An Innovative Building Using The Natural Resources On Site
Based on optimized passive design principles, natural ventilation and careful equipment selection, the SBRC will be an ultra-low energy building.
SBRC will produce more energy each year than it consumes by using a number of renewable on-site generation technologies including solar, wind and a variety of storage systems.
Key Building Features
The SBRC Building Story
Browse the details of our building including the site history, building project timeline, building features and performance data, research themes, and more at our digital display website, which is also on permanent display in our building foyer.
SBRC Cumulative Energy Performance
SBRC Nominal Energy Use
SBRC Source of Energy for Loads
SBRC Local Generation Utilisation
See a breakdown of the SBRC and it's features!
Key Performance Targets
- Net zero energy. SBRC will produce more power than it consumes.
- Water exporter. SBRC will harvest and distribute water beyond its own needs.
- Natural ventilation. Natural Ventilation design with task based, passive conditioning using various methods (including ground source heating and cooling, solar walls, earth to air heat exchanger).
- Building integrated smart-grid. Integrated power grid capable of simultaneous testing of multiple renewable energy generation sources and storage systems.
- Fully integrated Green IT building management system. SBRC will be wired to measure and report on all aspects of sustainability (including workgroup power consumption, water use, printing statistics).
- Natural Waste Water System. A grey water separation and natural treatment
system will enable export of grey water to nearby buildings.
- Sustainable IT Solution. SBRC will deliver a cutting edge holistic approach to Green IT.
- Urban agriculture. Inclusion of permaculture and Australian native food gardens across the SBRC site.