GROUND FLOOR PLAN
for passive solar control . Further to this a layer of Internal blinds on all windows contribute to glare reduction . The façade is therefore able to contribute to the enhancement of the occupant ’ s comfort and productivity .
The maximised duration of daylight , along with LED light fittings paired with occupancy and daylight sensors , reduces electrical consumption by lowering internal lighting requirements . Externally , lighting has been designed to avoid light pollution into the sky . An energy sub-metering system , which tracks building energy usage , thereby promoting optimum performance , has also been applied .
Water efficient fittings have been installed and treated recycled water is used for toilet flushing , as well as in the HVAC Slim Line Cooling Towers . Smart water meters allow the user to understand and therefore reduce unnecessary municipal water consumption . Low volatile organic compound finishes have been used throughout , providing a comfortable and healthy indoor environment . Carbon Dioxide Monitoring and control sensors ensure that the building occupants always breathe clean air .
In the parking basements , fuel efficient parking bays have been allocated , in order that tenants may elect to incorporate these in their own green transport strategies . This is further enhanced by the access to public transport and easily accessible local amenities .
Furthermore , the building also includes facilities designed for people who want to cycle to work . These are located on the upper basement parking level , below the North Tower . Here accommodations include lockable bicycle racks , as well as shower and locker facilities . In
598 Discovery Sable Park