Sustainable building design and construction
Penrith Stadium is being designed and built to meet 5 Star Green Star standards, setting a new benchmark for sustainable stadium design and construction in Australia.
This rating recognises buildings that go beyond minimum requirements to reduce environmental impact, improve comfort for users, and deliver long-term value for the community.
The redevelopment includes a range of initiatives to reduce environmental impact and improve efficiency. Energy efficient design will cut power use, while rainwater tanks will capture and reuse water across the site. Sustainable materials, including low carbon steel and concrete, are also being used throughout the build.
Energy-efficient systems
- The façade design is informed using detailed solar analysis to maximise shading and keep the busiest parts of the stadium cooler and more comfortable.
- The site has solar panels that can generate up to 120 kilowatts of electricity, reducing reliance on grid energy.
- LED field lighting with a lifespan of up to 100,000 hours reduces energy use (up to 38% in energy savings) and maintenance needs. Smart lighting controls ensure lights are only used when needed.
Low carbon design
- The design considers carbon at every step, choosing materials and methods that reduce emissions across the asset’s lifetime.
- All electric building in operation to eliminate fossil fuel use during operations.
- Low-carbon steel and concrete have been prioritised to minimise the upfront carbon emissions of the stadium.
Water efficiency
- Rainwater tanks will capture and reuse water to reduce consumption and support sustainable operations.
- Use of bore water for irrigation and water efficient fixtures to minimise potable water consumption.
Reuse and recycling
- Old stadium seats were reused or recycled, helping reduce waste and keep materials out of landfill.
- 100% of remaining seats from demolition were transformed into plastic pots and drainage systems.
- There are also dedicated on-site recycling and waste zones.