energy consumption . The power density for office lighting was set to be less than 1.5 W / m ² per 100 Lux , ensuring efficient use of artificial lighting .
Water Efficiency : To help conserve water resources , the building incorporates water-efficient fittings and all major water-consuming systems are equipped with sub-meters . This allows for the collection of detailed information on water consumption , facilitating better understanding and management of the building ’ s water systems .
Smart Metering and Waterwise Plant Selection : Potable water consumption for landscape irrigation has been reduced through the use of smart metering technology , soil moisture sensors , drip irrigation and the selection of waterwise plants . This combination enables efficient monitoring and management of water usage , as well as a significant reduction in water used for irrigation .
For the duration of the construction period , a project specific Environmental Management Plan was developed and implemented to establish guidelines to minimise the environmental impact associated with construction activities . A project specific Waste Management Plan was also developed and implemented to minimise the contribution of waste going to landfill .
The project has provided a total waste recycling storage area of 42m 2 to encourage building users to recycle all waste where possible , to minimise the waste going to landfill sites .
Reflecting on the experience of working on this project , Cebisa Mafukuzela , Sustainable Building Consultant at Solid Green , says , “ For the team at Solid Green , successes like the 110 Oxford certification reinforce our dedication to prioritising both environmental and human well-being , and inspire us to continue pushing the boundaries of sustainable design and construction .”
TYPICAL FLOOR PLAN
GROUND FLOOR PLAN
PARKING FLOOR PLAN
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