Renewable Energy Microgrid

Deakin is partnering with AusNet Services and Mondo Power to establish a Renewable Energy Microgrid on our Waurn Ponds Campus.

The Renewable Energy Microgrid will consist of a 7 megawatt solar energy farm and storage system, a 0.25 megawatt distributed rooftop solar generation and storage system, and an associated research centre.

Expected to be operational in late-2019, the Microgrid will provide substantial returns through research, teaching and learning opportunities, and will assist Deakin to achieve its aspiration to be carbon neutral by 2030.

Download the Renewable Energy Microgrid project overview for more information

Project summary

Status

Completion date

Project manager

Planning

Late-2019

Todd Leake
Infrastructure and Property Group
+61 3 924 46263 
todd.leake@deakin.edu.au

Location

The Waurn Ponds Campus is the centre of Deakin’s energy research and provides a diversity of research opportunities that can simulate broader community and city environments.

The Microgrid will be a key part of the new Geelong Future Economy Precinct and will include:

  • 7 megawatt solar energy farm and battery storage system positioned on 14.5 hectares at the rear of the campus, on a north-facing sloping site as suited to solar installations.
  • 0.25 megawatt rooftop solar generation and battery storage systems installed on existing campus buildings.
  • A Research, Teaching and Visualisation Centre in the Building KE. This Centre will create a focus for research and teaching, and assist in showcasing the system for industry and community education.

Industry-leading research and education

The Microgrid will deliver a broad range of benefits to Deakin, the energy industry and wider community. It will ignite the new research platform being created under Deakin Energy, with an aspiration for global excellence.

Some of the benefits of the Microgrid include:

  • Supplying around 54% of the Waurn Ponds Campus’ current power consumption.
  • Reducing 12,000 tonnes of greenhouse gas emissions at the campus per year.
  • Providing staff and student learning, research and employment pathway opportunities.
  • Building research capacity through a collaborative research program with AusNet Services that will be at the cutting edge of energy research and leadership in new energy system development, as well as other strategic research partnerships.
  • Supporting education and training for energy professionals of the future and providing a touchpoint for community learning.

Constructing the integrated system

Project construction will commence in October 2018 in a staged process, and the Microgrid is expected to be operational in late-2019.

Construction of the individual components will involve:

Component

Solar Farm

Rooftop solar panel system



Research, Teaching and Visualisation Centre

Fibre connection



High voltage connection

Location

Rear of campus

Several buildings across campus, which have been selected due to their position and different type of usage

Building KE


Underground services aligning with roadway from the solar farm to Building KE

Underground services aligning with current overhead power lines from solar farm to western feeder

Expected timing

Early to late-2019

October 2018 to early-2019



October 2018 to February 2019


October 2018 to mid-2019



November 2018 to mid-2019