Cancer Reserach Centre COGEN Randwick Data Centre


[i] Fischer, C. 2008. Feedback on household electricity consumption: a tool for saving energy? Energy Efficiency, 1(1), 79-104.