PROJECT
Building materials were chosen based on their strength and thermal properties. The air-conditioned spaces in the facility were equipped with additional insulation to assist in reducing ongoing maintenance costs and to improve temperature maintenance capabilities. Solar power and design The 99-kilowatt solar farm on the roof supplements power to the building. Given anticipated sun projections, sun shading devices were installed to minimise solar heat gain on the building’s facade and glazing. The warehouse has energy-efficient glass, ensuring less thermal loss and a reduction in energy costs. Insulation has also been increased to minimise thermal impacts. To ensure a comfortable temperature can be maintained in the building, ventilation louvres were incorporated within the warehouse space to ensure a constant air flow. Efficient use of energy and water Efficiency Labelling and Standards (WELS)approved standards were implemented throughout to assist in minimising water use.
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Master Builder
An estimated 96 per cent of the waste removed from the site was able to be recycled.
Gross pollutant baskets installed on all stormwater outlets also serve to minimise pollutant runoff. The office component of the facility was fitted with autodimming lights, which analyse the amount of daylight present and adjust the lighting within these spaces accordingly. An irrigation and external-use rainwater management system was also installed on site, which reduces the dependence on mains-provided water. The harvested rainwater is used for irrigation, other external water uses, and amenities. Every detail has been planned to create a resilient, sustainable green environment. Natural areas adjacent to the site were revegetated with native plant cover to ensure ground stabilisation and stop erosion.