Carbon and climate

Carbon and climate

Solar panels on a roof

RMIT is a global leader in climate action, taking practical steps and innovative projects to become carbon neutral by 2030 and adapting to climate risks. The University also supports our local and international communities and partners to transition to a low carbon future.


Carbon Neutral 2030

RMIT University aims to become carbon neutral by 2030, as a significant practical step to address our commitments to sustainability and climate change.

Carbon Neutral 2030 logo

Carbon Management Plan

The Carbon Management Plan provides strategic guidance for RMIT University to manage its operational greenhouse gas emissions profile and outlines scenarios for the future. The Plan serves as a commitment by RMIT University to accurately measure, report and manage the emissions profile of the University operations.

Climate Adaptation Plan

The Climate Change Adaptation Plan is to ensure that our community and infrastructure can continue to operate in a safe and sustainable manner in any climate or extreme weather event scenario.

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Energy efficient buildings

RMIT is strongly committed to transforming its own built environment to create sustainable and resilient cities. To achieve this RMIT is focusing on energy efficiency and emissions reduction in all capital projects. All projects must demonstrate a contribution to the goal of becoming carbon neutral and design elements are guided by principles within the RMIT Design Standards.

Image of solar panels on a city roof

Solar photovoltaics

RMIT has installed solar PV across the rooftops of the University building portfolio, maximising our use of on-site renewable energy generation wherever possible. Solar installation sites were selected with the assistance of Masters students from the School of Property, Construction and Project Management.

Did you know? RMIT has 81kW of solar PV on the rooftop of Building 56, 92kW of solar PV at the Bundoora East campus and 100kW of solar at the Brunswick campus.

Sustainable Urban Precincts Program

RMIT completed a $128 million program to reduce energy and water use, significantly lowering greenhouse gas emissions associated with campus operations. The program of works included on-site electrical generation, high-efficiency boiler and chiller upgrades, over 40,000 LED light fittings, water savings fittings and fixtures, rainwater harvesting and upgrades to building management systems.

The Sustainable Urban Precincts Program was the largest energy performance contract in the southern hemisphere. Delivering over 30,000 tonnes of emissions savings every year. For more information visit our SUPP page

Renewable energy purchasing

RMIT has demonstrated sustainability leadership through our role in two large-scale renewable energy purchasing groups with the City of Melbourne - the Melbourne Renewable Energy Projects 1 & 2. These two renewable energy supply agreements contribute to the Sustainable Development Goals of affordable and clean energy and climate action. 

RMIT University led a group of Melbourne universities and businesses to source wind energy produced in regional Victoria.

Building on the success of the first Melbourne Renewable Energy Project (MREP 1), RMIT and six partners used their combined purchasing power to secure wind energy through MREP 2, facilitated by the City of Melbourne.

The project sees 22 RMIT buildings across the City and Bundoora East campuses powered 100% carbon neutral electricity from January 2021, including Melbourne architectural icon, The Capitol.

Most of the wind power is produced at the Yaloak South Wind Farm near Ballan, with the remaining energy coming from other wind farm projects in regional Victoria.

The MREP 2 deal provides 110 GWh of electricity to the group per year, the equivalent to providing renewable energy to power more than 22,000 Australian households every year. It will reduce greenhouse gas pollution by 123,000 tonnes a year, which is comparable to taking nearly 28,000 cars off the road.

Image of Yaloak windfarm at sunrise Image credit: Pacific Hydro

RMIT joined the City of Melbourne in forming the first Melbourne Renewable Energy Project (MREP 1) in 2017. It was the first time in Australia that a group of local governments, cultural institutions, universities and corporations collectively purchased renewable energy from a newly built facility.

The fourteen members of that buying group combined their purchasing power to support the construction of a 39-turbine, 80 MW windfarm at Crowlands, near Ararat.

MREP 1 members commit to purchasing 88 GWh of electricity every year from the windfarm under a long-term power purchase agreement. The Crowlands wind farm generates more than the purchasing group's needs, bringing additional renewable energy into the market. It also provides long-term price certainty, enabling customers to mitigate the risk of increased energy costs in a volatile market.

Crowlands wind farm Image credit: Pacific Hydro
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Acknowledgement of country

RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business. - Artwork created by Louisa Bloomer